RapidFort joins the Linux Foundation's Akrites initiative alongside AWS, Microsoft, OpenAI, Google, and other industry leaders to coordinate AI-era open source vulnerability remediation.

On June 10, 2026, CISA retired the patch everything doctrine and ordered federal civilian agencies to prioritize remediation by risk, not volume. This policy brief by Berk Bucukoglu, VP Public Sector at RapidFort, breaks down the four criteria of urgency defined by BOD 26-04, explains why AI is collapsing exploit windows, and outlines four imperatives for agency leaders to act on now.

DORA is not about compliance. It is about resilience. Learn why financial institutions must move beyond vulnerability visibility to vulnerability elimination and how eliminating inherited software risk before it reaches production is the only path to true operational resilience.

AI-driven systems like Mythos are discovering and weaponizing vulnerabilities in hours while enterprise remediation takes weeks. Get a complimentary Mythos Readiness Risk Assessment from RapidFort and get actionable scan results within minutes.

RapidFort helps defense teams eliminate container vulnerabilities by up to 99.9 percent through curated images, runtime profiling, and hardened software supply chains, enabling AI-driven military operations at mission speed.

AI tools like Mythos can now discover thousands of vulnerabilities and multi-step exploit chains automatically. The bottleneck was never discovery, it's everything that comes after. Michael Wood examines the widening remediation gap and what modern security teams must do about it.

RapidFort, recognized in the Gartner Container Supply Chain Security report, eliminates up to 99.9% of CVEs across Intake, Build, and Runtime stages. Zero code changes required.

The DoD ATO process kills more promising products than bad code ever will. RapidFort's free cohort, led by the former CIO/Authorizing Official of DISA, teaches startup leaders exactly how authorization decisions are made, what de-risks them, and how to eliminate up to 99.9% of CVEs before your ATO package lands on a reviewer's desk. Register free and shorten your path to the federal market.

RapidFort supports the PTCA by informing decisions on adversary behavior, consulting on regulation and emerging technology, and securing federal networks with 35,000+ near-zero CVE container images.

The EU CRA requires hardened container images, SBOMs, and 24-hour vulnerability reporting. Learn scope, deadlines, and compliance steps for Kubernetes teams.

This blog highlights the synergy between a Software Bill of Materials (SBOM) and a Runtime Bill of Materials (RBOM), using a kitchen vs. cake analogy to explain how unused software bloat increases vulnerability risks. By leveraging the RapidFort Platform, organizations can achieve up to a 95% reduction in exploitable CVEs and a 90% reduction in attack surface. Through deep image analysis, agentless runtime profiling, and automated image hardening, the platform simplifies continuous compliance for frameworks such as FedRAMP, DISA STIGs, and NIST 800-53.

Four software supply chain attacks in early 2026, targeting Trivy, LiteLLM, Telnyx, and Axios, share a pattern every security team should understand. Here is what happened and what to do about it.

GitHub Actions workflows are a frequent target when misconfigurations enable untrusted pull request code execution, unsafe comment triggers, or shell injection via event fields. This guide explains the highest-risk patterns to audit and shares RapidFort’s open-source org-wide GitHub Actions security audit tool to assess repositories at scale and prioritize remediation.

Learn what a Runtime Bill of Materials (RBOM) is, how it differs from an SBOM, and how runtime profiling reduces container attack surface. Discover how RapidFort uses RBOM alongside curated hardened images to prioritize exploitable risk in modern DevSecOps and Kubernetes environments.

The EU CRA shifts open source accountability to software manufacturers. RapidFort helps teams meet these new standards by reducing inherited risk, shrinking attack surfaces by up to 95%, and generating auditable evidence without code changes.

RapidFort advances software supply chain security with a $42M Series A, scaling continuous, runtime-aware vulnerability remediation, near-zero CVE images, and attack surface reduction from build through runtime.

Explore the critical security challenges facing fintech platforms in 2026, specifically the risks posed by unused software in containerized environments. RapidFort’s Software Attack Surface Management (SASM) platform empowers fintech security teams to move beyond static reporting by utilizing Runtime Bill of Materials (RBOM) and Curated Near-Zero CVE Images. By focusing on execution-aware security, organizations can reduce their software attack surface by up to 90% and CVEs by up to 99.9% without modifying source code, ensuring defensible compliance for frameworks like PCI DSS v4.0 and SOC 2.

RapidFort Analyzer delivers precise, context-aware container vulnerability analysis by validating CVE applicability, reducing noise, and prioritizing real risk.

Kimia is RapidFort’s modern alternative to Kaniko, offering secure, non-root container image building with BuildKit and Buildah. Learn how teams can improve Kubernetes-based builds, enable multi-architecture support, strengthen supply chain security, and streamline CI/CD pipelines.

AI is now accelerating every phase of the attack lifecycle – not just vulnerability discovery. Recent nation-state activity shows exploit creation, reconnaissance, and lateral movement all becoming automated. This post explores what changed, why it matters, and the practical steps defenders can take now.

RapidFort pioneered automated container hardening for the DoD, removing unused code and eliminating CVEs to deliver secure, compliant, near-zero-vulnerability images. This innovation set the industry standard and still leads modern container security.

See how RapidFort turns scanner output into verified remediation, shrinking attack surface and accelerating FedRAMP, SOC 2, CMMC, and PCI DSS readiness.

How RapidFort’s “Giant Washing Machine” cleans open source containers, cuts millions of CVEs, and frees engineers to build faster and safer.

A new 2025 study reveals why even “compliant” SBOMs fail to show real risk. Discover how RapidFort’s RBOM™ and Curated Near Zero CVE Images turn static compliance into measurable, runtime-verified security.

Explore how the Shai-Hulud super-worm exploits developer trust in the npm ecosystem and why traditional scanners fail. Learn RapidFort’s proactive defense strategy—Curated Near-Zero CVE Images, automated 95% CVE remediation, and compliance acceleration—to build a resilient digital immune system against modern supply chain threats.

Bitnami’s move behind a paywall disrupts enterprises—RapidFort offers Bitnami-compatible, curated Near-Zero CVE Images that cut vulnerabilities by up to 95%, ensure seamless Kubernetes migration, and accelerate compliance without added costs.

RapidFort delivers real-time vulnerability remediation with RunTime profiling and curated images, accelerating compliance and securing container workloads.

Secure software at AI speed with flow defending, using automated hardening, runtime visibility, and FIPS 140-3 compliance to eliminate vulnerabilities before they’re exploited.

RapidFort helps organizations win the AI-driven cyber battle with secure-by-design containers, automated remediation, and continuous runtime defense. The AI-Driven Shift in the Security LandscapeIn the past year, we’ve seen countless reports highlighting both the promise and the perils of AI in software development. While AI is driving unprecedented innovation, it is also enabling new classes of threats in the software supply chain.We are in the middle of a cat-and-mouse game:On one side, innovative companies are using AI to preemptively prevent exposures, detect anomalies faster, and harden the software development lifecycle from end to end.‍On the other side, bad actors are leveraging AI to scan for and exploit vulnerabilities in both first-party and third-party code, container images, and open-source components — often at a scale and speed never seen before.The Open Source & Container RealityContainerized applications and open-source components are becoming the backbone of modern software delivery. This approach brings efficiency, portability, and scalability — enabling teams to build complex applications faster.However, this also means that vulnerabilities in shared images, dependencies, and registries can be replicated across countless deployments, expanding the attack surface dramatically.How Do We Stay Ahead of Bad Actors?The key lies in combining secure-by-design principles with continuous, automated protection throughout the application lifecycle.1. Start with a Clean CanvasAdopt a shift-left, secure-by-design methodology — one that begins with a foundation free of known vulnerabilities. This means leveraging pre-hardened, near-zero CVE “golden images” to drastically reduce the need for reactive patching.While this is a powerful starting point, it is only one piece of the puzzle. Developers must also plan for newly discovered CVEs, shifting compliance requirements, and emerging threat vectors.2. Continuously Remediate & MonitorSecurity is not a one-time event. Implement tested, proven solutions that automatically remediate new vulnerabilities as they arise — without requiring disruptive code changes. Pair this with runtime monitoring & defending to continuously reduce attack surfaces and monitor for new CVEs.3. Fortify Your ApplicationsGo beyond patching and scanning. Deploy advanced technologies that analyze, profile, and harden workloads to shrink the attack surface by up to 90%. Combine this with continuous benchmarking and reporting to maintain compliance with frameworks like FedRAMP, CMMC, and STIG.The Bottom LineAI has become both a weapon and a shield in the battle for software supply chain security. The organizations that will win are those that embrace secure-by-design foundations and continuously adapt their defenses to match the pace of AI-enabled threats.In this high-stakes game, standing still is not an option — and the side with better tools, better intelligence, and better automation will always have the advantage.‍

RapidFort’s RBOM™ platform delivers runtime-aware vulnerability management, reducing false positives and hardening containers automatically.

Secure your containers from build to runtime with AI-driven defense and near-zero CVE images.

RapidFort delivers runtime-aware, full-lifecycle container security to counter AI-driven vulnerabilities and modern software risks.

RapidFort replaces noisy scans with automated, context-aware vulnerability remediation built for secure, scalable DevSecOps.

Discover how RapidFort’s 35,000+ Near-Zero CVE Images provide a secure, compliant foundation for modern DevSecOps. Built on LTS distros, pre-hardened with STIG/CIS, and FIPS 140-3 validated these curated images minimize risk and accelerate time to compliance across Kubernetes and CI/CD environments.

Eliminate CVE noise and strengthen container security with runtime intelligence, RBOMs, and hardened images optimized for compliance and real-world risk.

What the EU Vulnerability Database (EUVD) Means for Global CVE Management

RapidFort empowers critical infrastructure providers with preemptive cybersecurity, reducing vulnerabilities with near-zero CVE images and attack surface reduction.

Discover how RapidFort accelerates secure software procurement for the DoD with SWIFT, automation, and continuous authorization. Secure, optimize, and streamline compliance with FedRAMP, cATO, CMMC, and SOC 2. Fast, flexible, and secure software delivery for defense.

Stop fixing CVEs after deployment. Learn how RapidFort’s prevention-first platform — featuring RF Near Zero CVE Images, DevTime RBOM™ profiling, and RunTime hardening — helps eliminate up to 95% of container vulnerabilities and secure your software supply chain without code changes.

Break free from endless patching with RapidFort’s proactive CVE management—eliminate up to 95% of vulnerabilities before they reach production.

Don’t just pass FedRAMP—stay secure with RapidFort’s automated hardening and Near-Zero CVE Images for lasting compliance.

RapidFort’s Near-Zero CVE container images automate 95% vulnerability remediation, reduce attack surfaces by up to 90%, and accelerate FedRAMP, PCI-DSS, SOC2, and CMMC compliance. Secure your cloud-native apps effortlessly with seamless CI/CD integration and no vendor lock-in.

Learn how RapidFort helps CSPs fast-track FedRAMP compliance by automating CVE remediation, hardening containers, and simplifying ongoing reporting.

Explore how RapidFort eliminates the inefficiencies of manual remediation with automation, runtime risk context, and proactive attack surface reduction.

Learn how RapidFort helps organizations achieve compliance across major frameworks with automated vulnerability management and secure DevSecOps practices.

Explore the latest cybersecurity threats and discover how RapidFort helps reduce risks through automated vulnerability remediation and hardened containers.

Explore how to secure your container supply chain and meet compliance requirements using RapidFort’s end-to-end vulnerability and image integrity solutions.

RapidFort delivers a comprehensive security stack—automating vulnerability fixes, securing your software supply chain, and helping you meet compliance goals.

Learn how to secure containerized applications with proven best practices and RapidFort’s solution for vulnerability scanning, hardening, and compliance.

Explore key strategies to detect and address common application vulnerabilities with RapidFort’s proactive vulnerability management and security hardening.

Discover a proven multi-layered strategy to eliminate 95% of software vulnerabilities through secure images, early testing, and real-time threat response.

Learn how to eliminate your software vulnerabilities by up to 99.9% through RapidFort’s automated approach to secure base images, profiling, and runtime hardening.

A candid look at innovation in the Department of Defense, showcasing real progress, tech partnerships, and the role of startups in shaping national security.

Security training is no longer optional. Discover how to build an effective, hands-on developer training program—and avoid the pitfalls that leave teams vulnerable.

From “we’re too small to be attacked” to “security slows us down”—uncover 5 software security myths and learn how to modernize your approach with RapidFort.

AI is reshaping software development. Discover key takeaways from CEO Mehran Farimani’s article on GenAI, security risks, and the role of human creativity in code.

Learn how to harness AI for code generation, testing, and maintenance—plus how RapidFort helps you secure AI-assisted development at scale.

We’re honored to be named a 2023 Intellyx Digital Innovator! Learn how RapidFort’s unique runtime security approach is driving real innovation in cloud-native environments.

Drowning in security alerts? Discover how to fight alert fatigue with clear policies, smart automation, and contextual runtime insights from RapidFort.

What makes a dev team truly mature? Learn the key traits—and how RapidFort empowers teams to ship secure, high-quality software faster and with fewer vulnerabilities.

AI code, compliance, and infrastructure risk define security landscape—see how to adapt, automate, and secure your software with RapidFort’s unified platform.

Learn how to secure your stack, measure ROI, and cut vulnerability costs with smarter security investments.

Reflect on RapidFort’s biggest 2023 milestones—from product launches to industry awards—and see what’s ahead in software attack surface management.

RapidFort streamlines OSS vulnerability scanning and container hardening—see how our platform reduces software bloat and risk across your entire SDLC.

Learn six critical steps to secure your software supply chain, minimize risk from OSS dependencies, and reduce vulnerabilities with automated optimization tools.

Scanning isn’t securing—learn why most container security tools fall short, and how RapidFort actually removes vulnerabilities to reduce risk and boost DevSecOps impact.

Don’t wait for the next Log4J patch—discover how container hardening can reduce the blast radius and protect your infrastructure from active threats today.

Explore the hidden risks of OSS—from container bloat to patch delays—and how RapidFort helps eliminate unused components to cut costs and boost security.

Explore the growing risk in software supply chains—from open-source dependencies to containerized apps—and how SCA scanning and hardening can mitigate modern threats.

Container hardening reduces vulnerabilities and attack surfaces—learn how to secure Docker containers and integrate hardening into your CI/CD workflows.

Shift left alone isn’t enough—this blog explores its limits and how software optimization can drastically reduce vulnerabilities in open source-heavy workloads.

Software optimization with RBOMs™ helps you identify and eliminate unused components, reduce risk, and shrink your container footprint for stronger security.

Runtime Protection is redefining container security—scan, monitor, and secure your workloads in real-time to reduce vulnerabilities and meet compliance effortlessly.

RapidFort joins Microsoft’s Pegasus Program to deliver next-gen runtime security tools that help enterprises monitor, reduce, and protect their software attack surface.

Modern AST tools help find issues in code, but fall short with OSS risks—learn what works, what doesn’t, and how to shrink your attack surface more effectively.

RapidFort secures the most popular Docker containers with automated hardening, real-time vulnerability reduction, and transparent open source optimization.

Coverage scripts help identify what your containers actually use—RapidFort leverages this to harden images, reduce vulnerabilities, and simplify container security.

Learn why fixing thousands of vulnerabilities doesn’t work - and how improving test cycles and eliminating unused code can secure your containers more effectively.

RapidFort completes SOC 2 Type 2 audit, demonstrating mature security practices and earning trust from enterprise and government customers alike.

Sorting CVEs by severity alone doesn’t work—learn how RapidFort uses exploit probability and smart optimization to reduce real-world security risk.

Get post-event insights from Black Hat USA 2023—AI innovation, CISO challenges, and what’s ahead for the cybersecurity industry.

Learn how RapidFort’s SOC 2 Type 2 compliance strengthens security, builds customer trust, and ensures enterprise-grade protection for your sensitive data.

Reduce risk from vulnerabilities and zero-day threats by minimizing your software attack surface—RapidFort helps you harden workloads without slowing DevOps.

Learn how RapidFort secures its own infrastructure by hardening containers, reducing vulnerabilities, and enabling developers to move fast without compromising safety.

Easily reduce container vulnerabilities by scanning, profiling, and hardening hundreds of containers—RapidFort makes container security simple and scalable.

Eliminate software bloat in your containers by identifying unused code, reducing patching needs, and securing your infrastructure with smart optimization.

Reduce open source risks with continuous SCA scanning and SBOM insights—prioritize vulnerabilities and harden containers to secure your software supply chain.

Stay ahead of OpenSSL CVEs by scanning containers, generating SBOMs, and removing unnecessary code to secure your infrastructure faster and smarter.

Secure your containers with proven Docker security practices, including image hardening, non-root access, and vulnerability scanning—built for fast-moving DevOps teams.

Enhance Redis container security and reduce attack surface by using optimized, minimal Docker images built to eliminate unnecessary vulnerabilities.

Explore scalable strategies for application and OSS vulnerability management—ditch endless patching by removing unused components and securing what matters.

Use this free, secure tool to automate AMI migration from AWS Commercial to GovCloud—fast, scriptable, and ideal for DevOps workflows.

Learn how to address container security challenges, from base image vulnerabilities to runtime protection, and implement best practices for secure containerized apps.

Explore essential vulnerability management strategies to protect your software, reduce attack surfaces, and strengthen overall application and infrastructure security.

Customs Bridge secures its containerized infrastructure with RapidFort, leveraging automated vulnerability remediation and near zero CVE images for enhanced cloud-native security.