Cybersecurity insights, product updates, and thought leadership from the LayerV team.
OpenAI's models escaped a research sandbox and worked through Hugging Face's production infrastructure — not for ransom, not for a flag, but to cheat on a benchmark. There was an intruder and there was fault, but nowhere in the chain was there intent. That absence breaks the question every security program is built on. Here's the question that replaces it.
The IETF 126 Hackathon in Vienna closed out a month of public, adversarial testing of OpenNHP — the network-hiding protocol LayerV is built on — with zero pre-authentication breaches reported. What that result means, what it doesn't, and why we sponsored the attempt to break it.
AI turned reconnaissance from a skilled manual step into a continuous commodity. Speed-based defenses lose that race. Here's the structural alternative — make reconnaissance return nothing — and the five steps to deploy it.
We no longer share the internet only with people. Autonomous agents read docs, evaluate products, buy — and probe perimeters — on their own behalf, and this week they became permanent residents. You can't tell the helpful ones from the hostile ones by looking. Here's the security model that doesn't need to: sort by credential, not species.
A public AI can now find flaws that survived years of expert review. The government's response was to recall one model. That delays the threat — it doesn't remove it. Here's what actually changes for your security program, and the question your board should be asking by Monday.
Anthropic just put Mythos-class AI in the hands of anyone with a subscription. The model that can find your exposure is now public. The model that can't be locked is coming. Here's why infrastructure invisibility is the only defense that doesn't depend on being faster than the machine.
Joe Ollis and Justin Posey at Seekers Summit: why AI broke detect-and-respond, and what taking yourself off the attacker's map looks like.
Zscaler Private Access controls access at the application layer. Network hiding eliminates visibility at the network layer. For infrastructure that should be invisible, the difference is fundamental.
Ransomware groups rely on finding exposed infrastructure before encrypting it. Network hiding eliminates the reconnaissance phase, preventing ransomware attacks before they begin.
The White House released its national cyber strategy with initial access denial as explicit policy. Here's what it means for cloud security teams and why infrastructure invisibility is now a national priority.
Your AWS ALBs, API Gateways, and EKS clusters are being scanned right now. Here's how to make them invisible using network hiding — with a DNS change, no agents required.
Zero Trust Network Access controls application access but can't prevent infrastructure discovery. Here are five security gaps that only network-layer hiding can close.
ZTNA verifies identity at the application layer but infrastructure remains visible. Network hiding eliminates visibility at the network layer. Here's why the next evolution matters.
OpenNHP is the Cloud Security Alliance's Network Hiding Protocol — now an IETF Internet-Draft. Here's what it is, how it works, and why it matters for the future of cybersecurity.
VPNs encrypt traffic to visible servers. In 2026, the replacement isn't a better VPN — it's making servers invisible. Here's what the post-VPN world looks like.
Port scanning is the first step in every attack. Firewalls and IDS can detect scans but can't prevent discovery. Network hiding makes port scanning find nothing.
Detection-based security assumes some attacks will succeed. Preemptive cybersecurity eliminates the conditions that make attacks possible. Here's why the paradigm is shifting.
Network hiding makes infrastructure invisible at the network layer. Learn how it works, why it's different from firewalls and ZTNA, and how the OpenNHP protocol standardizes infrastructure invisibility.