Amplified Capability
Take capability beyond.
Harness gives you the engine. Pnyon gives it somewhere to go. Your agents already write the code. Pnyon is the hosted environment they run in — shared context, runtime verification, and economic control, beyond the local terminal.
Field 00 — the constraint
Every agent operates within a boundary. What it learns, remembers, and verifies stays trapped in one session and one local terminal — never shared, never durable, never governed.
Meanwhile the work ships anyway — fast, unverified against real behavior, unbounded in spend. Today that operational risk is yours to carry.
Capability is set by the environment around the agent, not the agent alone. Pnyon moves the boundary.
Where Pnyon sits
It plugs into the stack you already run.
The agents and signals you already have on one side; your production on the other. Pnyon is the governed environment in between — it connects your tools, it doesn't replace them.
- Claude Code
- Cursor
- OpenCode
- GitHub
- CI/CD
- APM
- Vault
- Relay
- Gate
- Console
Verified merges to your repos
governed · replayable · on the record
In practice
- Gate
A regression, caught
An agent ships a refactor. The Gate replays real recorded traffic against it, catches a regression static review would miss, and rolls it back — before it merges.
- Vault
Context, shared
One agent works out a gnarly migration. The Vault turns that into queryable memory, so the next agent — on a different repo — starts from it, not from scratch.
- Relay
Spend, governed
A queue of missions builds overnight. Relay’s two-cost model runs the highest-leverage work first, under a hard spend ceiling — nothing runs unbounded.
The datasheet — four subsystems, one environment
Everything around the agent.
- 01VAULT
Pnyon VaultShared context
What one agent learns becomes durable, queryable capability for every agent on the team — per-session context turned into hosted institutional memory, always fresh, reachable over MCP.
Track — Vault & continuous comprehension
- 02RELAY
Pnyon RelayEconomic dispatch
Runtime signals come in; the highest-leverage missions go out first. A two-cost priority model runs the most valuable work under hard spend ceilings — nothing runs unbounded.
Track — Relay & economic dispatch
- 03GATE
Pnyon GateRuntime verification
Agent output is exercised against real, replayed runtime traffic before it merges — not just read but run, so regressions surface before they ship rather than after.
Track — Gate & runtime verification
- 04CONSOLE
Pnyon ConsoleGovernance
Live visibility, forensic replay, and human control over autonomous runs — the cockpit where an Outpost Steward watches, intervenes, and holds the line.
Track — Console & governance
The traversal — adapt · amplify · act
How work crosses the line.
A signal lands — a failing check, a flagged regression. Relay weighs it against everything in flight and dispatches the highest-leverage mission; the agent works from the Vault's shared context; the Gate replays real traffic against the result and rolls it back if it regresses; the Console keeps the whole run on the record.
RUNVault — shared context loaded
A mission moves through the Pnyon environment in four stages: Vault loads shared context, Relay dispatches it by economic priority, Gate verifies the output against replayed runtime traffic, and Console governs and logs the run — crossing the boundary from the local terminal to production.
- 1
Adapt
Context stops dying with the session. Each run feeds a shared, continuously indexed memory that adapts across every repo the team operates.
- 2
Amplify
The environment extends the agent — verification, orchestration, and economic priority the local terminal could never provide. Capability is set by what surrounds the agent.
- 3
Act
Autonomous work executes past the boundary, governed and replayable — force transmitted where it counts, under real-time human control.
Governed to enterprise standards
Autonomous work still answers to a human.
The controls a platform lead needs before turning agents loose on a production repo — sign-on, an unbroken record, and a way to stop the line.
- CTRL 01
SSO / SAML
Enterprise sign-on that maps to the identity provider your platform team already runs.
- CTRL 02
Immutable audit log
Every autonomous action recorded in a tamper-evident chain — provable after the fact, not reconstructed.
- CTRL 03
Break-glass override
A governed emergency stop and manual override, because autonomous work still answers to a human.
Straight answers
Before you ask.
What’s the difference between Harness and Pnyon?
Harness is the engine that builds and runs your coding agents. Pnyon is the hosted environment that engine plugs into — shared memory, runtime verification, and economic control, beyond the local terminal.
Do I have to change my agents or CI?
No. Pnyon connects to what you already run — Claude Code, Cursor, or OpenCode for agents; GitHub, CI/CD, and APM as signal sources. It’s the environment around them, not a replacement.
How is this different from CI and code review?
CI and review read the diff. The Gate exercises it against real, replayed runtime traffic and rolls it back if behavior regresses — and adds shared memory and economic priority neither one gives you.
Where does it run, and is it governed?
Pnyon is multi-tenant hosted at pnyon.com. Verification runs in ephemeral sandboxes torn down after each run, every autonomous action lands in an immutable audit log, and a break-glass override is always in reach.
Early access
Built for teams already running agents at volume.
Access opens to platform teams already running agents across real production repos — the first Outpost Stewards.
What happens next
- Request access — we open your Outpost as spots free up.
- Connect your repos, agents, and signal sources.
- Dispatch — Pnyon shares context, verifies runtime, and governs spend.
No spam — we reach out directly as spots open.