· Moshe
Runtime Enforcement Is the Missing Layer in Agentic Security
Explore how runtime enforcement enhances agentic security by evaluating every decision contextually and ensuring real-time policy compliance in autonomous systems.
· Moshe
AI Agents Need Runtime Security, Not Just Detection
As AI agents become more autonomous, traditional detection methods fall short. Explore the need for runtime security that adapts and mitigates risks in real time.
· Moshe
The Real Risk with AI Agents Is Not What They Do. It’s What They Quietly Stop Doing.
The rise of AI agents brings risks not from their actions but from unnoticed omissions. Discover the importance of observability in AI deployments for enterprise security.
· Moshe
SBOMs in the Age of AI
Explore how SBOMs must evolve to address the challenges of AI-native software, focusing on data provenance, model lineage, and operational visibility for better governance.
· Moshe
Codenotary Raises $16.5M to Accelerate Global Expansion of Intelligent Cybersecurity & Trust Automation
Codenotary secures $16.5M to scale its AI-driven cybersecurity platform, enhancing global security with continuous, autonomous threat detection and compliance.
· Moshe
Understanding the European Cyber Resilience Act (CRA)
This blog post delves into the European CRA, exploring its significance and the impact it is set to have on the digital ecosystem.
· Moshe
The Jenkins Automation Server Supply Chain Attack
We delve into the specifics of CVE-2024-23897, its implications, and the recommended mitigation strategies for this new supply chain attack.
· Moshe
Automating Reverse SSH Tunnels to Maximize Remote Connectivity
Learn how to leverage a reverse SSH tunnel via a Home Assistant server and Autossh to maintain secure, uninterrupted access to IoT devices.
· Moshe
Managing Proxmox for Production Environments
While the world of VMware vSphere offers numerous performance management and monitoring solutions, world-class monitoring software was lacking until today.
· Moshe
Importance of Provenance Verification for Softwares
Provenance verification helps protect against malicious attacks and vulnerabilities by ensuring that software components come from trusted sources.
· Moshe
Simplified SBOM Sharing with sbom.sh
This blog post will explore why sharing SBOMs is vital for software transparency and discuss how to generate SBOMs using sbom.sh efficiently.
· Moshe
How to Share SBOM (Without Software Installation)
To share SBOMs in CycloneDX format, you can utilize the free sbom.sh service. It provides a command-line interface (CLI) tool that can be used to create SBOMs.