Mythos finds the bug. AccuKnox stops the exploit.

Discovery is solved. What runs in production is not. AccuKnox is the runtime layer that closes the gap.

What Mythos handles, and where it stops.

Anthropic's Project Glasswing has surfaced thousands of serious vulnerabilities, including flaws that sat undetected for 17 to 27 years.

What Mythos does

Discovery, at AI scale.

Autonomously analyzes source code at scale across OS, OSS and browser engines.
Surfaces thousands of zero-days, including flaws hidden in code for decades.
Reports technical severity of each flaw in isolation.
Hardens foundational software for every downstream consumer.
Embedded into the security workflows of AWS, Microsoft and the Linux Foundation.

What Mythos does not do

Reachability, enforcement, governance at runtime.

Tell you which CVEs are actually loaded and executing in your live workloads.
Stop an attacker once a flaw has been exploited in production.
Govern the AI agents (Claude, MCP servers, OpenClaw) running inside your environment.
Score reachability based on internet exposure, blast radius, or compensating controls.
Close the seven-day exploit window between disclosure and patch.

Exploitation now precedes patching by ~7 Days/ average

M-Trends 2026 reports a mean time-to-exploit of negative seven days. On average, exploitation is already underway a week before a vulnerability is publicly disclosed. Faster discovery widens that window, it does not close it.

DAY -7

Exploitation begins

DAY 0

CVE disclosed

DAY 7+

Patch deployed

Source: M-Trends 2026 (Mandiant), Google Cloud disclosure-to-exploit analysis. Runtime enforcement at the kernel is the only active control during this window.

CONTEXT, Not Volume, Is the New Bottleneck

Most installed packages are never executed at runtime. That makes the majority of scanner-reported CVEs low-priority noise that consumes security team bandwidth without reducing actual risk.

22K → 1.5K

Container CVEs filtered down to provably reachable findings by AccuKnox Runtime Verification.

95%

CPU overhead reduction from patented in-kernel eBPF aggregation, vs traditional userspace agents.

85%

Alert noise reduction reported by enterprise customers replacing legacy CNAPP with AccuKnox.

−7 days

Mean time-to-exploit relative to disclosure. The runtime layer is your only control here.

The same image. 2 Different Outcomes.

A static scanner tells you what packages are present. A runtime verifier tells you what is loaded into memory, invoked by your application, reachable from the internet, and worth a human’s attention.

FINDING	SCANNER OUTPUT	ACCUKNOX RUNTIME-VERIFIED	ACTION
CVE-2026-9921 (libssl)	Critical · present in image	Loaded, internet-reachable	Patch now
CVE-2026-8714 (glibc)	Critical · present in image	Not loaded by process	Defer
CVE-2026-7155 (curl)	High · present in image	Loaded, no network egress	Watch
CVE-2026-6602 (zlib, Mythos)	Critical · just disclosed	Loaded, used by ingest path	Patch + block syscall
CVE-2026-5483 (openssh)	Critical · present in image	Binary not in PATH at runtime	Defer
CVE-2026-4011 (runc, Mythos)	Critical · present in image	Active escalation attempt	Blocked in-kernel

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Four pieces of reading for the Mythos era.

Mythos handles code scans. But what about runtime security?

Mythos finds zero-days before code ships and its jurisdiction ends at production. Vulnerable is not the same as exploitable. Runtime enforcement at the kernel is the only active control during the patch window.

Runtime Verified: how 22,267 container findings became 1,510 actionable ones.

A patented in-kernel eBPF aggregation engine cuts CPU overhead by more than 95% and telemetry volume by more than 90%, so reachability scoring scales across every workload in production.

Introducing ClawArmor: sandbox your OpenClaw and Claude Code instances.

OpenClaw shipped to 247K GitHub stars with 100+ vulnerabilities and a CVSS 8.8 WebSocket auth bypass. ClawArmor pushes enforcement to the Linux kernel using KubeArmor and eBPF, where the agent cannot override it.

Zero Trust Runtime Security: the non-negotiable for the AI age.

Attackers chain paths, not CVEs. Faster scanners expand the map, they do not shrink the risk. Zero Trust at the kernel level is what stays valid when discovery accelerates by an order of magnitude.

How AccuKnox closes the gap Mythos leaves open.

Four phases, each delivered by the AccuKnox CNAPP team and tied to measurable outcomes in your environment. Days 0 to 90, ending in a board-ready exposure report.

Inventory and ingest

Connect every scanner, registry, cluster and cloud account. Pull all CVE and Mythos findings into a single graph.

Runtime verified

Deploy KubeArmor with eBPF telemetry. Mark every finding as loaded, reachable, or dormant against your live workloads.

Enforce in-kernel

Auto-generate least-privilege policies. Block prohibited syscalls, network egress, and credential reads at the kernel.

Govern AI agents

Wrap OpenClaw, Claude Code, and MCP servers in ClawArmor. Inventory model usage and prove governance to the board.

One dashboard for code, cloud, cluster and AI

CSPM, CWPP, CIEM, ASPM and AI-SPM in a single graph. The same finding rendered for the CISO, the engineer and the developer.

Inline runtime enforcement

CNCF-backed, 2M+ downloads, kernel-level policy.

Guardrails for agentic AI

Treat OpenClaw and Claude Code as untrusted workloads.

Every Mythos-era risk has a runtime answer in AccuKnox.

One platform, not eleven. Mapping concrete Mythos-era risks to the AccuKnox capabilities that address them, and the open-source primitives those capabilities are built on.

MYTHOS-ERA RISK	ACCUKNOX CAPABILITY	WHAT IT DOES IN PRACTICE
Downstream CVE flood from disclosures	RuntimeVerify (eBPF)	Marks each CVE as loaded, reachable, or dormant against live workloads. Cuts triage queue by an order of magnitude.
Exploit window before patch ships	KubeArmor (eBPF + LSM)	Blocks the prohibited syscall, file read, or network egress in-kernel. No restart, no app changes.
Same CVE, very different blast radius	Risk Intelligence Graph	Correlates findings with internet exposure, data classification, ownership, and compensating controls.
Manual triage and ticket routing breaks	Workflow orchestration	Routes prioritized findings to Jira, ServiceNow and GitHub with runtime context, SLA tracking, and patch verification.
Coding agents shipping unreviewed code	ClawArmor · sandboxing	Hardened container, no Docker socket, kernel-blocked access to credentials and host paths.
Shadow AI and ungoverned model usage	AI-SPM · ModelKnox	Inventories Claude, MCP servers and shadow LLMs. Enforces egress policy, produces audit evidence for the board.
Container and VM forensics after incident	Container & VM forensics	Syscall-level audit trail across AWS, GCP, Azure. Replay what the workload actually did, not what it was supposed to.

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“Choosing AccuKnox was driven by opensource KubeArmor’s novel use of eBPF and LSM technologies, delivering runtime security”

Golan Ben-Oni

Chief Information Officer

“At Prudent, we advocate for a comprehensive end-to-end methodology in application and cloud security. AccuKnox excelled in all areas in our in depth evaluation.”

Manoj Kern

CIO

“Tible is committed to delivering comprehensive security, compliance, and governance for all of its stakeholders.”

Merijn Boom

Managing Director

5G/OT Sec Features

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