For agent platforms
Your agents run on customer machines. When one is hijacked, stop it below the agent.
Every platform shipping autonomous agents gets the same question from security teams: what happens when the agent is hijacked on our infrastructure? InnerWarden is the embeddable answer: runtime guardrails plus kernel enforcement on Linux hosts, integrated once by you, protecting every customer workload you deploy.
Integrated once by you
- Denied at exec
- Unknown binaries are denied at exec, below userspace, on Linux, where a hijacked agent cannot reach.
- Attributed
- Every check and every incident is attributable to the exact tenant, agent, and Kubernetes pod.
- Local-first
- No mandatory cloud control plane, no data leaving the customer's infrastructure.
What you embed
Enforcement, attribution, fleets, local-first.
Denied at exec, below userspace, on Linux
A kernel Execution Gate on Linux, scoped to the agent's process tree: unknown binaries are denied at exec, below userspace, where a hijacked agent cannot reach. Prompt rules and proxies cannot guarantee that.
Per-tenant attribution, read from the kernel
Every check and every incident is attributable to the exact tenant, agent, and Kubernetes pod. Identity comes from the kernel cgroup (Linux), so a compromised agent cannot spoof or shed it.
Built for fleets
Agents self-register under stable IDs and survive restarts. One node runs many tenants; one rogue pod is named and contained at the pod, while every other tenant stays untouched.
Local-first, like your customers demand
No mandatory cloud control plane, no data leaving the customer's infrastructure. Source-available under licence: your security team can read the code, including the eBPF that does the enforcing on Linux.
Multi-tenant, on a real cloud kernel
One rogue agent in a shared fleet, named and contained at the pod.
An unedited recording on a Linux Kubernetes node shared by two tenants: one agent pod goes rogue, every incident is attributed to the exact tenant and pod, and the Execution Gate arms scoped to only that pod. The benign tenant and the host never notice.
- Attributed
- Every incident is attributed to the exact tenant and pod.
- Scoped
- The Execution Gate on Linux arms scoped to only that pod.
- Untouched
- The benign tenant and the host never notice.
How embedding works
One integration. Every customer workload.
Your runtime installs InnerWarden alongside the agent it deploys. You ship a security story your competitors answer with a prompt.
- Screened locally
- Every command the agent runs is screened locally in milliseconds.
- Armed per agent or per pod
- On Linux hosts, enforcement can be armed per agent or per pod.
- Stays on the box
- Verdicts, incidents, and the hash-chained audit trail stay on the box, surfaced to you or your customer through a local API.
Design partners
We are picking a small number of platforms to build this with.
If you ship coding agents, ops agents, or agent infrastructure, we will work directly with your team.
- Integration support
- Policy tuned to your workloads
- A straight line to the people writing the eBPF
Apply as a design partner
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