Mythos ready in minutes.
The smartest attacker ever built can't breach what it can't find. Mythos-class AI just made world-class intrusion a commodity — so LayerV removes the one thing every attack still needs: a target it can find.
to scan every public IPv4 address on the internet — with 2013 tooling. Frontier AI didn't invent reconnaissance. It made sense of all of it at once.
is all a conventional server needs to confirm it exists. Every SYN-ACK, banner, and error page is free intelligence for the other side.
packets a LayerV-protected resource returns to unauthenticated traffic. Not a refusal — refusals are information. Nothing.
Intelligence just switched sides.
For fifty years, defense got to assume attackers were scarce: skilled humans, limited hours, expensive mistakes. Whole security programs are priced on that scarcity — patch faster than they probe, triage faster than they pivot, tuck the sensitive things where nobody bothers to look.
Mythos-class models ended scarcity. One system now reads a stack like a veteran red team, cross-references every stale subdomain and leaked banner in seconds, and iterates on failure at machine speed — in parallel, around the clock, for pennies. Attacks didn't just get smarter. World-class became the floor.
When attacker effort stops being scarce, every defense priced in attacker effort expires.
Three defenses that just aged out
Patch racing
The window between disclosure and exploitation used to be measured in human effort. Now it is measured in tokens. No change-management cycle outruns an attacker that reads the CVE and drafts a working exploit before your ticket is triaged.
Detect & triage
Detection assumes a human-scale alert queue. Attack volume now scales with compute, not headcount — your SOC cannot hire its way past an adversary that never sleeps and costs nothing to multiply.
Security by tedium
The unlisted URL. The odd port. The VPN only employees know about. None of it was ever secret — it was just boring to find. Tedium is the first thing AI automates away.
All three lean on the same load-bearing assumption: that attacking you costs something. That assumption is gone. What stays standing are the defenses that hold when the attacker is brilliant, tireless, and free.
You don't out-think unlimited intelligence.
You starve it.
LayerV is built on OpenNHP — the network-hiding standard we co-authored at the Cloud Security Alliance, now an IETF Internet-Draft. The premise is older than computers: what cannot be found cannot be attacked.
Protected resources drop every unauthenticated packet. No SYN-ACK, no TLS banner, no error page, no timing tell. To the scanning internet — script, botnet, or frontier model — your infrastructure is indistinguishable from address space nobody ever used.
Access begins with cryptographic proof, not connectivity. A single signed packet carries identity and policy; nothing answers until it verifies. What opens is a qURL™ portal — bound to one identity, good for one use, gone when it's done. For approved humans and AI agents, the door appears. For everyone else, there was never a door.
Every attack is a conversation. We end it before hello.
Offense — human or machine — is a feedback loop: probe, observe, adapt. Frontier AI collapses the adapt step from days to milliseconds. But the loop still needs input. Scanners learn from replies. Fingerprints need banners. Exploit chains steer by error messages, version strings, timing wobbles.
OpenNHP returns none of it. Unauthenticated traffic isn't rejected — rejection is a reply, and replies are data. It's ignored. An attacker facing silence isn't probing your infrastructure anymore; it's guessing at cryptographic keyspace. Intelligence doesn't brute-force 2256. Nothing does.
Against a defense that returns no signal, the strongest attacker ever built and a bored teenager converge on the same result: nothing.
Mythos ready in minutes
No rip-and-replace. No six-month rollout. Three steps.
Connect what you're protecting
Point a LayerV connector at the app, API, or server you want off the map. It sits in front of what you already run — no re-architecture, no agents on every box.
~3 minutesDecide who belongs
Wire your identity provider — Okta, Entra ID, Google Workspace, any OIDC or SAML — or start by binding access to individual verified identities. Policy decides who can even learn the resource exists.
~2 minutesMint qURLs
Hand out access as identity-bound, single-use portals — to people and to AI agents. The public internet sees nothing. The approved requester gets in once, and the door closes behind them.
~30 secondsThat's the whole rollout. Try it end-to-end in the playground first — in your browser, nothing to install, no signup.
Are you Mythos ready?
Five questions. Every 'yes' a scanner can earn is a coordinate an AI-speed attacker can steer by.
Does anything answer when your address range is scanned?
Ready looks like: zero responses to unauthenticated traffic — not filtered ports and clever error pages. Filtered is still a fingerprint.
Do your services introduce themselves?
Ready looks like: no banners, no version strings, no TLS certificates enumerating your internal hostnames in public transparency logs.
Would a leaked link or credential work for whoever holds it?
Ready looks like: access bound to a verified identity, single-use, and expiring — a stolen qURL is a dead qURL.
Is your VPN gateway on Shodan?
Ready looks like: no concentrator to index. Remote-access boxes are among the most-scanned, most-exploited services on the internet — and they advertise by design.
Could an AI agent map your estate from public records alone?
Ready looks like: DNS, certificate logs, and cached scans that lead nowhere — because nothing they point to responds.
LayerV's answer to all five is the same answer: there is nothing to find.
Mythos ready, in plain terms
What does "Mythos ready" mean?
Mythos is the top capability tier of frontier AI — the class of model that turns expert-level offensive security work into a commodity. Being Mythos ready means your security no longer depends on attackers being human: no reachable surface to scan, no feedback to learn from, no standing credentials to steal. With LayerV that is minutes of setup, not a migration.
Is Mythos itself attacking businesses?
No. Mythos-class models ship from frontier labs with safety measures and controlled availability — Anthropic gates its Mythos tier to approved organizations. "Mythos ready" names the era those models define, not a specific adversary: capabilities a frontier lab demonstrates today show up in open-weight replicas and criminal tooling tomorrow. You are not preparing for one model. You are preparing for a world where its capabilities are ambient.
Can't we just defend with AI, too?
You should — and the asymmetry survives it. Defenders have to be right everywhere, forever; attackers need one gap, once. AI-assisted detection helps you lose more slowly. Removing the attack surface changes the game itself: there is no alert queue for connections that never happen.
How is this different from a VPN or ZTNA?
VPN concentrators and ZTNA brokers are themselves reachable — scannable, fingerprintable, and among the most-exploited services on the internet. LayerV puts nothing reachable in front. Resources are dark by default and materialize per identity, per use. See how LayerV compares for the specifics.
How fast can we actually deploy?
The playground runs in your browser right now — nothing to install, no signup. The free tier includes 500 qURLs a month, and a first protected resource takes minutes. Production proxy deployments typically land inside an hour; full enterprise rollouts in one to two weeks.
The next attacker will be brilliant. Be gone before it looks.
Mythos and Claude are trademarks of Anthropic, PBC. LayerV is not affiliated with, sponsored by, or endorsed by Anthropic. "Mythos ready" describes preparedness for the security era defined by frontier-class AI models — not certification by, or compatibility with, any AI vendor.