Articles & News

Kodem recently identified two security issues in Claude Code: a misconfiguration allowing circumvention of user approval and a subsequent Denial-of-Service (DoS) condition.

At RSAC 2025, we launched Kai, the first AI-native application security engineer. Today, we’re expanding it into a fully agentic task force that truly performs AppSec tasks from start to finish. 

The Federal Risk and Authorization Management Program (FedRAMP) recently released RFC-0012, marking a notable shift towards more stringent standards for continuous vulnerability management. Cloud providers and security teams must adjust quickly to stay compliant and secure (FedRAMP, 2024).

CVE‑2025‑23266, nicknamed NVIDIAScape, is a pre‑execution flaw in the NVIDIA Container Toolkit.

Rapyd, a global fintech platform operating in over 100 countries, partnered with Kodem to modernize its application security program. Faced with mounting vulnerabilities and a shortage of specialized AppSec talent, Rapyd needed more than another scanner—it needed a platform that could think like an expert. Kodem delivered measurable reductions in triage time, rework, and risk exposure by focusing on what attackers can actually exploit.

CVE-2025-25257 is a critical vulnerability in Fortinet FortiWeb Fabric Connector. It allows unauthenticated SQL injection, which attackers escalate into remote code execution (RCE) on affected appliances.

CVE-2025-47812 is a critical vulnerability affecting Wing FTP Server versions prior to 7.4.4. This severe security flaw enables unauthenticated attackers to execute arbitrary code remotely (RCE) by exploiting inadequate validation of input containing null bytes (%00) in the authentication process

The Exploit Prediction Scoring System (EPSS) is a data-driven model that predicts the likelihood a given software vulnerability will be exploited in the wild.

Most security tools today, static analyzers, fuzzers, even single-agent LLMs, struggle to find complex, multi-step vulnerabilities. But the emerging model of multi-agent collaboration can fundamentally transform vulnerability discovery. Argusee’s recent results are just a glimpse of what's possible.

The Beginning of AI-Native Security Research

Application Detection and Response (ADR) technologies are essential for identifying and mitigating runtime attacks. Yet, many existing approaches struggle to detect nuanced, logic-based vulnerabilities effectively.

Understanding domestic and international regulatory landscapes is crucial to ensuring compliance and enhancing security postures. This blog post explores key software security mandates worldwide, including those from the United States, European Union, and Asia-Pacific, providing a comprehensive guide on navigating these complex regulations for a secure software development lifecycle.

Application Detection and Response (ADR) is emerging as the next evolution in application security, aiming to catch and stop attacks from within the application itself at runtime. Recent incidents like the Next.js middleware vulnerability CVE-2025-29927 – an authentication bypass triggered by a single HTTP header – underscore why traditional approaches often fall short.

Product enhancements that empower entire teams to simplify their application security processes, prioritize issues based on impact and remediate vulnerabilities more precision.

Agentic red teams, AI-powered multi-agent systems capable of offensive security testing, have arrived as a timely and necessary innovation to fill this critical gap in the cybersecurity landscape.

Pinpoint real exposure with Kodem’s unique approach, as seen in real-world example of CVE-2025-29927 in Next.js.

The Next.js team disclosed – CVE-2025-29927 vulnerability – that allows attackers to bypass authorization checks implemented in Next.js Middleware by manipulating the x-middleware-subrequest header.

Remote Code Execution CVE-2025-24813 vulnerability - See how Kodem runtime SCA and ADR can identify and block these attacks without specific CVE signatures

As organizations increasingly adopt AI, the demand for standardized frameworks to manage AI risks has grown - enter ISO 42001.

Product enhancements that empower entire teams to simplify their application security processes, prioritize issues based on impact and remediate vulnerabilities more precision.

See why organizations must adopt automated defenses, infrastructure protections, external validation, and a stronger security culture to combat modern cyber threats.

The evolving landscape of open-source security highlights the importance of preserving access, innovation, and trust for the developer community.

This report offers actionable insights to future-proof application security programs and workflows, based on input from industry leaders, practitioners, developers, and DevOps professionals.

Kodem introduces transformative updates for security teams: runtime-informed prioritization, actionable remediation guidance with detailed fixes, and runtime-driven function-level analysis across multiple languages.

CVE-2024-53677 is a critical file upload vulnerability affecting Apache Struts2 versions 2.0.0 through 6.3.0. At its core, the vulnerability stems from flaws in the deprecated “File Upload Interceptor” component. CVE-2024-53677 is a critical file upload vulnerability affecting Apache Struts2 versions 2.0.0 through 6.3.0. At its core, the vulnerability stems from flaws in the deprecated “File Upload Interceptor” component.

Explore our comparative study on reachability analysis in AppSec, highlighting modern solutions that integrate static and runtime data for precise vulnerability management and prioritization.

DevOps security can utilize free tooling to detect hard-coded secrets, generate SBOMs, and enforce best practices.

Cyber Defense Magazine annually spotlights top innovators and names Kodem Security as the winner of 2024 Top Application Security

OpenAI o1 model's iterative thinking and mid-attack adaptation mark a breakthrough in AI-enhanced penetration testing.

The disconnect between traditional AppSec approaches and attack methodologies emphasizes the need for security strategies to better align with real-world threats and attack techniques.