Cyberattacks

Major Business, Not-for-Profit and Government Agency Cyberattacks Worldwide

Alphabetical Index of Major Cyberattacks worldwide

Quick Reference guide

Anthem Inc. Data Breach (2015)

In February 2015, Anthem Inc., one of the largest health insurance companies in the United States, suffered a major data breach that affected nearly 80 million customers. The breach, which was caused by a sophisticated cyber attack, exposed personal information, including names, birth dates, Social Security numbers, and medical IDs. The Anthem Inc. data breach is one of the largest healthcare data breaches in history, and it has had significant implications for both the company and its customers.

The attack on Anthem Inc. was discovered on January 27, 2015, when the company's security team noticed unusual database queries. The company's IT department soon discovered that hackers had gained unauthorized access to the company's computer system, and had stolen customer data. The breach affected both current and former customers of Anthem Inc., and it exposed sensitive personal information that could be used for identity theft and other fraudulent activities.

The investigation into the Anthem Inc. data breach revealed that the attackers used a sophisticated hacking tool to gain access to the company's computer system. The tool, known as a "zero-day exploit," took advantage of a vulnerability in the company's software that had not been previously detected. The attackers were able to install malware on the company's servers, which allowed them to exfiltrate large amounts of data over a period of several weeks.

The impact of the Anthem Inc. data breach has been significant. The stolen data included not only personal information, but also medical information, such as member ID numbers and health plan identification numbers. This information could be used for identity theft, medical fraud, and other nefarious purposes. The breach also undermined customer trust in Anthem Inc. and highlighted the vulnerability of healthcare companies to cyber attacks.

In response to the breach, Anthem Inc. offered two years of free credit monitoring and identity theft protection to affected customers. The company also invested heavily in strengthening its cybersecurity measures, including implementing two-factor authentication for all employees and enhancing its network security protocols. Additionally, Anthem Inc. faced several class-action lawsuits in the aftermath of the breach, which resulted in a $115 million settlement.

The Anthem Inc. data breach underscores the need for robust cybersecurity measures in healthcare companies. With the increasing use of electronic health records and the growing threat of cyber attacks, healthcare organizations must take steps to protect sensitive patient information. The consequences of a data breach can be severe, not only for the affected individuals but also for the reputation and financial well-being of the company. As such, healthcare organizations must remain vigilant in their efforts to protect patient data from cyber attacks.

Ashley Madison Data Breach (2015)

In July 2015, the Ashley Madison website suffered a major data breach that exposed the personal information of millions of users. Ashley Madison is an online dating website that specializes in facilitating extramarital affairs. The breach, which affected over 30 million users, was a major blow to the privacy and security of its users. The Ashley Madison data breach was one of the most significant cyber attacks in recent years, and it had far-reaching implications for both the company and its users.

The Ashley Madison data breach was discovered on July 15, 2015, when a group of hackers known as "The Impact Team" claimed responsibility for the attack. The hackers posted a message on the Ashley Madison website, stating that they had stolen user data and threatened to release it unless the website was shut down. The hackers claimed that the attack was motivated by the website's alleged fraudulent business practices, including charging users to delete their accounts (which the company promised would erase all their data).

The stolen data included names, email addresses, home addresses, phone numbers, and sexual preferences of users. The hackers also stole company documents, including internal emails and financial records. The attack was a major violation of privacy and had significant implications for the users of Ashley Madison. Many of the users of the website were married, and the disclosure of their extramarital activities could have serious consequences for their personal and professional lives.

The Ashley Madison data breach had significant implications for the company as well. The breach caused a loss of customer trust, which led to a decline in membership and revenue. The company faced multiple lawsuits and regulatory investigations, which resulted in a $1.6 million settlement with the US Federal Trade Commission. The breach also highlighted the importance of cybersecurity and the need for companies to take measures to protect user data.

In response to the breach, Ashley Madison implemented several measures to improve its cybersecurity. The company enhanced its security protocols, including implementing two-factor authentication and encrypting user data. The company also hired a chief privacy officer and established a bug bounty program to incentivize ethical hackers to identify vulnerabilities in the website's security.

The Ashley Madison data breach was a wake-up call for both individuals and companies regarding the importance of protecting sensitive data. The breach highlighted the risks associated with online dating and the potential consequences of sharing personal information on the internet. Additionally, it emphasized the importance of cybersecurity measures to protect user data and prevent cyber attacks. Overall, the Ashley Madison data breach serves as a reminder of the need for vigilance and caution when sharing personal information online.

Adobe Data Breach (2013)

AIn October 2013, Adobe Systems suffered a major data breach that exposed the personal information of over 150 million customers. The breach, which was caused by a sophisticated cyber attack, exposed customer names, addresses, credit card numbers, and encrypted passwords. The Adobe data breach was one of the largest data breaches in history, and it had significant implications for both the company and its customers.

The attack on Adobe was discovered on September 17, 2013, when a security researcher noticed a large number of Adobe customer records on a server used by cybercriminals. Adobe soon discovered that hackers had gained unauthorized access to its network and stolen customer data. The breach affected customers from around the world, and it exposed sensitive personal and financial information that could be used for identity theft and other fraudulent activities.

The investigation into the Adobe data breach revealed that the attackers used a sophisticated hacking tool to gain access to the company's network. The tool, known as a "zero-day exploit," took advantage of a vulnerability in Adobe's software that had not been previously detected. The attackers were able to install malware on the company's servers, which allowed them to exfiltrate large amounts of data over a period of several weeks.

The impact of the Adobe data breach was significant. The stolen data included not only personal information but also payment card information, which could be used for fraudulent purchases. The breach undermined customer trust in Adobe and highlighted the vulnerability of companies to cyber attacks.

In response to the breach, Adobe offered free credit monitoring and identity theft protection to affected customers. The company also invested heavily in strengthening its cybersecurity measures, including implementing two-factor authentication for all employees and enhancing its network security protocols. Additionally, Adobe faced several class-action lawsuits in the aftermath of the breach, which resulted in a $1.1 million settlement.

The Adobe data breach underscores the need for robust cybersecurity measures in companies that handle sensitive customer data. With the growing threat of cyber attacks, companies must take steps to protect customer data from unauthorized access. The consequences of a data breach can be severe, not only for the affected individuals but also for the reputation and financial well-being of the company. As such, companies must remain vigilant in their efforts to protect customer data from cyber attacks.

Bangladesh Bank Cyber Heist (2016)

AIn February 2016, cybercriminals executed a massive heist against the Bangladesh Bank, resulting in the loss of $81 million. This cyber attack is considered one of the largest bank heists in history and had far-reaching implications for the global financial system.

The Bangladesh Bank Cyber Heist began on February 4, 2016, when hackers gained unauthorized access to the Bangladesh Bank's computer systems. The attackers used stolen credentials to gain access to the bank's SWIFT network, which is used to facilitate international money transfers between banks. The attackers then sent fraudulent transfer requests to the Federal Reserve Bank of New York, which was holding the Bangladesh Bank's funds.

The fraudulent transfer requests were for large sums of money, and they were made to accounts in the Philippines and Sri Lanka. The Federal Reserve Bank of New York initially approved the transfers, but they were later flagged for review due to a spelling error in one of the transfer requests. By that time, $81 million had already been transferred to the Philippines and withdrawn from the country's casinos.

The Bangladesh Bank Cyber Heist was a significant breach of the global financial system. The theft of $81 million from a central bank raised concerns about the security of the global financial system and the vulnerability of the SWIFT network. The attack highlighted the need for stronger cybersecurity measures and greater collaboration between financial institutions to prevent future attacks.

The investigation into the Bangladesh Bank Cyber Heist revealed that the attackers used sophisticated malware to gain access to the bank's systems. The malware was designed to remain undetected and to erase evidence of its presence. The attackers also took steps to hide their tracks, including disabling security cameras and deleting server logs.

The Bangladesh Bank Cyber Heist underscores the need for strong cybersecurity measures in the financial sector. With the growing threat of cyber attacks, financial institutions must take steps to protect their systems and data from unauthorized access. Additionally, the attack highlights the need for greater collaboration between financial institutions to share threat intelligence and to develop common cybersecurity standards and protocols.

In response to the Bangladesh Bank Cyber Heist, the SWIFT network implemented new security measures, including stronger password requirements and enhanced system monitoring. The Federal Reserve Bank of New York also implemented new controls to prevent fraudulent transfer requests. However, the attack remains a stark reminder of the ongoing threat posed by cybercriminals and the need for continued vigilance in the financial sector.

British Airways Data Breach (2018)

In September 2018, British Airways suffered a data breach that exposed the personal and financial information of over 380,000 customers. The attack, which was caused by a cyber attack on the company's website and mobile app, had significant implications for the affected customers and the airline industry as a whole.

The British Airways Data Breach was discovered on September 5, 2018, when the company's security team noticed unusual activity on its website and mobile app. The investigation revealed that hackers had gained unauthorized access to the website and app and had stolen customer data, including names, addresses, payment card information, and travel booking details. The breach affected customers who had made bookings between August 21, 2018, and September 5, 2018.

The British Airways Data Breach was a significant breach of customer data, and it had severe implications for the affected customers. The stolen data included sensitive personal and financial information that could be used for identity theft and fraudulent activities. Additionally, the breach undermined customer trust in British Airways and highlighted the vulnerability of companies to cyber attacks.

The investigation into the British Airways Data Breach revealed that the attackers used a sophisticated hacking tool to gain access to the company's website and app. The tool, known as a "skimming" tool, was designed to steal payment card information as it was entered into the website and app. The attackers were able to install the tool on the British Airways website and app, which allowed them to exfiltrate large amounts of customer data.

In response to the breach, British Airways offered free credit monitoring and identity theft protection to affected customers. The company also faced several regulatory fines, including a £183 million ($229 million) fine from the UK Information Commissioner's Office (ICO). The ICO found that British Airways had failed to take appropriate measures to protect customer data, and it was the largest fine ever imposed under the General Data Protection Regulation (GDPR).

The British Airways Data Breach underscores the need for robust cybersecurity measures in companies that handle sensitive customer data. With the growing threat of cyber attacks, companies must take steps to protect customer data from unauthorized access. The consequences of a data breach can be severe, not only for the affected individuals but also for the reputation and financial well-being of the company. As such, companies must remain vigilant in their efforts to protect customer data from cyber attacks.

BlueBorne Attack (2017)

The BlueBorne attack was a set of Bluetooth-based vulnerabilities that affected billions of devices, including smartphones, laptops, and IoT devices. The attack was first discovered in September 2017 and had significant implications for the security of connected devices and the Internet of Things (IoT).

The BlueBorne attack targeted devices that use Bluetooth connectivity and allowed hackers to take control of devices and steal sensitive data. The attack could be executed without user interaction, making it a particularly dangerous threat. The attack was caused by several vulnerabilities in the Bluetooth protocol, including a remote code execution vulnerability that allowed attackers to execute arbitrary code on a device.

The BlueBorne attack was a significant threat to the security of connected devices and the IoT ecosystem. The attack affected billions of devices, including those running on iOS, Android, Windows, and Linux operating systems. The attack highlighted the need for stronger security measures for connected devices and the importance of patching vulnerabilities in a timely manner.

The response to the BlueBorne attack was swift, with many device manufacturers and software vendors releasing patches to address the vulnerabilities. The attack also prompted the Bluetooth Special Interest Group (SIG), which is responsible for the development of the Bluetooth protocol, to release a set of guidelines for improving Bluetooth security.

The BlueBorne attack underscores the need for robust cybersecurity measures in connected devices and the IoT ecosystem. With the growing number of connected devices, the attack surface for cyber attacks is expanding, and companies must take steps to protect devices from unauthorized access. The BlueBorne attack also highlights the importance of patching vulnerabilities in a timely manner and the need for collaboration between device manufacturers, software vendors, and security researchers to improve the security of connected devices.

Overall, the BlueBorne attack was a significant threat to the security of connected devices and the IoT ecosystem. The attack served as a wake-up call for the importance of cybersecurity in the age of the Internet of Things and highlighted the need for continued vigilance in the face of emerging cyber threats.

BlackEnergy Malware Attack (2015)

The BlackEnergy malware attack was a sophisticated cyber attack that targeted critical infrastructure in Ukraine in December 2015. The attack was carried out by a group of cybercriminals known as SandWorm, and it had significant implications for the security of critical infrastructure and the global political landscape.

The BlackEnergy malware attack began on December 23, 2015, when several Ukrainian power distribution companies reported power outages. The attack affected hundreds of thousands of customers, and it was caused by a malware infection on the companies' systems. The malware was later identified as the BlackEnergy malware, which had been used in previous attacks against Ukrainian companies and government institutions.

The BlackEnergy malware attack was a significant threat to critical infrastructure, and it had far-reaching implications for the global political landscape. The attack was widely believed to have been carried out by Russian state-sponsored hackers, and it was seen as a deliberate attempt to disrupt Ukraine's energy sector and destabilize the country.

The investigation into the BlackEnergy malware attack revealed that the attackers used a sophisticated malware campaign to gain access to the companies' systems. The malware was designed to remain undetected and to enable the attackers to gain remote access to the systems. The attackers also used a range of tactics, including spear-phishing emails and social engineering techniques, to gain access to the companies' networks.

The BlackEnergy malware attack underscores the need for stronger cybersecurity measures for critical infrastructure. With the increasing digitization of critical infrastructure, the attack surface for cyber attacks is expanding, and companies must take steps to protect their systems from unauthorized access. The consequences of a successful attack on critical infrastructure can be severe, not only for the affected companies but also for the wider community.

The response to the BlackEnergy malware attack was swift, with Ukrainian authorities taking steps to improve the security of critical infrastructure and to implement new measures to prevent future attacks. The attack also prompted greater international collaboration on cybersecurity issues, with the European Union and the United States pledging support for Ukraine's efforts to improve cybersecurity.

In conclusion, the BlackEnergy malware attack was a significant threat to critical infrastructure and had far-reaching implications for the global political landscape. The attack highlights the need for stronger cybersecurity measures for critical infrastructure and the importance of international collaboration in addressing cybersecurity threats. The attack serves as a stark reminder of the ongoing threat posed by cybercriminals and the need for continued vigilance in the face of emerging cyber threats.

Bitfinex Hack (2016)

In August 2016, Hong Kong-based cryptocurrency exchange Bitfinex suffered a major security breach that resulted in the loss of approximately 120,000 bitcoins, worth around $72 million at the time. The Bitfinex hack was one of the largest cryptocurrency hacks in history and had significant implications for the security and adoption of cryptocurrencies.

The Bitfinex hack occurred on August 2, 2016, when hackers gained unauthorized access to the exchange's servers and siphoned off bitcoins from customer accounts. The attackers used a combination of social engineering and advanced phishing techniques to gain access to the exchange's systems. The attack caused panic among Bitfinex's customers, and it raised concerns about the security of cryptocurrency exchanges.

The Bitfinex hack was a significant setback for the cryptocurrency industry, and it had far-reaching implications for the adoption of cryptocurrencies. The loss of millions of dollars' worth of bitcoins undermined confidence in the security of cryptocurrencies and raised concerns about the vulnerability of exchanges to cyber attacks.

The investigation into the Bitfinex hack revealed that the attackers used a multi-stage attack that involved the exploitation of several vulnerabilities in Bitfinex's security systems. The attackers also used stolen credentials to gain access to the exchange's systems and to transfer the stolen bitcoins to other accounts.

The Bitfinex hack underscores the need for stronger security measures for cryptocurrency exchanges and wallets. With the growing popularity of cryptocurrencies, the threat of cyber attacks is increasing, and companies must take steps to protect their customers' assets from unauthorized access. The consequences of a successful attack on a cryptocurrency exchange can be severe, not only for the affected exchange but also for the wider cryptocurrency industry.

In response to the Bitfinex hack, the exchange implemented new security measures, including two-factor authentication and increased monitoring of user accounts. The attack also prompted greater regulatory scrutiny of cryptocurrency exchanges and increased demand for secure storage solutions for cryptocurrencies.

In conclusion, the Bitfinex hack was a significant setback for the cryptocurrency industry and highlighted the need for stronger security measures for cryptocurrency exchanges and wallets. The attack served as a reminder of the ongoing threat posed by cybercriminals and the need for continued vigilance in the face of emerging cyber threats. As cryptocurrencies continue to gain mainstream acceptance, it is essential that the industry takes steps to improve its security posture and protect against cyber attacks.

Bell Canada Data Breach (2018)

In May 2018, Bell Canada, one of the largest telecommunications companies in Canada, suffered a data breach that exposed the personal information of approximately 100,000 customers. The Bell Canada data breach was a significant breach of customer data and had significant implications for the security of telecommunications companies.

The Bell Canada data breach occurred when hackers gained unauthorized access to the company's systems and stole customer data. The stolen data included names, email addresses, and phone numbers. The breach affected customers who had used Bell Canada's website or mobile app to manage their accounts.

The Bell Canada data breach was a significant breach of customer data, and it had severe implications for the affected customers. The stolen data included sensitive personal information that could be used for identity theft and fraudulent activities. Additionally, the breach undermined customer trust in Bell Canada and highlighted the vulnerability of telecommunications companies to cyber attacks.

The investigation into the Bell Canada data breach revealed that the attackers used a variety of techniques, including phishing emails and social engineering tactics, to gain access to the company's systems. The attackers also exploited vulnerabilities in the company's website and mobile app, highlighting the importance of patching vulnerabilities in a timely manner.

The Bell Canada data breach underscores the need for robust cybersecurity measures in telecommunications companies. With the growing threat of cyber attacks, telecommunications companies must take steps to protect customer data from unauthorized access. Additionally, the attack highlights the importance of patching vulnerabilities in a timely manner and the need for collaboration between companies, security researchers, and regulators to improve the security of telecommunications systems.

In response to the breach, Bell Canada offered free credit monitoring and identity theft protection to affected customers. The company also implemented new security measures, including stronger password requirements and enhanced system monitoring. However, the attack remains a stark reminder of the ongoing threat posed by cybercriminals and the need for continued vigilance in the telecommunications industry.

In conclusion, the Bell Canada data breach was a significant breach of customer data and had significant implications for the security of telecommunications companies. The breach highlighted the need for stronger cybersecurity measures in the industry and the importance of patching vulnerabilities in a timely manner. As telecommunications companies continue to handle sensitive customer data, it is essential that they take steps to protect against cyber attacks and ensure the security of their customers' information.

Cybersecurity Scrum Master

A Cybersecurity Scrum Master is a professional who facilitates the implementation of agile methodologies and practices in cybersecurity projects. They are responsible for leading cross-functional teams of cybersecurity professionals to deliver security solutions that meet business needs and goals.

The Cybersecurity Scrum Master acts as a servant-leader, helping the team to identify and remove any impediments that may hinder progress. They work closely with the product owner and stakeholders to ensure that the team is delivering value and meeting the organization's security requirements.

In addition to their scrum master responsibilities, the Cybersecurity Scrum Master has a deep understanding of cybersecurity concepts, best practices, and frameworks. They use this knowledge to ensure that the team is implementing effective security measures and complying with relevant regulations and standards.

The role of the Cybersecurity Scrum Master is critical in ensuring that cybersecurity projects are delivered on time, within budget, and with the required level of security.

Chief Information Security Officer (CISO)

A Chief Information Security Officer (CISO) is a senior executive who is responsible for the overall security of an organization's information systems and data.

The CISO's primary role is to develop and implement an information security strategy that aligns with the organization's goals and objectives. They oversee the design and implementation of security policies, procedures, and standards, and ensure that the organization is compliant with relevant regulations and standards.

The CISO is responsible for managing the organization's cybersecurity team and collaborating with other departments to ensure that security is integrated into all business processes. They also play a key role in incident response planning and execution, ensuring that the organization is prepared to respond to security incidents and that any incidents are handled in a timely and effective manner.

Overall, the CISO is a critical role in ensuring that an organization's information and assets are secure and that the organization is able to operate without interruption or loss of reputation due to cyber threats.

Chief Identity and Digital Officer

A Chief Identity and Digital Officer (CIDO) is a senior executive responsible for overseeing an organization's identity and digital strategy. They are responsible for developing and implementing strategies that enable the organization to securely manage and protect digital identities and digital assets.

The CIDO typically reports to the CEO or CIO and works closely with other senior executives and department heads to ensure that the organization's digital assets and identity management systems are secure and effective.

Their primary responsibility is to develop and implement strategies that enable the organization to securely manage and protect digital identities and digital assets. They must also stay up to date with the latest threats and trends in identity and digital security and ensure that the organization has appropriate defenses in place to mitigate these risks.

The CIDO must possess a deep understanding of digital identity technologies and best practices, as well as knowledge of cybersecurity technologies and methodologies. They must also have strong leadership and management skills and be able to work effectively with other executives and department heads.

Other responsibilities of the CIDO may include developing and implementing identity and access management policies and procedures, overseeing security audits and compliance assessments, and providing training and awareness to employees.

To be successful in this role, the CIDO must possess excellent communication and interpersonal skills and be able to communicate complex technical information to non-technical audiences effectively. They must also have a keen sense of curiosity and a passion for staying ahead of emerging threats and trends in identity and digital security. Additionally, they must be aware of the ethical and legal implications of their work and ensure that they are complying with applicable laws and regulations.

Cloud security Analyst

A Cloud Security Analyst is a professional responsible for ensuring the security of cloud computing environments. They are responsible for identifying and mitigating security risks in cloud-based systems, applications, and infrastructure.

The cloud security analyst is responsible for conducting risk assessments, identifying vulnerabilities, and developing and implementing security controls to protect cloud-based systems and data. They must also stay up to date with the latest threats and trends in cloud security and ensure that the organization has appropriate defenses in place to mitigate these risks.

The cloud security analyst may work for organizations that use public cloud services such as Amazon Web Services (AWS), Microsoft Azure, or Google Cloud Platform, or for companies that have their own private cloud environments.

Other responsibilities of the cloud security analyst may include developing and implementing security policies and procedures, overseeing security audits and compliance assessments, and providing security training and awareness to employees.

To be successful as a cloud security analyst, one must possess a strong technical background in cloud computing and security technologies. They must also have excellent analytical and problem-solving skills and be able to work effectively with other departments within the organization, including IT, engineering, and business teams.

Chief Security Officer (CSO)

A Chief Security Officer (CSO) is a senior executive who is responsible for managing and overseeing the physical security and safety of an organization.

The CSO's primary role is to develop and implement security policies, procedures, and strategies that protect the organization's employees, physical assets, and facilities. They work closely with other departments such as human resources, legal, and risk management to ensure that the organization is compliant with relevant regulations and standards related to security.

The CSO may also be responsible for managing security personnel and collaborating with external security agencies to ensure the safety and security of the organization.

Overall, the CSO is a critical role in ensuring that an organization is prepared for and protected from physical security threats such as theft, vandalism, workplace violence, and other incidents that could disrupt business operations or harm employees or customers.

Cloud Security Architect

A Cloud Security Architect is a cybersecurity professional who is responsible for designing and implementing security solutions for cloud-based systems and applications. They work closely with cloud engineers and developers to ensure that security is integrated into the cloud architecture from the ground up.

The Cloud Security Architect has a deep understanding of cloud platforms and services, as well as the security risks and threats associated with cloud computing. They use this knowledge to design and implement security controls and measures that protect against unauthorized access, data breaches, and other security incidents.

The Cloud Security Architect may also be responsible for compliance and regulatory issues related to cloud security, ensuring that the organization is compliant with relevant regulations and standards.

Overall, the role of the Cloud Security Architect is critical in ensuring that cloud-based systems and applications are secure, reliable, and available, while meeting the organization's business needs and goals.

Counterespionage analyst

A Counterespionage Analyst is a professional who specializes in identifying and preventing espionage activities against an organization. They are responsible for analyzing information and intelligence to identify potential threats, vulnerabilities, and risks to an organization's security.

Counterespionage Analysts use a variety of tools and techniques, including forensic analysis, monitoring of electronic communications, and conducting background checks on employees and contractors. They also work closely with other security professionals, including law enforcement agencies, to investigate and mitigate espionage activities.

Counterespionage Analysts may work in a variety of industries, including government, defense, finance, and technology. The role of a Counterespionage Analyst is critical in ensuring that organizations are protected from threats to their sensitive information and operations, which could result in significant financial and reputational damage if compromised.

Cryptanalyst

A Cryptanalyst is a cybersecurity professional who specializes in analyzing and breaking codes and ciphers used to encrypt information. Cryptanalysis is the study of mathematical and computational techniques used to decipher encrypted information without having access to the secret key or password used to encrypt the information.

Cryptanalysts use a variety of tools and techniques, including statistical analysis, frequency analysis, and brute-force attacks to break codes and ciphers. They may also work on the design and development of new encryption algorithms and techniques to ensure that they are secure against potential attacks.

Cryptanalysts work in a variety of industries, including government, military, and intelligence agencies, as well as private sector organizations that require secure communications and data protection.

The role of a Cryptanalyst is critical in ensuring that sensitive information is protected against unauthorized access and that the security of communication systems is maintained.

Cryptographer

A Cryptographer is a cybersecurity professional who specializes in the design and development of encryption algorithms and techniques used to protect information and communications.

Cryptography is the practice of creating secure communications by converting plaintext (unencrypted data) into ciphertext (encrypted data) using mathematical algorithms and keys.

Cryptographers use their knowledge of mathematics, computer science, and cybersecurity to design and develop encryption algorithms and techniques that are secure against potential attacks. They also work on the analysis of existing encryption systems to identify weaknesses and vulnerabilities that could be exploited by attackers.

Cryptographers may work in a variety of industries, including government, military, and intelligence agencies, as well as private sector organizations that require secure communications and data protection. The role of a Cryptographer is critical in ensuring that sensitive information is protected against unauthorized access and that the security of communication systems is maintained.

Cyber Insurance Policy Specialist

A Cyber Insurance Policy Specialist is a professional who specializes in assessing and managing the risks associated with cyber threats and ensuring that organizations have adequate insurance coverage to protect against potential losses.

Cyber insurance policies are designed to help organizations recover from cyber attacks and data breaches by providing coverage for costs related to notification and legal fees, business interruption, and data recovery.

The Cyber Insurance Policy Specialist works closely with organizations to understand their specific cyber risks and exposures and recommend appropriate insurance coverage to address those risks. They also work with insurance underwriters to negotiate coverage terms and premiums and help organizations to navigate the claims process in the event of a cyber incident.

The role of a Cyber Insurance Policy Specialist is critical in helping organizations to manage their cyber risk and ensure that they have adequate insurance coverage to protect against potential financial losses. As the risk of cyber threats continues to grow, the demand for Cyber Insurance Policy Specialists is expected to increase.

Cyber Intelligence Specialist

A Cyber Intelligence Specialist is a cybersecurity professional who specializes in the collection, analysis, and dissemination of intelligence related to cyber threats and attacks.

The role of the Cyber Intelligence Specialist is to help organizations understand the cyber threat landscape and identify potential risks and vulnerabilities to their systems and data. Cyber Intelligence Specialists use a variety of tools and techniques to gather and analyze data from various sources, including open-source intelligence, social media, and dark web forums. They use this information to identify and assess potential threats and to develop intelligence products that provide actionable insights to decision-makers.

Cyber Intelligence Specialists work closely with other cybersecurity professionals, including threat analysts, incident responders, and security engineers, to ensure that organizations have a comprehensive understanding of the threat environment and are able to respond effectively to potential cyber incidents.

Overall, the role of the Cyber Intelligence Specialist is critical in helping organizations to stay ahead of evolving cyber threats and to proactively manage their cybersecurity risks.

Cyber Operations Specialist

A Cyber Operations Specialist is a cybersecurity professional who specializes in conducting offensive and defensive cyber operations to protect an organization's systems and data.

Cyber Operations Specialists are responsible for developing and executing strategies to identify, prevent, and mitigate cyber threats and attacks. They use a variety of tools and techniques, including penetration testing, vulnerability assessments, and threat intelligence to identify potential risks and vulnerabilities to an organization's systems and data.

Cyber Operations Specialists also work on the development and deployment of cyber defense technologies and techniques, such as firewalls, intrusion detection and prevention systems, and security information and event management (SIEM) tools. They work closely with other cybersecurity professionals, including incident responders and threat analysts, to ensure that organizations are able to respond effectively to cyber incidents and minimize the impact on their operations.

The role of the Cyber Operations Specialist is critical in ensuring that organizations have the capabilities to defend against potential cyber threats and attacks and to maintain the confidentiality, integrity, and availability of their systems and data.

Cybercrime Investigator

A Cybercrime Investigator is a law enforcement professional who specializes in investigating cyber crimes, such as computer hacking, identity theft, online fraud, and cyber terrorism.

Cybercrime Investigators use a variety of tools and techniques to collect and analyze digital evidence, such as computer files, emails, and network logs, to identify suspects and build cases for prosecution. They work closely with other law enforcement agencies, such as the Federal Bureau of Investigation (FBI) and the Department of Homeland Security (DHS), to coordinate investigations and share information about emerging cyber threats.

Cybercrime Investigators also work with private sector organizations to investigate cyber incidents and to develop strategies to prevent future attacks.

The role of the Cybercrime Investigator is critical in ensuring that cyber criminals are identified, prosecuted, and brought to justice, and in protecting individuals and organizations from the financial and reputational damage caused by cybercrime. As the threat of cybercrime continues to grow, the demand for Cybercrime Investigators is expected to increase.

Cybersecurity Hardware Engineer

A Cybersecurity Hardware Engineer is a professional who specializes in designing and developing secure hardware components and systems that protect against cyber threats. They work in collaboration with software engineers, system architects, and cybersecurity professionals to ensure that hardware systems are designed with security in mind, and that they can withstand potential attacks from malicious actors.

Cybersecurity Hardware Engineers use their knowledge of hardware design principles, cryptography, and cybersecurity best practices to develop secure hardware components, such as processors, memory, and input/output devices. They also work on the development of security protocols and interfaces that ensure the secure exchange of data between hardware components.

The role of a Cybersecurity Hardware Engineer is critical in ensuring that hardware systems are resistant to cyber attacks and that sensitive data is protected from unauthorized access or theft. As the demand for secure hardware systems continues to grow, the need for skilled Cybersecurity Hardware Engineers is expected to increase.

Cybersecurity Lawyer

A Cybersecurity Lawyer is an attorney who specializes in the legal aspects of cybersecurity, including data protection, privacy, and cybercrime.

Cybersecurity Lawyers work with individuals and organizations to develop legal strategies that address cybersecurity risks and ensure compliance with relevant laws and regulations. They may also represent clients in litigation related to cybersecurity incidents, such as data breaches or cyber attacks.

Cybersecurity Lawyers also work on the development and review of cybersecurity policies and contracts, such as privacy policies, data use agreements, and vendor contracts. They stay up-to-date on relevant laws and regulations related to cybersecurity, such as the General Data Protection Regulation (GDPR) and the California Consumer Privacy Act (CCPA), and help clients understand their rights and responsibilities under these laws.

Overall, the role of a Cybersecurity Lawyer is critical in ensuring that individuals and organizations are able to protect their sensitive information and data and comply with relevant laws and regulations related to cybersecurity.

Cybersecurity Software Developer / Engineer

A Cybersecurity Software Developer or Engineer is a professional who specializes in designing, developing, and implementing secure software systems and applications. They work closely with cybersecurity professionals to ensure that software systems are designed with security in mind and that they can withstand potential attacks from malicious actors.

Cybersecurity Software Developers use their knowledge of programming languages, software development frameworks, and cybersecurity best practices to develop secure software systems and applications, such as firewalls, intrusion detection and prevention systems, and security information and event management (SIEM) tools. They also work on the development of security protocols and interfaces that ensure the secure exchange of data between software components.

The role of a Cybersecurity Software Developer is critical in ensuring that software systems are resistant to cyber attacks and that sensitive data is protected from unauthorized access or theft. As the demand for secure software systems continues to grow, the need for skilled Cybersecurity Software Developers is expected to increase.

Data Privacy Officer

A Data Privacy Officer (DPO) is a professional who is responsible for ensuring that an organization complies with privacy laws and regulations related to the handling of personal data.

The DPO works to develop and implement policies and procedures that protect the privacy of individuals' personal data, and to ensure that the organization is transparent about its data processing activities.

The DPO also works to raise awareness of privacy issues within the organization, and provides advice and guidance to other employees on data protection matters. The DPO also serves as a point of contact for individuals to report any concerns or complaints related to the handling of their personal data.

The role of the Data Privacy Officer is critical in ensuring that an organization's handling of personal data is legal, ethical, and in compliance with relevant privacy regulations, such as the General Data Protection Regulation (GDPR) and the California Consumer Privacy Act (CCPA).

Data Recovery Specialist

A Data Recovery Specialist is a professional who specializes in recovering lost, damaged, or corrupted data from storage devices, such as hard drives, memory cards, and USB drives.

Data Recovery Specialists use a variety of tools and techniques to retrieve data that has been lost due to hardware failure, accidental deletion, or virus attacks. They may also work on repairing damaged or corrupted storage devices to restore access to data.

Data Recovery Specialists work with a range of clients, including individuals and businesses, to recover critical data that has been lost or compromised. They may also work closely with cybersecurity professionals to ensure that data recovery is performed securely and that recovered data is free from malware or other security threats.

The role of a Data Recovery Specialist is critical in ensuring that individuals and organizations are able to recover important data that may have been lost or damaged due to a range of factors.

Data Security Analyst

A Data Security Analyst is a cybersecurity professional who specializes in protecting an organization's data from unauthorized access, theft, or misuse.

Data Security Analysts work to identify and assess potential risks and vulnerabilities to an organization's data, and develop and implement security controls and measures to protect against those risks. They use a variety of tools and techniques, including data encryption, access controls, and intrusion detection systems to ensure the confidentiality, integrity, and availability of data.

Data Security Analysts also work closely with other cybersecurity professionals, including incident responders and threat analysts, to respond to potential security incidents and to minimize the impact on an organization's operations.

The role of the Data Security Analyst is critical in ensuring that an organization's data is secure and that the organization is able to operate without interruption or loss of reputation due to cyber threats. As the amount of data generated by organizations continues to grow, the demand for skilled Data Security Analysts is expected to increase.

Digital Forensics Analyst

A Digital Forensics Analyst is a cybersecurity professional who specializes in investigating cybercrimes and other digital incidents by analyzing digital evidence.

Digital Forensics Analysts use a variety of tools and techniques to collect, analyze, and preserve electronic data from a range of devices, including computers, mobile phones, and other digital storage media. They work to identify potential security breaches, data breaches, and cyber attacks, and provide evidence for legal proceedings. Digital Forensics Analysts may also work to develop strategies for preventing and mitigating future incidents based on their analysis of past incidents.

Digital Forensics Analysts work closely with other cybersecurity professionals, including incident responders and threat analysts, to respond to potential security incidents and to minimize the impact on an organization's operations.

The role of the Digital Forensics Analyst is critical in ensuring that digital evidence is collected and analyzed in a way that meets legal requirements and that the organization is able to identify and respond to potential cyber threats effectively. As the number of cyber incidents continues to grow, the demand for skilled Digital Forensics Analysts is expected to increase.

Disaster Recovery Specialist

A Disaster Recovery Specialist is a professional who specializes in developing and implementing strategies for recovering an organization's operations and IT infrastructure in the event of a natural disaster, cyber attack, or other unexpected disruption.

Disaster Recovery Specialists work to identify critical systems and data, and develop plans for how to recover them in the event of a disaster. They may also work on the development and deployment of backup and recovery technologies and techniques, such as data replication, cloud-based backup, and data recovery testing.

Disaster Recovery Specialists work closely with other IT professionals, including cybersecurity professionals and network engineers, to ensure that critical systems and data are protected and can be restored quickly and efficiently in the event of a disaster.

The role of the Disaster Recovery Specialist is critical in ensuring that organizations are able to recover from unexpected disruptions and continue to operate without interruption. As the risks of natural disasters and cyber attacks continue to grow, the demand for skilled Disaster Recovery Specialists is expected to increase.

Director of Security

A Director of Security is a high-level cybersecurity professional responsible for managing and overseeing an organization's security operations.

The Director of Security is responsible for developing and implementing security policies and procedures to ensure that the organization's computer systems, networks, and applications are secure and resilient to cyber threats. They also oversee the security operations team and ensure that the team is effectively monitoring and responding to security incidents.

The Director of Security works closely with other senior leaders within the organization, including the Chief Information Officer (CIO) and Chief Information Security Officer (CISO), to ensure that all security operations are aligned with the organization's business objectives. They also stay up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization.

The Director of Security may also work with external vendors and partners to implement security measures and manage risk.

Overall, the Director of Security plays a critical role in ensuring that an organization's computer systems and networks are secure and resilient to cyber threats, and that security operations are aligned with the organization's business objectives.

DevSecOps Engineer

A DevSecOps Engineer is a software development professional who is responsible for integrating security practices into the DevOps (Development and Operations) process. The DevSecOps Engineer works closely with developers, operations teams, and security professionals to ensure that security is built into every stage of the software development lifecycle.

The DevSecOps Engineer is responsible for automating security testing and validation throughout the development process, ensuring that vulnerabilities are identified and remediated quickly. They also ensure that security requirements are incorporated into the design and development of software applications and infrastructure.

The DevSecOps Engineer must possess a deep understanding of software development methodologies and technologies, as well as knowledge of security principles and best practices. They must be able to work collaboratively with other teams to ensure that security is not an afterthought but rather an integral part of the software development process.

Other responsibilities of the DevSecOps Engineer may include developing and implementing security policies and procedures, conducting security assessments and audits, and providing training and awareness to developers and operations teams.

To be successful in this role, the DevSecOps Engineer must have excellent communication and interpersonal skills and be able to work effectively in a fast-paced, agile development environment. They must also stay up to date with the latest trends and technologies in DevOps and security to ensure that they are providing the most effective and efficient security solutions.

Deepfake Analyst

A Deepfake Analyst is a cybersecurity professional who specializes in identifying and analyzing deepfake videos and images. A deepfake is a manipulated digital media file that uses artificial intelligence (AI) and machine learning algorithms to create realistic images or videos that are difficult to detect as fake.

The Deepfake Analyst is responsible for detecting and analyzing deepfake content to identify potential threats, such as disinformation campaigns, propaganda, or other malicious activities. They use a variety of specialized tools and techniques to analyze the digital media files, including video and image analysis software and deep learning algorithms.

The Deepfake Analyst must have a deep understanding of AI and machine learning technologies, as well as knowledge of video and image editing tools and techniques. They must be able to stay up to date with the latest trends and technologies in deepfake detection and analysis to ensure that they are providing the most effective and efficient security solutions.

Other responsibilities of the Deepfake Analyst may include conducting research and analysis to support ongoing investigations, collaborating with other cybersecurity professionals, and providing expert testimony in legal proceedings.

To be successful in this role, the Deepfake Analyst must possess strong analytical and problem-solving skills, as well as excellent attention to detail. They must be able to work effectively in a fast-paced and high-pressure environment and be able to communicate complex technical information to non-technical audiences. Additionally, they must be aware of the ethical and legal implications of their work and ensure that they are complying with applicable laws and regulations.

Driverless-Car Security Specialist

A Driverless-Car Security Specialist is a cybersecurity professional who specializes in securing autonomous vehicles, also known as self-driving or driverless cars. They are responsible for identifying and mitigating security risks in autonomous vehicle systems, including the software, sensors, and communication technologies used in these vehicles.

The Driverless-Car Security Specialist must have a deep understanding of the technologies and systems used in autonomous vehicles, including computer vision, machine learning, and other AI-based technologies. They must also have expertise in cybersecurity technologies and methodologies.

Their primary responsibility is to identify potential security threats and vulnerabilities in autonomous vehicles and develop and implement security controls to mitigate these risks. They must also stay up to date with the latest threats and trends in autonomous vehicle security and ensure that the organization has appropriate defenses in place to mitigate these risks.

The Driverless-Car Security Specialist must also work closely with the manufacturers of autonomous vehicles, government regulators, and other stakeholders to ensure that security is an integral part of the design, development, and deployment of these vehicles.

Other responsibilities of the Driverless-Car Security Specialist may include developing and implementing security policies and procedures, conducting security audits and compliance assessments, and providing training and awareness to employees and stakeholders.

To be successful in this role, the Driverless-Car Security Specialist must possess strong analytical and problem-solving skills, as well as excellent communication and interpersonal skills. They must also have a passion for staying ahead of emerging threats and trends in autonomous vehicle security and be committed to maintaining the safety and security of these vehicles and their passengers.

Ethical / White Hat Hacker

An ethical hacker, also known as a "white hat" hacker, is a computer security expert who uses their skills and knowledge to identify vulnerabilities and weaknesses in computer systems, networks, and applications.

Unlike black hat hackers who use their skills for malicious purposes such as stealing data or causing harm, ethical hackers use their skills to identify security weaknesses so that they can be fixed before they can be exploited by malicious actors.

Ethical hackers may be hired by organizations to perform penetration testing or vulnerability assessments to evaluate the security of their systems and identify potential vulnerabilities that could be exploited. They may also work with law enforcement agencies to investigate cybercrime or provide security consulting services to businesses and individuals.

The work of ethical hackers is essential for maintaining the security of computer systems and protecting against cyber threats.

No Entry Found

Reserved for future job title and description.

Governance Compliance & Risk (GRC) Manager

A Governance Compliance & Risk (GRC) Manager is a cybersecurity professional responsible for overseeing an organization's governance, risk, and compliance (GRC) program. They work to ensure that the organization complies with all relevant laws, regulations, and industry standards, and that risk is effectively managed.

GRC Managers develop and implement policies and procedures to ensure that the organization is operating in a manner that is consistent with its risk appetite, and that risks are identified, assessed, and mitigated. They also work to ensure that the organization has effective controls in place to protect against security threats, and that the controls are tested and audited regularly.

GRC Managers may work closely with other cybersecurity professionals, including IT security architects, information security analysts, and compliance specialists, to develop and implement GRC programs. They may also collaborate with external vendors and partners to implement security measures and manage risk.

Overall, GRC Managers play a critical role in ensuring that an organization operates in a manner that is consistent with its risk tolerance and that it complies with all relevant regulations and standards.

No Entry Found

Reserved for future job title and description.

IIoT (Industrial Internet of Things) Security Specialist

An IIoT (Industrial Internet of Things) security specialist is a cybersecurity professional who specializes in securing industrial control systems (ICS) and operational technology (OT) networks that are used in manufacturing, energy, transportation, and other critical infrastructure industries.

As IIoT systems become more interconnected and automated, they become increasingly vulnerable to cyber attacks that can disrupt operations, cause physical damage, or compromise sensitive data. IIoT security specialists use their knowledge of ICS and OT systems, network security, and threat intelligence to protect these systems from cyber threats.

Their responsibilities may include designing and implementing security measures such as firewalls, intrusion detection systems, and access controls, conducting vulnerability assessments, analyzing network traffic and logs for signs of suspicious activity, and responding to security incidents.

IIoT security specialists must stay up to date with the latest threats and security technologies to effectively protect industrial systems from cyber attacks. They may also need to work closely with engineers, plant managers, and other stakeholders to understand the unique requirements and constraints of industrial environments.

Information Security Officer (ISO)

An Information Security Officer (ISO) is a professional responsible for ensuring the security and integrity of an organization's information and technology assets. The ISO is typically responsible for developing and implementing policies, procedures, and guidelines to protect the confidentiality, integrity, and availability of the organization's data.

The ISO is also responsible for identifying and assessing potential security threats, managing incidents and breaches, conducting security awareness training, and ensuring compliance with relevant laws and regulations. Additionally, the ISO may be responsible for overseeing security audits and vulnerability assessments and recommending and implementing security solutions to address identified risks.

The ISO role is critical in protecting an organization's sensitive information and intellectual property, as well as ensuring business continuity and maintaining customer trust.

Incident Responder

An Incident Responder is a cybersecurity professional who is responsible for responding to and mitigating the impact of cyber incidents such as data breaches, malware infections, network intrusions, and other security breaches.

Their main goal is to minimize the damage caused by a cyber attack and restore normal operations as quickly as possible. Incident responders typically work as part of a larger incident response team and may be called upon to respond to incidents at any time, including outside of regular business hours.

Their responsibilities may include identifying and isolating affected systems, containing the spread of malware, restoring data from backups, analyzing forensic evidence to determine the root cause of the incident, and implementing security measures to prevent similar incidents from occurring in the future.

Incident responders must be able to work well under pressure and have strong problem-solving and communication skills. They must also have a deep understanding of security technologies, network protocols, and operating systems to effectively respond to a wide range of incidents.

Information Assurance Analyst

An Information Assurance Analyst is a cybersecurity professional responsible for protecting computer systems and networks from unauthorized access, theft, damage, and other potential security threats. They work to ensure the confidentiality, integrity, and availability of information by analyzing risks, developing security policies and procedures, and implementing security measures.

Information Assurance Analysts conduct vulnerability assessments, perform security audits, and monitor network activity to identify potential threats and mitigate them. They also stay up-to-date with the latest security threats and technologies to proactively improve the security posture of their organization.

Information Security Analyst

An Information Security Analyst is a cybersecurity professional who helps organizations protect their digital assets from cyber threats. They are responsible for developing and implementing security policies and procedures, identifying and analyzing security risks, and recommending solutions to protect sensitive information.

Information Security Analysts use a variety of tools and techniques to secure computer networks, including firewalls, antivirus software, and intrusion detection systems. They also conduct regular security audits, assess vulnerabilities, and respond to security incidents.

Information Security Analysts keep up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization. They may also provide training and awareness programs to educate employees on how to recognize and respond to potential security threats.

Information Security Manager / Director

An Information Security Manager or Director is a senior-level cybersecurity professional who is responsible for overseeing an organization's information security program. They develop and implement security policies and procedures to protect digital assets and ensure compliance with regulatory requirements.

Information Security Managers/Directors assess and manage risk, identify security threats, and develop strategies to mitigate those threats. They work closely with other departments, including IT, legal, and compliance, to ensure that all security measures are in place and are effective. They also ensure that employees are trained on security policies and procedures, and that security incidents are promptly identified and addressed.

Information Security Managers/Directors stay up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization. They may also manage a team of cybersecurity professionals and collaborate with external vendors and partners to implement security measures.

Intrusion Detection Analyst

An Intrusion Detection Analyst is a cybersecurity professional responsible for monitoring computer systems and networks for signs of unauthorized access, misuse, or other security threats. They use a variety of tools and techniques to detect and respond to security incidents, including intrusion detection systems, security information and event management (SIEM) systems, and other security monitoring tools.

Intrusion Detection Analysts analyze security logs and alerts to identify potential security threats and investigate suspicious activity. They may also perform forensic analysis to determine the cause and scope of security incidents.

Intrusion Detection Analysts work closely with other cybersecurity professionals, including Information Security Analysts, to develop and implement security policies and procedures. They also stay up-to-date with the latest security threats and technologies to proactively improve the security posture of their organization.

IoT (Internet of Things) Security Specialist

An IoT (Internet of Things) Security Specialist is a cybersecurity professional who focuses on the security of internet-connected devices such as smart appliances, wearables, medical devices, and other IoT-enabled devices. These devices are often designed to communicate and share data with each other and with other networks, creating potential security risks that require specialized security measures.

An IoT Security Specialist is responsible for developing and implementing security measures to protect these devices and the data they collect from unauthorized access, misuse, and other security threats. They work with manufacturers to ensure that IoT devices are designed with security in mind, and they also develop policies and procedures for managing IoT devices and data.

IoT Security Specialists use a variety of security tools and techniques, including encryption, authentication, and access control, to secure IoT devices and data. They also stay up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization.

IT Security Architect

An IT Security Architect is a senior-level cybersecurity professional responsible for designing and implementing secure computer systems and networks. They work closely with other IT professionals, including network administrators, software developers, and information security analysts, to ensure that all systems are designed with security in mind.

IT Security Architects develop security strategies and architecture, and they define security policies and procedures to protect digital assets. They identify and assess security risks, and they develop and implement security controls to mitigate those risks. IT Security Architects also stay up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization. They may also be responsible for managing a team of cybersecurity professionals and collaborating with external vendors and partners to implement security measures.

Overall, IT Security Architects play a critical role in ensuring that an organization's computer systems and networks are secure and resilient to cyber threats.

ICS/OT Security Assessment Consultant

An ICS/OT (Industrial Control Systems/Operational Technology) Security Assessment Consultant is a cybersecurity professional who specializes in assessing the security of industrial control systems and other operational technology environments. They are responsible for identifying vulnerabilities, risks, and threats in these systems and providing recommendations for improving their security posture.

The ICS/OT Security Assessment Consultant typically works for organizations that use industrial control systems to manage and control critical infrastructure such as power grids, water treatment facilities, or manufacturing plants.

Their primary responsibility is to conduct security assessments and penetration testing to identify vulnerabilities in these systems, assess the potential impact of security breaches, and develop recommendations for mitigating these risks. They must also stay up to date with the latest threats and trends in ICS/OT security and ensure that the organization has appropriate defenses in place to mitigate these risks.

The ICS/OT Security Assessment Consultant must possess a deep understanding of industrial control systems and other operational technology environments, as well as experience with cybersecurity technologies and methodologies. They must also have strong analytical and problem-solving skills and be able to communicate their findings and recommendations effectively to technical and non-technical audiences.

Other responsibilities of the ICS/OT Security Assessment Consultant may include developing and implementing security policies and procedures, providing training and awareness to employees, and supporting incident response and recovery efforts.

To be successful in this role, the ICS/OT Security Assessment Consultant must possess a strong ethical and moral compass and be committed to maintaining the safety and security of critical infrastructure and public safety. They must also have a keen sense of curiosity and a passion for staying ahead of emerging threats and trends in ICS/OT security.

Implanted-Device Guardian

An Implanted-Device Guardian is a cybersecurity professional who specializes in securing implanted medical devices such as pacemakers, insulin pumps, and other devices that are implanted in the human body. These devices are vulnerable to cybersecurity threats, which can potentially have life-threatening consequences.

The Implanted-Device Guardian is responsible for identifying and mitigating security risks in implanted medical devices, including the software, firmware, and communication technologies used in these devices. They must also stay up to date with the latest threats and trends in medical device security and ensure that the organization has appropriate defenses in place to mitigate these risks.

The Implanted-Device Guardian must work closely with medical device manufacturers, healthcare providers, and government regulators to ensure that security is an integral part of the design, development, and deployment of these devices. They must also collaborate with other cybersecurity professionals and healthcare providers to ensure that patients receive the best possible care while minimizing security risks.

Other responsibilities of the Implanted-Device Guardian may include developing and implementing security policies and procedures, conducting security audits and compliance assessments, and providing training and awareness to healthcare providers and patients.

To be successful in this role, the Implanted-Device Guardian must possess strong analytical and problem-solving skills, as well as excellent communication and interpersonal skills. They must also have a passion for staying ahead of emerging threats and trends in medical device security and be committed to maintaining the safety and security of patients who rely on implanted medical devices. Additionally, they must be aware of the ethical and legal implications of their work and ensure that they are complying with applicable laws and regulations.

no entry found

Reserved for future job title and description.

no entry found

Reserved for future job title and description.

no entry found

Reserved for future job title and description.

Malware Analyst

Malware Analyst is a cybersecurity professional who specializes in identifying and analyzing malware, which is malicious software designed to cause harm to computer systems, networks, and devices.

Malware Analysts use a variety of tools and techniques to detect and analyze malware, including static analysis, dynamic analysis, and reverse engineering. They also stay up-to-date with the latest malware threats and trends to proactively identify and mitigate potential threats.

Malware Analysts may work for government agencies, law enforcement, or private companies to analyze and respond to security incidents involving malware. They may also collaborate with other cybersecurity professionals, including incident responders, forensic analysts, and threat intelligence analysts, to investigate and mitigate security threats.

Overall, Malware Analysts play a critical role in identifying and mitigating security threats caused by malware, helping to keep computer systems, networks, and devices secure.

Mobile Security Engineer

A Mobile Security Engineer is a cybersecurity professional who specializes in securing mobile devices such as smartphones, tablets, and other portable devices. They are responsible for developing and implementing security measures to protect mobile devices and the data they contain from unauthorized access, theft, and other security threats.

Mobile Security Engineers work closely with other cybersecurity professionals, including IT security architects, information security analysts, and software developers, to ensure that mobile devices are designed with security in mind. They may also work with manufacturers to ensure that mobile devices are designed with security in mind and that software updates are applied in a timely manner to address security vulnerabilities.

Mobile Security Engineers may use a variety of security tools and techniques, including encryption, authentication, and access control, to secure mobile devices and data. They also stay up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization.

Overall, Mobile Security Engineers play a critical role in ensuring that mobile devices are secure and resilient to cyber threats.

Media Exploitation Analyst

A Media Exploitation Analyst (MEA) is a professional who specializes in extracting and analyzing information from digital media devices such as computers, phones, cameras, and other electronic devices. The MEA is responsible for identifying and interpreting data and information contained in digital media, often in support of law enforcement, intelligence, or military operations.

The MEA uses a variety of specialized tools and techniques to extract and analyze data from digital media, including deleted files, metadata, and other hidden information. They must be skilled in forensic analysis and be able to interpret and document findings in a clear and concise manner.

The MEA must also have a deep understanding of digital media and be able to stay up to date with the latest technologies and tools used in digital forensics. They must be able to work effectively in a fast-paced and high-pressure environment and be able to communicate complex technical information to non-technical audiences.

Other responsibilities of the MEA may include conducting research and analysis to support ongoing investigations, collaborating with other law enforcement, intelligence, or military personnel, and providing expert testimony in legal proceedings.

To be successful in this role, the MEA must possess strong analytical and problem-solving skills, as well as excellent attention to detail. They must also be able to maintain confidentiality and handle sensitive information appropriately. Additionally, they must be aware of the ethical and legal implications of their work and ensure that they are complying with applicable laws and regulations.

NETWORK SECURITY ADMINISTRATOR

A Network Security Administrator is a cybersecurity professional responsible for managing and maintaining the security of computer networks within an organization. They work to protect the network from unauthorized access, theft, and other security threats by implementing security policies and procedures, conducting vulnerability assessments, and monitoring network activity.

Network Security Administrators use a variety of security tools and techniques, including firewalls, intrusion detection systems, and other security monitoring tools, to secure the network. They also work with other IT professionals, including network administrators and software developers, to ensure that all systems are designed with security in mind.

Network Security Administrators stay up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization. They may also work with external vendors and partners to implement security measures and manage risk.

Overall, Network Security Administrators play a critical role in ensuring that an organization's computer network is secure and resilient to cyber threats.

OSINT Investigator

An OSINT (Open Source Intelligence) investigator is a professional who specializes in gathering and analyzing information from publicly available sources to support intelligence, security, or business objectives.

OSINT investigators use a variety of tools and techniques to collect information from sources such as social media, news outlets, public records, and other online resources. They must have excellent research skills and be able to navigate through vast amounts of information to find relevant and reliable data.

The OSINT investigator may work for government agencies, law enforcement organizations, private companies, or other entities that require the collection and analysis of publicly available information. Their primary goal is to provide accurate, timely, and actionable intelligence to support decision-making processes, investigations, or other business objectives.

OSINT investigators must also have strong critical thinking skills, as they often need to evaluate and verify the credibility and reliability of the information they gather. They also need to be aware of the ethical and legal implications of their work, and ensure that they are complying with applicable laws and regulations.

OSINT Analyst

An OSINT (Open Source Intelligence) analyst is a professional who specializes in collecting, analyzing, and interpreting information from publicly available sources to support intelligence, security, or business objectives.

The OSINT analyst must have strong research skills and be able to navigate through large amounts of information to identify patterns, trends, and anomalies. They use a variety of tools and techniques to collect data from sources such as social media, news outlets, public records, and other online resources.

Once they have collected the data, OSINT analysts must analyze and interpret it to provide insights and actionable intelligence to decision-makers. They must be able to identify relevant information, assess its reliability and credibility, and present their findings in a clear and concise manner.

OSINT analysts may work for government agencies, law enforcement organizations, private companies, or other entities that require the collection and analysis of publicly available information. They play a critical role in identifying potential security threats, investigating criminal activity, and supporting business decision-making processes.

OSINT analysts must also be aware of the ethical and legal implications of their work, and ensure that they are complying with applicable laws and regulations. They may also be required to maintain confidentiality and handle sensitive information appropriately.

Penetration Tester (Pen-Tester)

A Penetration Tester, also known as a Pen-Tester, is a cybersecurity professional who is responsible for testing the security of computer systems, networks, and applications. Penetration Testers use a variety of tools and techniques to simulate cyber attacks on an organization's systems and identify vulnerabilities that could be exploited by attackers. They may use social engineering techniques, such as phishing attacks, to test the effectiveness of an organization's security awareness training program.

Penetration Testers typically work as part of a team of cybersecurity professionals, and they collaborate with IT professionals to identify and mitigate security vulnerabilities. They also provide recommendations for improving security controls and policies to reduce the risk of a security breach.

Overall, Penetration Testers play a critical role in helping organizations identify and mitigate security vulnerabilities before they can be exploited by cyber attackers.

PKI (Public Key Infrastructure) Analyst

A PKI (Public Key Infrastructure) Analyst is a cybersecurity professional who specializes in designing, implementing, and managing public key infrastructure (PKI) systems. PKI is a security framework that uses public key cryptography to enable secure communication between computer systems and networks.

PKI Analysts are responsible for designing and implementing PKI systems that ensure the confidentiality, integrity, and availability of digital assets. They also manage the lifecycle of digital certificates, including issuance, renewal, and revocation.

PKI Analysts work closely with other cybersecurity professionals, including IT security architects, information security analysts, and network administrators, to ensure that all systems are designed with security in mind. They also stay up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization.

Overall, PKI Analysts play a critical role in enabling secure communication between computer systems and networks, helping to keep digital assets secure.

Purple Teamer

A Purple Teamer is a cybersecurity professional who specializes in bridging the gap between Red Teams and Blue Teams within an organization. The Red Team is responsible for simulating cyber attacks on an organization's computer systems, networks, and applications, while the Blue Team is responsible for defending against these attacks.

The Purple Team is responsible for collaborating with both teams to ensure that the organization is prepared to detect and respond to cyber attacks. Purple Teamers use a variety of tools and techniques to evaluate the effectiveness of an organization's security controls and policies. They may conduct tabletop exercises, red team/blue team exercises, and other simulations to test the effectiveness of an organization's incident response plan.

Purple Teamers work closely with other cybersecurity professionals, including IT security architects, information security analysts, and network administrators, to ensure that all systems are designed with security in mind. They also provide recommendations for improving security controls and policies to reduce the risk of a security breach.

Overall, Purple Teamers play a critical role in ensuring that an organization is prepared to detect and respond to cyber threats.

no entry found

Reserved for future job title and description.

Red Team Member

A Red Team Member is a cybersecurity professional who is part of a team responsible for conducting simulated attacks on an organization's computer systems, networks, and applications. Red Teams are usually made up of cybersecurity experts who act as adversaries to identify weaknesses in an organization's security posture.

Red Team Members are responsible for designing and executing attacks that simulate the tactics, techniques, and procedures (TTPs) used by real-world attackers. They may use social engineering techniques, such as phishing attacks, to test the effectiveness of an organization's security awareness training program.

Red Team Members work closely with other cybersecurity professionals, including IT security architects, information security analysts, and network administrators, to ensure that all systems are designed with security in mind. They also provide recommendations for improving security controls and policies to reduce the risk of a security breach.

Overall, Red Team Members play a critical role in helping organizations identify and mitigate security vulnerabilities before they can be exploited by cyber attackers.

SCADA (Supervisory control and data acquisition) Security Analyst

A SCADA (Supervisory Control and Data Acquisition) Security Analyst is a cybersecurity professional who specializes in securing the computer systems used to monitor and control industrial processes, such as those used in manufacturing, energy, and transportation. SCADA systems are used to control and monitor critical infrastructure and are often targeted by cyber attackers seeking to disrupt or damage these systems.

SCADA Security Analysts are responsible for implementing security measures to protect SCADA systems and the data they contain from unauthorized access, theft, and other security threats. They may use a variety of security tools and techniques, including firewalls, intrusion detection systems, and other security monitoring tools, to secure SCADA systems. They also work with other IT professionals, including network administrators and software developers, to ensure that all systems are designed with security in mind.

SCADA Security Analysts stay up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization. They may also work with external vendors and partners to implement security measures and manage risk.

Overall, SCADA Security Analysts play a critical role in ensuring that industrial processes are secure and resilient to cyber threats.

Security Awareness Training Specialist

A Security Awareness Training Specialist is a cybersecurity professional responsible for developing and delivering security awareness training programs to educate employees on how to recognize and respond to potential security threats. They design and implement training programs that help employees understand the importance of information security and the role they play in keeping the organization's digital assets secure.

Security Awareness Training Specialists may use a variety of training methods, including classroom instruction, online courses, and simulated phishing attacks, to educate employees on how to identify and avoid security threats. They also stay up-to-date with the latest security trends and technologies to ensure that training programs are effective and relevant.

Security Awareness Training Specialists work closely with other cybersecurity professionals, including IT security architects, information security analysts, and network administrators, to ensure that all systems are designed with security in mind.

Overall, Security Awareness Training Specialists play a critical role in helping to create a culture of security awareness within an organization, reducing the risk of a security breach caused by human error.

Security Awareness Officer (SAO)

A Security Awareness Officer (SAO) is a professional responsible for designing, implementing, and managing security awareness and training programs for an organization's employees. Their primary goal is to educate employees on how to identify and mitigate security risks and to promote a culture of security within the organization.

The Security Awareness Officer typically works closely with the organization's IT and cybersecurity teams to develop training materials and programs that address specific security risks and compliance requirements. They may use a variety of training methods, such as classroom instruction, online courses, and interactive simulations to deliver training to employees.

The Security Awareness Officer must have excellent communication and interpersonal skills and be able to work effectively with employees at all levels of the organization. They must be able to communicate complex security concepts in a clear and understandable way and be able to motivate employees to take an active role in maintaining the security of the organization's information and assets.

Other responsibilities of the Security Awareness Officer may include conducting security assessments and audits to identify areas for improvement, developing and implementing security policies and procedures, and providing guidance and support to employees on security-related issues.

The Security Awareness Officer plays a critical role in ensuring that employees are aware of security risks and are equipped with the knowledge and skills needed to protect the organization's information and assets.

Security Operations Center (SOC) Analyst

A Security Operations Center (SOC) Analyst is a cybersecurity professional responsible for monitoring and responding to security incidents within an organization's computer systems, networks, and applications.

SOC Analysts use a variety of security tools and techniques, including intrusion detection systems, security information and event management (SIEM) systems, and other security monitoring tools, to identify and respond to security threats. They analyze security logs and alerts to identify potential security threats and investigate suspicious activity.

SOC Analysts may also perform forensic analysis to determine the cause and scope of security incidents. SOC Analysts work closely with other cybersecurity professionals, including incident responders, forensic analysts, and threat intelligence analysts, to investigate and mitigate security threats. They also provide recommendations for improving security controls and policies to reduce the risk of a security breach.

Overall, SOC Analysts play a critical role in ensuring that an organization's computer systems and networks are secure and resilient to cyber threats.

Security Operations Center (SOC) Manager

A Security Operations Manager (SOC) Manager is a cybersecurity professional who oversees the daily operations of a Security Operations Center (SOC) and manages a team of security analysts and engineers. They are responsible for ensuring that the SOC is operating effectively, efficiently, and in compliance with applicable laws and regulations.

The SOC Manager's primary responsibility is to manage the team of security analysts and engineers who monitor and analyze security threats, incidents, and events. They must ensure that the team is working together effectively and efficiently, and that they are staying up to date with the latest threats and trends in cybersecurity.

The SOC Manager must also work closely with other departments within the organization, such as IT, compliance, and legal, to ensure that security operations are aligned with overall business objectives and comply with applicable laws and regulations.

Other responsibilities of the SOC Manager may include developing and implementing security policies and procedures, conducting security assessments and audits, and providing training and awareness to employees.

To be successful in this role, the SOC Manager must possess strong leadership and management skills and be able to work effectively in a fast-paced and high-pressure environment. They must also have excellent communication and interpersonal skills and be able to communicate complex technical information to non-technical audiences effectively. Additionally, they must be aware of the ethical and legal implications of their work and ensure that they are complying with applicable laws and regulations.

Source Code Auditor

A Source Code Auditor is a cybersecurity professional who specializes in reviewing and analyzing source code to identify potential security vulnerabilities. Source code is the human-readable code used to create computer programs and applications, and it contains the instructions that the computer executes. Source Code Auditors use a variety of tools and techniques, including static analysis, dynamic analysis, and manual review, to identify potential security vulnerabilities in the code. They may also review the software design and architecture to ensure that security considerations are integrated into the development process.

Source Code Auditors work closely with other IT professionals, including software developers and project managers, to ensure that security is integrated into the software development lifecycle. They also provide recommendations for improving security controls and policies to reduce the risk of a security breach.

Overall, Source Code Auditors play a critical role in ensuring that software applications are secure and resilient to cyber threats.

Threat Hunter

A Threat Hunter is a cybersecurity professional responsible for proactively identifying and investigating security threats within an organization's computer systems, networks, and applications.

Threat Hunters use a variety of tools and techniques, including threat intelligence, data analytics, and advanced security monitoring tools, to identify potential security threats and investigate suspicious activity. They may also use machine learning and artificial intelligence technologies to identify patterns and anomalies that could indicate a security threat.

Threat Hunters work closely with other cybersecurity professionals, including incident responders, forensic analysts, and threat intelligence analysts, to investigate and mitigate security threats. They also provide recommendations for improving security controls and policies to reduce the risk of a security breach.

Threat Hunters may work for government agencies, law enforcement, or private companies to analyze and respond to security threats.

Overall, Threat Hunters play a critical role in identifying and mitigating security threats before they can cause damage to an organization's computer systems and networks.

Technical Director

A Technical Director of Cybersecurity is a high-level technical professional responsible for overseeing and directing an organization's cybersecurity operations. This role requires a strong technical background and expertise in cybersecurity technologies, tools, and methodologies.

The technical director of cybersecurity is responsible for developing and implementing cybersecurity strategies, policies, and procedures to protect the organization's information assets. They must stay up to date with the latest cybersecurity threats and trends, and ensure that the organization has appropriate defenses in place to mitigate these risks.

The technical director of cybersecurity typically leads a team of cybersecurity professionals, including security architects, engineers, analysts, and administrators. They must provide guidance, support, and mentorship to their team to ensure that they are effectively executing their duties.

Other responsibilities of the technical director of cybersecurity may include conducting risk assessments, overseeing incident response and recovery, managing cybersecurity projects, and ensuring compliance with relevant laws and regulations.

In addition to their technical expertise, the technical director of cybersecurity must possess strong leadership, communication, and collaboration skills to effectively work with other departments within the organization and manage relationships with external partners and vendors.

no entry found

Reserved for future job title and description.

Virus Technician

A Virus Technician, also known as a Malware Removal Specialist, is a cybersecurity professional responsible for detecting and removing malware, including viruses, from computer systems and networks.

Virus Technicians use a variety of tools and techniques, including anti-virus software, malware scanners, and manual removal techniques, to identify and remove malware from infected systems. They also stay up-to-date with the latest malware threats and trends to proactively identify and mitigate potential threats.

Virus Technicians may work for government agencies, law enforcement, or private companies to analyze and respond to security incidents involving malware. They may also collaborate with other cybersecurity professionals, including incident responders, forensic analysts, and threat intelligence analysts, to investigate and mitigate security threats.

Overall, Virus Technicians play a critical role in detecting and removing malware from computer systems and networks, helping to keep digital assets secure.

Vulnerability Assessor

A Vulnerability Assessor is a cybersecurity professional who specializes in identifying and assessing security vulnerabilities in computer systems, networks, and applications.

Vulnerability Assessors use a variety of tools and techniques, including vulnerability scanners, penetration testing, and manual code review, to identify potential security vulnerabilities. They also assess the severity of each vulnerability and provide recommendations for mitigating or eliminating the risk of exploitation.

Vulnerability Assessors work closely with other cybersecurity professionals, including IT security architects, information security analysts, and network administrators, to ensure that all systems are designed with security in mind. They also stay up-to-date with the latest security trends and technologies to proactively improve the security posture of their organization.

Vulnerability Assessors may work for government agencies, law enforcement, or private companies to analyze and respond to security incidents involving vulnerabilities. They may also collaborate with external vendors and partners to implement security measures and manage risk.

Overall, Vulnerability Assessors play a critical role in ensuring that an organization's computer systems and networks are secure and resilient to cyber threats.

Vulnerability Researcher & Exploit Developer

A Vulnerability Researcher and Exploit Developer is a cybersecurity professional who specializes in identifying and exploiting vulnerabilities in software and computer systems. They use a variety of tools and techniques to discover and exploit weaknesses in software applications, operating systems, and network protocols.

The vulnerability researcher and exploit developer typically works for organizations that develop software or hardware products or for security firms that conduct vulnerability research and penetration testing on behalf of their clients.

Their primary responsibility is to identify vulnerabilities in software and computer systems, assess their potential impact, and develop exploits to demonstrate how these vulnerabilities can be exploited. This information is then used to help organizations mitigate these vulnerabilities and improve their security posture.

The vulnerability researcher and exploit developer must have a deep understanding of computer systems and networking, as well as experience with programming languages and software development. They must also be familiar with the latest tools and techniques used to discover and exploit vulnerabilities.

To be successful in this role, the vulnerability researcher and exploit developer must possess strong analytical and problem-solving skills and be able to work effectively both independently and as part of a team. They must also be able to communicate their findings and recommendations to technical and non-technical audiences effectively.

However, it is important to note that the work of a vulnerability researcher and exploit developer must be conducted ethically and in compliance with applicable laws and regulations.

no entry found

Reserved for future job title and description.

no entry found

Reserved for future job title and description.

no entry found

Reserved for future job title and description.

no entry found

Reserved for future job title and description.

Site Features

Videos & Podcasts

Social NEtworks

About Us

IT Specialist Network

Contact info

info@itspecialist.com