Information Security

Security Awareness Training is a formal education process targeting employees, aimed at enhancing their understanding of potential security threats, maintaining best practices in information security, promoting secure behavior, and developing necessary skills to detect and mitigate potential cyber threats.

Artificial Intelligence in Security is the application of AI techniques, such as machine learning and predictive analytics, to identify patterns in data, analyze threats, and protect sensitive information against cyber threats, thus enhancing the efficiency and effectiveness of an organization's information security efforts.

Virtualization Security is the process of ensuring and enhancing the security of a virtualized environment by executing comprehensive policies, procedures, and controls to protect data, applications, and infrastructures from potential threats and attacks prevalent in a virtualized environment.

Security Operations Center Management is the handling of a centralized unit dedicated to addressing cybersecurity issues, through threat identification, assessment and defense, to maintain an organization's information system's integrity, confidentiality and availability while promoting effective incident response strategies.

Information Security Governance is the systematic approach to establishing, managing, and monitoring an organization's information security strategies, policies, and procedures. It ensures compliance with laws, regulations, and aligns with business objectives and risk management.

Cyber Physical Systems Security is the discipline focused on protecting integrated systems of computational and physical components. It involves enhancing resilience against cyber threats and ensuring seamless operational efficiency, encompassing cybersecurity, network security, information assurance, and advanced system-level security controls.

Cybersecurity Analytics is the process of collecting, aggregating, and analyzing data from multiple security-related sources to identify and assess potential cybersecurity threats, implement effective security measures, and improve the organization's overall information security posture by enhancing threat detection and response capabilities.

Quantum Computing and Security is the study and application of quantum mechanics principles in computing to enhance information security. This includes creating cryptographic systems impervious to traditional computational attacks, offering superior data protection and privacy.

Secure Coding Practices is the application of measures and procedures to prevent security vulnerabilities during software development. These practices involve assuring the integrity and confidentiality of data, identifying potential threats, and implementing security controls while writing and revising code.

Web Application Security is the process of protecting websites and online services against different security threats that exploit vulnerabilities in an application's code. It involves maintaining the confidentiality, integrity, and availability of the application data from unauthorized access, unethical use, disclosure, disruption, modification, or destruction.

Endpoint Security is the practice of securing network endpoints from being exploited by rogue software or malicious actors. This involves identifying, managing, controlling and securing devices' access to a network to ensure unauthorized actors cannot proliferate potentially damaging software or illicitly gain critical data.

Identity and Access Management is a critical component of information security, focusing on controlling who has authorised access to specific resources within an organization. This involves the proper identification, authentication, authorisation, and auditing of user activities and privileges, reducing the risk of security breaches.

Internet of Things Security is the application of safeguarding measures and technologies to IoT devices and networks, protecting them from potential cyber threats or unauthorized access, consequently safeguarding the integrity, confidentiality, and availability of data and systems within an organization.

Biometric Security is the use of biological data, such as fingerprints or facial recognition, to validate identity and access rights within information systems. It is a key Information Security capability for ensuring authorized access, minimizing risk, and protecting sensitive organizational data.

Quantum Cryptography is a method of encrypting data utilizing quantum mechanics to ensure absolute data security. It uses quantum key distribution, allowing only the intended recipient to decrypt the message while any interception attempt disruptively changes the data, thus providing high-level information security.

Advanced Persistent Threat Management is the proactive process of identifying, assessing, and addressing sophisticated, ongoing cyber threats targeting an organization's information security infrastructure. This involves the use of strategic tactics such as threat intelligence, intrusion detection, incident response, and continuous monitoring.

Cloud Access Security Brokerage is a strategic technology that mediates data traffic between cloud service users and cloud applications, providing a suite of security enforcement policies, including authentication, single sign-on, authorization, credential mapping, device profiling, and encryption, thus safeguarding organizational cloud environments.

Automated Security Monitoring and Response is the utilization of artificial intelligence and machine learning technologies to continuously monitor, detect, and proactively respond to potential security threats in an information system, improving real-time defense capabilities and overall security performance within the organization.

Advanced Biometric Security Techniques is the capability to deploy, manage and enhance sophisticated biometric identification measures. This includes ensuring the highest level of cybersecurity through the use of fingerprint, retina, voice, and facial recognition methods to safeguard sensitive organizational information.

Zero Trust Network Architecture is a security model advocating strict access control measures, ensuring no trust is granted implicitly within systems and verifying each request's credibility as though originating from an insecure network. Aiming to prevent data breaches, it relies on constant authentication, restrictive user privileges, and microsegmentation.

Security in Edge Computing is the practice of implementing robust protective measures to safeguard distributed computing frameworks hinged on IoT devices and edge data centres. It necessitates cognizance of potential threats, proactive defense strategies, continuous network monitoring, and prompt incident responses.

AI-Driven Threat Detection is the use of artificial intelligence technologies to identify and respond to potential cybersecurity threats automatically, enhancing traditional security measures by analysing massive data sets in real-time for anomaly detection and proactive risk management.

Privacy-Enhancing Computation is a specialized field in Information Security. It employs cryptographic algorithms and data processing techniques to ensure data privacy. It guarantees data confidentiality, integrity, and privacy when performing computations in a shared or public computational environment, without revealing sensitive data.

Security for Blockchain and Distributed Ledger Technologies is the practice of implementing protective measures, protocols, and policies to safeguard the integrity, resilience and confidentiality of data transacted, stored, and processed within blockchain and distributed ledger platforms, thus preventing cyber threats, fraud, and data breaches.

Intrusion Detection Systems is a security framework utilised to monitor and identify malicious activities or policy breaches in a network. It analyzes system activities and traffic for any threats, providing reports and alerts to counteract potential information security attacks.

Cybersecurity Management is the organized practice of protecting an organizations' information systems by identifying, assessing, and mitigating potential security risks, responding to cyber threats promptly, and establishing protocols to ensure the confidentiality, integrity, and availability of data.

Digital Forensics is the process of identifying, preserving, analyzing, and documenting digital evidence to combat cybercrime and enhance an organization's information security. It aids in incident response, litigations, and ensuring the integrity of systems and data.

Malware Analysis is the systematic study of malevolent software, viruses, and harmful code. This involves reversing engineering samples, observing their behaviors, assessing potential damage and identifying mitigations, all with the goal of strengthening an organization's information security infrastructure against cyber threats.

Security Policy Development is the strategic process of defining, implementing, and maintaining an organization's guidelines concerning data protection, network security, user access control, and threat mitigation in accordance with compliance regulations and industry standards.

Ethical Hacking is the authorized practice of bypassing system security to identify potential data breaches and threats in a network. The company asks cybersecurity professionals to use their skills to find vulnerabilities before malicious hackers can exploit them.

Vulnerability Assessment is a systematic process in Information Security that identifies, quantifies, and ranks the security vulnerabilities in a system. It typically involves evaluating system weaknesses, potential threats, and implementing strategies to mitigate risks, thereby ensuring asset protection and maintaining system integrity.

Penetration Testing is a systematic method of evaluating and identifying weaknesses in information system security by simulating potential cyber-attacks, thereby helping organizations to understand and mitigate risks in their digital environments. This process assists in fortifying networks, applications, and end points.

Incident Response is a systematic approach in information security that managers and IT professionals employ; involving detection, identification, and analysis of security incidents, followed by containment, eradication, and recovery actions, while simultaneously ensuring documentation, communication, and post-incident review for continuous improvement and prevention strategies.

Compliance and Legal Issues is an information security competency addressing the adherence to IT security regulations and laws. This involves understanding related legislative and contractual requirements, managing risks associated with these obligations, and implementing strategies to ensure ongoing compliance with security protocols.

Cloud Security is the framework for protecting data, applications and infrastructure inherent to cloud computing usage. It comprises policies, technologies and controls deployed to safeguard data, support regulatory compliance, and protect customers' privacy as well as setting authentication rules for individual users and devices.

Cyber Threat Intelligence is the process of collecting, analysing and contextualising information about existing or potential cyber threats to an organization's information security infrastructure. This capability helps in proactive decision-making, enhancing threat response, and mitigating potential vulnerabilities in a system.

Data Privacy is the right to keep personal and sensitive data secure from unauthorized or illegal access, modification, disclosure or destruction. This capability emphasizes implementing policies, systems and procedures that ensure data integrity, confidentiality and availability, thereby maintaining trust and confidence in the organization's information security function.

Disaster Recovery Planning is the strategic and systematic process of creating protocols to respond to and recover from potential technology-related disruptions. Focused on preventing breaches and ensuring cybersecurity, it includes data backup, system restoration and maintaining confidentiality, integrity, and availability (CIA) of the organization's information.

Secure Software Development is the systematic practice of integrating security measures throughout the software development lifecycle. It involves designing, implementing, and testing software in ways that prevent unauthorized access, use, disclosure, disruption, modification, or destruction of information.

Database Security is the collective measures, policies, and tools used to protect, monitor, and preserve the integrity, confidentiality, and accessibility of database systems from cyber threats and unauthorized access in line with an organization's information security principles.

Secure System Administration is the process of managing, securing, and maintaining information systems to safeguard against unauthorised access, ensuring data integrity, operational efficiency, compliance with relevant regulations, and continuous service availability, thereby mitigating potential security risks and vulnerabilities.

Access Control is an information security principle that restricts access to data by identifying, authenticating, and authorizing users. It safeguards against unauthorized intrusions, ensuring only approved personnel can access specific resources, information, applications, or systems, enhancing the protection of sensitive organizational data.

Mobile Security is the protective measures implemented to secure data privacy, prevent unauthorized access, and inhibit malicious attacks on mobile devices such as smartphones, tablets, and laptops within an organization. It encompasses application security, device security, information security, and network security practices.

Security Architecture Design is the planning and designing of security measures to protect an organization's information assets. It involves identifying potential risks, designing a robust framework to mitigate them, and coordinating the implementation of these security controls across all information systems within the organization.

Wireless Security is the process of designing, implementing, and ensuring the protection of both wireless networks and their data. This capability includes defending against unauthorized access, data theft, network misuse, and intrusions, therefore maintaining the integrity, confidentiality, and availability of wireless information assets.

Cybersecurity Auditing is the systematic evaluation and assessment of an organization's cybersecurity measures. This capability includes examining the effectiveness of controls, procedures, and policies in identifying, managing, and mitigation of information security risks to ensure operational and regulatory compliance.

Blockchain Security is the application of stringent protocols and protective measures to safeguard blockchain technology from digital threats, ensuring data integrity, confidentiality, and availability, while enhancing trust within an organization's distributed ledger systems. It is vital for maintaining robust information security.