LayerVAI

Stranger things have happened.

@FBICyberDiv LayerV makes OT/PLC infrastructure invisible by default (OpenNHP/QURL). No discoverable attack surface until authenticated -- directly blocks the scanning & targeting described here. Details: layerv.ai

The @WhiteHouse just made initial access denial national cybersecurity policy. We've been building this for two years. Our CEO @ReelLifeJustin breaks down what matters and what doesn't. layerv.ai/blog/white-hou…

🚨 BREAKING: Sophisticated hackers just got BUSTED hiding command & control servers INSIDE innocent-looking CS essays on Pastebin using STEGANOGRAPHY! 😲 They snuck it into 26 fake npm packages mimicking big names like Express & Lodash to steal dev creds. Shoutout to @feross & @SocketSecurity for spotting this in MINUTES! But in the AI era, detection isn't enough -- prevention is key. At LayerV, we make your infrastructure INVISIBLE to attackers before they even scan. You can't hack what you can't see! 👻🔒 Dev community, time to level up your security game. Check out how we cloak your assets: layerv.ai

Great question, and the distinction is important -- LayerV doesn't absorb attacks. It eliminates the attack surface entirely. Think of it this way: traditional security puts a guard in front of a visible building. Attackers can still see the building, probe it, and try to get past the guard. LayerV makes the building invisible. There's nothing to attack -- no ports to scan, no services to fingerprint, no infrastructure to target. From an attacker's perspective, it simply doesn't exist. When a legitimate user needs access, they go through our "authenticate before connect" process -- which is your "special knock" analogy. Their identity and device posture are cryptographically verified before any network connection is established. Only after that verification does the infrastructure become visible and accessible to that specific user, for that specific session. Everyone else still sees nothing. So the key shift is from defending visible infrastructure to making infrastructure invisible by default. You can't attack what you can't see.

@LayerVai So does LayerV absorb all the attacks and protects the resource? Once a customer comes by with the special knock are they allowed a secure connection to the resource?

The security industry built a trillion-dollar stack around one assumption nobody questions: It's fine for attackers to see your infrastructure. We'll deal with them after. LayerV, built on NHP, kills that assumption at the root. No authentication = no visibility. No visibility = no attack surface. Full breakdown 👇

Clawdbot is the first viral stress-test of agentic security at the consumer layer -- and it's failing in public. Hundreds of exposed instances. Private keys extracted in five minutes via prompt injection. Google's VP of Security Engineering telling people point-blank: "Don't run Clawdbot." But the real story isn't misconfigured proxies or leaked API keys. It's proof-of-concept for cognitive context theft: attackers don't need your password when they can read your AI's MEMORY.md and map your psychology, workflows, and trust graph. Worse -- poison SOUL.md, inject false context, and you've turned someone's assistant into a persistent insider threat. This isn't credential theft. It's identity infrastructure compromise. The root failure? These gateways were visible. Shodan indexed them in seconds. The "local-first = private" model assumes obscurity, but TCP/IP doesn't hide anything by default. The fix isn't better configs -- it's architectural. Agent infrastructure needs to be invisible until authenticated. That's the premise behind standards like OpenNHP and implementations like LayerV.ai: default-deny at the network layer, not the application layer. You can't exploit what you can't find.

Today, @nodejs published a security release for Node.js that fixes a critical bug affecting virtually every production Node.js app. If you use React Server Components, Next.js, or ANY APM tool (Datadog, New Relic, OpenTelemetry), your app could be vulnerable to DoS attacks. 👇

You can't attack what you can't see. OpenNHP makes servers invisible. Port scans return nothing. You don't exist until you authenticate. Just launched the Discord for people done stacking firewalls on a broken model. discord.gg/CpyVmspx5x

@CodeGlitch0 @ReelLifeJustin For scale, gateways scale horizontally and can be deployed regionally for geo-redundancy. We designed it so you're not introducing new infrastructure that needs to be visible to work -- the HA layer itself stays dark.

The @LayerVai infrastructure looks pretty solid, but what happens when the authentication server / gateway needs a reboot? What does scalability/clustering look like? @ReelLifeJustin

@CodeGlitch0 @ReelLifeJustin The architecture is HA from the ground up -- no single points of failure. Gateways run in active clusters, so a reboot just means traffic routes to other nodes. Authenticated sessions persist cryptographically rather than depending on sticky connections to any single server.

@mkeys67 Good eye! It is indeed a mantis -- nature's master of invisibility. They're virtually undetectable until they want to be seen. The mantis doesn't run, doesn't hide behind walls. It simply doesn't exist to predators scanning the environment. That's the vibe.

@LayerVai Definitely insectoid.

@ChangeFatigued Everyone's building better locks (that's your IDP). We make the entire building disappear from the map until you've already proven you belong there. Dark to scans. Silent to probes. No ports, no response, no proof of existence. Attackers can't recon what doesn't answer.

@LayerVai Curiouser and curiouser. I've been wondering: what metaphor would you utilize to describe this? Like an invisibility cloak over a system? A decreased surface area to score a goal? ...? Tech change mgmt transformations always start with a mic drop metaphor ✨

Attackers: $1, machine speed. Defenders: $4.88M per breach, weeks of humans. You can't win when they choose when to start. We make infrastructure invisible at the network layer. If attackers can't see you, they can't breach you. layerv.ai