Artificial intelligence (AI) is transforming how organizations operate, innovate, and solve complex challenges. It is also increasing the speed, scale, and precision of cyber-attacks. This page explains what AI security is, why it matters, and how organizations can address the risks AI introduces across applications, data, infrastructure, and business processes. An AI security program helps […]
Artificial Intelligence (AI)-augmented Application Security (AppSec) is an automation-driven, human-in-the-loop validated AppSec process. See how this modern approach reduces security review time by 60-75% while improving coverage, development efficiency, and deployment speed.
Application Security (AppSec) is a set of practices, strategies, and tools that embed security into the development lifecycle. Discover the foundational knowledge behind AppSec is and how it's used to reduce risk while improving development quality and accelerate deployment velocity.
Cyber supply chain risk management helps organizations identify and reduce cybersecurity risks introduced by vendors, partners, and third-party technologies. Learn how managing supply chain threats strengthen resilience, protects sensitive data, and reduces disruptions, breaches, and compliance issues.
Identity as a perimeter in cloud environments is a modern cybersecurity model where a user's or machine's verified identity replaces the traditional network firewall as the primary barrier protecting corporate data and resources. Learn why Identity-first security and zero trust principles help organizations secure access in cloud environments, verify every request, and protect data wherever it moves.
Cloud penetration testing uses a simulated attack on cloud environments to identify security weaknesses. Learn how it uncovers hidden risks like misconfigurations and exposed services before real attackers exploit them.
Cloud security architecture is the design of controls and frameworks that protect cloud environments. Understand how a strong cloud architecture reduces risk and enables secure, scalable cloud adoption.
Cloud security is the set of practices and technologies used to protect cloud-based systems and data. Explores cloud securty fundamentals, including cloud risks, shared responsibility models, and best practices organizations need to protect data, applications, and infrastructure in increasingly complex cloud environments.
Software-as-a-Service (SaaS) appllication proliferation presents a unique and growing set of security challenges that require a dedicated SaaS security strategy. Discover how improving SaaS security can reduce shadow IT, prevent data loss, and strengthen overall visibility and control.
Ransomware is a form of cyber attack that quickly locks organizations out of critical systems and data, causing major operational and financial disruption. Learn how ransomware works, which organizations are most at risk, key strategies used to reduce exposure, and steps you can take to recover more effectively from attacks.
Phishing is a form of cyber attack where threat actors impersonate a reputable company or person. It is a common form of stealing credentials to gain access to sensitive data. Learn how these socially engineered attacks work, what makes them effective, and the key steps individuals and organizations can take to recognize and stop them.
Understanding Red, Blue, and Purple Teams In cybersecurity, red teams simulate cyberattacks to test and improve your defenses; they play the role of potential attackers. Cybersecurity strategies have progressed from traditional, siloed approaches to integrated methods driven by the evolving nature of cyber threats. These efforts began with multiple teams all focusing on different domains […]
Security tool consolidation is the strategic process of optimizing and streamlining an organization's cybersecurity ecosystem. Learn how to identify tool redundancies and gaps, maximize existing tool capabilities, and intentionally reduce tool count to create a more cohesive and effective security architecture.
Spear phishing is a phishing attack that is personalized and targeted. It usually focuses on a specific person or group of people.
The Internet of Things (IoT) refers to the network of connected devices that collect, share, and act on data through the internet. Read on to understand why IoT presents unique security and operational challenges and learn strategies to help securely manage connected devices at scale.
Zero Trust is a modern security principle based on "never trust, always verify" that assumes threats live both within and outside the network so traditional perimeter-based security isn't enough. Learn how Zero Trust principles and a phased implementation approach help organizations strengthen access controls, reduce risk, and modernize security without disrupting business operations.
Post-quantum cryptography is a new generation of encryption designed to protect data from the near-future threat of quantum computing attacks. Explore this page to understand how current cryptographic standards will become vulnerable and how organizations can prepare for a quantum-safe future before today’s encrypted data is put at risk.
Phishing is a form of cyber attack where threat actors impersonate a reputable company or person. It is a common form of stealing credentials to gain access to sensitive data. Learn how these socially engineered attacks work, what makes them effective, and the key steps individuals and organizations can take to recognize and stop them.
Spear phishing is a phishing attack that is personalized and targeted. It usually focuses on a specific person or group of people.
CISA BOD 26-02 is a federal cybersecurity directive that requires agencies to identify, replace, and manage unsupported edge devices that no longer receive security updates. This page breaks down what the directive means, why end-of-support devices create serious security risks, and how organizations can strengthen lifecycle management to reduce exposure to modern cyber threats.
Cybersecurity is critical in financial services because a single breach can compromise customer trust, disrupt operations, and trigger costly regulatory consequences. Learn how evovling cyber threats, compliance requirements, and security best practices help financial services organizations protect sensitive data and strengthen resilience.
Cybersecurity Maturity Model Certification (CMMC) is a DoW program designed to ensure proper protection of two specific regulated types of data. Learn how to ensure CMMC compliance, strengthen security practices, meet DoD requirements, and build the cybersecurity readiness to maintain compliance and contract eligibiility.
Cyber supply chain risk management helps organizations identify and reduce cybersecurity risks introduced by vendors, partners, and third-party technologies. Learn how managing supply chain threats strengthen resilience, protects sensitive data, and reduces disruptions, breaches, and compliance issues.
Supply Chain Detection & Response (SCDR) is a cybersecurity approach focused on identifying, monitoring, and responding to risks introduced through third-party vendors, suppliers, and connected service providers.
Third-party risk management (TPRM) helps organizations identity and evaluate the risks vendors, suppliers, and external partners may pose to systems, operations, and sensitive data. Learn how proactive risk management strengthens security, supports compliance, and reduces the the likelihood of breaches caused by third-party vulnerabilities.
Identity access management (IAM) includes the processes, policies, technologies, and strategies for controlling access to corporate assets. Learn how you can build more effective IAM strategies, access controls, and authentication practices to better protect sensitive systems, reduce cyber risk, and strengthen security across the organization.
Identity Governance & Administration (IGA) is a set of tools and processes that gives the right people, and entities access to the right resources, data, and applications at the right time. Examine ways to improve IGA practices to better manage user access, enforce security polices, and ensure the accurate user access.
Privileged access management (PAM) helps organizations securely administer access rights and permissions for privileged account users. Learn how PAM can help organizations tightly control, monitor, and secure high-level accounts to reduce risk, prevent unauthorized actions, and protect critical systems and data.
Zero Trust is a modern security principle based on "never trust, always verify" that assumes threats live both within and outside the network so traditional perimeter-based security isn't enough. Learn how Zero Trust principles and a phased implementation approach help organizations strengthen access controls, reduce risk, and modernize security without disrupting business operations.
Endpoint Detection & Response (EDR) solutions continuously monitor endpoints to provide visibility, insight, and resolution to perimeter threats. Learn how to EDR can provide continuous visibility, detect suspicious activity in real time, and help organizations quickly contain and respond to threats before they spread.
Incident Response is the structured process an organization follows when a cyber attack happens. Learn how a documented and tested incident response plan helps teams detect, contain, and recover from security events while reducing downtown, financial loss, and operational impact.
Threat hunting is the process of finding cyber attacks in an environment, even when those threats bypass automated security tools and lurk deep in an environment. Learn tips and tools you can bring into your environment to improve searches for suspicious activity investigate potential risks, and uncover threats early through structured analysis, skilled roles, and efffective hunting techniques.
Threat modeling is a systematic and controlled process that takes all the information that affects an organization’s security and puts it into a structured representation to better understand threats and how they affect an organization. Understand how threat modeling helps teams proactively identify risks, understand how attackers could exploit systems, and design stronger security controls from the start.
Identity as a perimeter in cloud environments is a modern cybersecurity model where a user's or machine's verified identity replaces the traditional network firewall as the primary barrier protecting corporate data and resources. Learn why Identity-first security and zero trust principles help organizations secure access in cloud environments, verify every request, and protect data wherever it moves.
Dividing large IT networks into smaller, isolated sub-networks is called Network Segmentation. Learn why flat networks make it easier for attackers to move laterally once they gain access and how network segmentaion improves security and performance by isolating systems, limiting exposure, and containing threats before they can spread across your environment.
When you merge Information Technology (IT) systems (data-centric computing) and Operational Technology (OT) systems (monitor and control physical devices and industrial processes) it is called IT/OT Convergence. Learn why, as more systems become interconnected, securiting risks increase, and what you can do to protect both digital and on-premise systems.
Zero Trust is a modern security principle based on "never trust, always verify" that assumes threats live both within and outside the network so traditional perimeter-based security isn't enough. Learn how Zero Trust principles and a phased implementation approach help organizations strengthen access controls, reduce risk, and modernize security without disrupting business operations.
A Security Operations Center (SOC) is a centralized IT security team and facility whose primary job is continuous monitoring, analysis and defense of the organization’s IT systems (networks, devices, and data). Learn how the SOC helps defend against cyber threats in real-time, improve situational awareness, and strengthen overall security posture through dedicated monitoring and response expertise.
The process of collecting, aggregating, and analyzing digital data to detect, monitor, and mitigate cyber threats is called Security Analytics. Learn how security analytics enhances threat detection and response by turning security data into actionable insights that help organizations strengthen and modernize their cyber defenses.
Ransomware is a form of cyber attack that quickly locks organizations out of critical systems and data, causing major operational and financial disruption. Learn how ransomware works, which organizations are most at risk, key strategies used to reduce exposure, and steps you can take to recover more effectively from attacks.
Phishing is a form of cyber attack where threat actors impersonate a reputable company or person. It is a common form of stealing credentials to gain access to sensitive data. Learn how these socially engineered attacks work, what makes them effective, and the key steps individuals and organizations can take to recognize and stop them.
Security Orchestration, Automation, and Response (SOAR) is a form of cybersecurity technologies that help security teams streamline operations by connecting tools, automating detection, coordinating response actions, and helping organizations respond to threats faster and more consistently. Learn how SOAR works and can improve cyber threat defense and response, and fortify your defense mechanisms.
Spear phishing is a phishing attack that is personalized and targeted. It usually focuses on a specific person or group of people.
Cyber Fusion Center is a centralized security function that brings together cybersecurity, threat intelligence, incident response, fraud, IT operations, and business context to improve how organizations detect, investigate, and respond to threats. Learn the differences between a Cyber Fusion Center and a Security Operations Center and the core components of a Cyber Fusion Center.
A Security Operations Center (SOC) is a centralized IT security team and facility whose primary job is continuous monitoring, analysis and defense of the organization’s IT systems (networks, devices, and data). Learn how the SOC helps defend against cyber threats in real-time, improve situational awareness, and strengthen overall security posture through dedicated monitoring and response expertise.
Threat hunting is the process of finding cyber attacks in an environment, even when those threats bypass automated security tools and lurk deep in an environment. Learn tips and tools you can bring into your environment to improve searches for suspicious activity investigate potential risks, and uncover threats early through structured analysis, skilled roles, and efffective hunting techniques.
Threat modeling is a systematic and controlled process that takes all the information that affects an organization’s security and puts it into a structured representation to better understand threats and how they affect an organization. Understand how threat modeling helps teams proactively identify risks, understand how attackers could exploit systems, and design stronger security controls from the start.
Continuous Threat Exposure Management (CTEM) is a strategic, ongoing cybersecurity framework established by Gartner, to help security teams identify, validate, prioritize, and remediate security exposures across their digital and physical attack surface before attackers can exploit them. Learn how using the CTEM framework helps organizations focus on the risks that matter most, reduce complexity, and better align remediation efforts with real business impact.
Penetration testing (or "pen testing") is a simulated (and authorized) cyberattack on an IT system, network, or application to determine the likelihood of breach following a cyberattack. Learn how pen testing works and why it plays a critical role in identifying exploitable weaknesses before attackers can take advantage of them.
Vulnerability management helps organizations identify, prioritize, and remediate security weaknesses before they can be exploited by attackers. This page details how an effective vulnerability management program helps reduce risk, improve visibility across assets, and strengthen an organization’s overall security posture.
