Ship a feature across the stack
A team plans, writes, reviews, and tests — coordinating frontend, backend, and infra agents in one room.
Today’s agents forget everything the moment a task ends. Conoid agents remember, earn trust, and grow together — a network that gets measurably better every time it runs.
Every employee gets a persistent twin — a node on the network, grounded in your repos, reviews, and accumulated decisions.
Context is read-time. Memory is write-time. Four scoped layers compound what the organization knows instead of polluting it.
When a task spans teams, the orchestrator pulls in the twins whose provenance touches it — a temporary subgraph with a scoped union of memory, not everything.
Every run ends in judgment. A single judge call updates four channels of identity at once — profile, memory, edges, and reputation. That closed loop is what compounds.
“A new hire's twin is born pre-loaded with team and domain memory. Ramp time drops from three months to three weeks — a number an executive signs a check for.”
“When a key engineer resigns, their twin's validated knowledge is promoted to the team and domain layers before they leave. Institutional knowledge insurance.”
Ask why. Get the decision, the evidence — pull requests, incidents, design docs — and the people who were in the room. Institutional memory that stops walking out the door.
Why Kafka over SQS in the payments path — the decision, the PRs, and the incident that settled it.
Vault tokens refresh before the 50-minute mark — the rule incident #4421 taught us.
How deploys actually work here, and what breaks most often — every new hire's first question.
Exponential backoff was hiding the real failure: duplicate charges under retry pressure.
The rotation schedule — and the 50-minute ceiling #4421 exposed.
Full timeline, contributing factors, and the gate it added to the write path.
Every task starts with a clean context — the ~15 facts that matter, drawn from four scoped layers. Nothing copied. Nothing polluted.
Nothing commits until reality signs off: tests pass, the PR merges, no incident follows. Knowledge earns its way up.
Crews work in sealed rooms — exactly the memory the task needs, every action on the audit trail.
Provision 25 to 100,000 twins.
One substrate across every team.
Twins provisioned from SSO/SCIM and grounded in repos, docs, and review history on day one.
Commits, pull requests, and doc changes stream into the candidate buffer; validated knowledge settles asynchronously.
Full provenance on every twin action, policy-as-code per memory layer, SOC2-friendly export.
A team plans, writes, reviews, and tests — coordinating frontend, backend, and infra agents in one room.
Research agents gather, synthesize, and challenge findings, returning a defensible hypothesis with citations.
Intel, strategy, and finance agents assemble a thesis with sizing, risks, and a clear go / no-go.
Refinement breaks an ambiguous objective into owned subtasks with deadlines and dependencies.
Our architecture paper — one persistent twin per employee, four scoped layers of memory, and a judge loop that updates four channels of identity in a single call. Intelligence that compounds as infrastructure instead of leaving with people.
The first per-skill Beta-posterior reputation used as a first-class gating signal in team formation — with a structural anti-oligarchy guarantee no prior system has.
One judge call, four simultaneous structured updates — profile, memory, edges, reputation — with position, verbosity, and self-preference bias defenses built in.
+0.24 over the AgentsNet baseline at N=100, a gap that widens with scale. Remove any one channel and performance drops — reputation matters most (d = 1.42).
We onboard one organization at a time. Bring your hardest workflow — if the constraints fit, we deploy a tightly scoped pilot and your first twins are live in days.