Govern every agent in production.
The open-source nono runtime secures a single agent at the kernel. nolabs Enterprise turns that runtime into fleet-wide governance — one policy plane across every developer machine, CI runner, container, and cloud, with the audit trail security and compliance teams require.
Agents don't break in. They log in.
Every isolation tool built to date draws a wall around a machine — a VM, a namespace, a container — to stop one tenant from reaching another. Agents invert that threat model. The dangerous actor isn't a hostile neighbor breaking in; it's the workload you deliberately ran, holding the credentials you issued, calling the APIs it was meant to call.
The mismatch is structural. The unit of protection is the machine; the unit of risk is the action — this file, this socket, this credential, this tool call. A prompt-injected or simply over-eager agent never has to escape the perimeter to do harm. It can misuse the authority it was already given.
The missing layer is a capability boundary that governs an agent's authority across the entire execution chain — giving it the tools it needs without ambient access to everything those tools can reach.
From developer runtime to enterprise control plane
The capability boundary is proven one developer at a time in open source. nolabs Enterprise lifts it to the organization: the policies that ship in the OSS runtime become signed, versioned, and centrally distributed across your whole fleet.
It's the layer where the VP of Engineering and the CISO meet — preserving developer velocity while providing the provable, fleet-wide control and auditability the enterprise requires.
Fleet-wide policy
Author, distribute, and version boundaries across thousands of agents from one control plane. Org-level guardrails a local profile cannot override.
Live observability
Every decision, every agent, in real time. Trace any action back to the policy that allowed it.
Approvals & guardrails
Route high-risk actions — like reaching for a production credential — to a human-in-the-loop workflow, backed by attributed audit history.
Compliance evidence
Tamper-evident audit trails designed to map to SOC 2, ISO 27001, and NIST AI RMF controls.
Identity & access
SSO, SCIM, and fine-grained roles so the right teams own the right boundaries — with policy bound to workload identity.
Hosted agents
Spawn coding agents in milliseconds, sandboxed from the first instruction.
Enforcement at the kernel boundary
The control plane isn't a wrapper around a sandbox. It governs an enforcement engine built on four primitives — the same ones that make the runtime tamper-evident.
Credential brokering
Authentication is detached from the agent. A broker holds the token and injects it only at the point of use, behind path-level allowlists — so there is nothing in memory, environment, or filesystem to steal.
Delegated capability enforcement
Every delegated tool executes with authority narrower than its caller's. A tool can read the repo but never reach the private key — the boundary follows the whole execution chain, not just the outer process.
Kernel-enforced scoping
Constraints are applied at the syscall boundary using the operating system's native enforcement hooks, so per-tool controls cannot be bypassed from user space — and cost effectively nothing to stand up.
Cryptographic attestation
Every tool spawn and file access is verified and logged, producing a high-fidelity, signed record of the agent's supply chain — cryptographic proof that behavior matched sanctioned policy.
Evidence you can prove, not logs you hope survive
Because enforcement sits in the path of execution, every governed action produces a structured, tamper-evident record: what the agent attempted, the capabilities it requested, the policy decision, and what actually ran. Per-session ledgers stream to a central store where integrity is re-verified on ingest.
“Show me every agent that touched a production secret this quarter” becomes a single query with cryptographic provenance — turning per-session artifacts into verified fleet records that map to SOC 2, ISO 27001, NIST AI RMF, DORA, and the EU AI Act.
Want the open-source runtime today? It's Apache-2.0 — nono.sh/docs.
Built for regulated environments
The same records do more than satisfy an auditor. For teams in scope of DORA, they reconstruct an ICT incident — which agent, which action, which credential, in what order — on the timeline supervisors expect, and show the third-party services your agents actually reached. For high-risk systems under the EU AI Act, they stand as the automatic record-keeping and human-oversight trail the Act asks for: what the agent attempted, the policy decision, and the person who approved it.
We give you the evidence. nono makes sure the record is there, intact, and provable.
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