Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Web applications are central to how modern businesses operate, driving customer engagement, managing critical workflows, and enabling seamless digital experiences. But as applications become more dynamic and distributed, their attack surfaces grow more complex, and harder to defend. According to the 2025 Verizon Data Breach Investigations Report, 20% of confirmed breaches began with the exploitation of known vulnerabilities, a 34% increase over the previous year.

Website vulnerability scanners enable organizations to continuously identify vulnerabilities by crawling the website and its diverse parts, including web pages, third-party components, and software. It simulates attack techniques to detect weaknesses such as: These tools are essential in modern DevSecOps and continuous security testing environments, helping identify flaws early in the development or deployment lifecycle.

Defense contractors and organizations involved in Department of Defense (DoD) projects are facing growing pressure to comply with stringent cybersecurity standards. The Cybersecurity Maturity Model Certification (CMMC) represents a transformative initiative aimed at enhancing the security posture across the defense industrial base. As organizations embark on this compliance journey, AI-powered platforms are emerging as critical enablers to accelerate CMMC readiness.

Threat actors are persistent, creative, and sometimes well-resourced. It’s not a matter of if someone gets in, it’s whether you detect them before they cause damage.

Learn what Active Directory auditing is, key areas to monitor, and best practices to improve security, detect threats, and meet compliance standards.

While organizations deploy various security technologies, modern cyberattacks are often intricate, involving kill chains composed of numerous low-fidelity signals. A key challenge is correlating these alerts across siloed security solutions to gain a complete, enterprise-wide view of the threat.

In 2025, the rise of autonomous agents and developer-integrated copilots has introduced an exciting new interface paradigm: the Model Context Protocol (MCP). Originally proposed by Anthropic, MCP has quickly become the de facto open standard for allowing language models to securely interact with external tools, APIs, databases, and services. But as enterprise adoption surges, so do the risks - both novel and unanticipated.

Security operations teams face a daily balancing act: rapidly reduce risk while keeping business-critical traffic flowing across sprawling hybrid networks. Yet traditional monitoring and vulnerability-scanning tools only show snapshots of device status. They rarely explain how an attacker could move laterally, why a firewall rule is ineffective, or whether a cloud control actually matches on-prem policy.

Here at Ignyte, we talk a lot about the major governmental cybersecurity frameworks like FedRAMP and CMMC or the international framework ISO 27001. What we don’t talk about as much – but which is no less important – are smaller-scale or more limited frameworks. SOC is one such framework, and it’s extremely important for those who need it. There’s also a lot of confusion surrounding it, both in business and as a layperson. What is SOC for?

How the MOD can reduce investigation fatigue and boost operational efficiency Security analysts at the UK Ministry of Defence (MOD) — and everywhere — face an overwhelming challenge: They can receive thousands of alerts daily, and distinguishing genuine threats from false positives in a timely fashion has become nearly impossible without technological intervention.