Autonomous operations, accountable by design

Closed-loop autonomy with bounded authority.

We build systems that take action on live production — yet keep humans in command. Authority is bounded. Every action is traceable. Oversight scales with consequence.

See the operating model
94%
match rate from a closed-loop reconciliation agent under tight bounds
$25k
auto-reroute threshold; above it the agent escalates with priced options
100%
of autonomous actions logged with identity, model version, and policy state

Sense, decide, act, verify — and answer for the action.

The Challenge

Task automation stops where consequence begins.

Most automation programs end at the point where the decision actually matters. RPA bots execute scripted steps. Workflow tools route tickets. The moment the work needs to read a live system, make a judgment, and act on the result — automation hands back to humans. The hand-back is where throughput goes to die.

01

Bots that cannot decide

Existing RPA executes the script but cannot reason about exceptions. Every exception becomes a queue.

02

Autonomy without accountability

Some systems can act. They do not log why. When the regulator asks who decided, the answer is 'the model.' That answer does not pass.

03

Oversight that does not scale

Every decision goes through the same approval queue, whether it is a $50 reroute or a $5M commitment. The high-consequence decisions wait behind the low ones.

04

Failure modes nobody monitors

The agent stops, hangs, or drifts. The operator finds out from a customer complaint. There is no supervisory layer.

The Solution

Autonomy bounded by policy, observed by supervisors, traceable by design.

We deliver closed-loop autonomy that operates on production — and we build the oversight architecture that makes that operation defensible. Authority is bounded, revocable, and tuned to the consequence of the action.

Closed-loop autonomy

Sense → decide → act → verify cycles running continuously on production systems. The loop is the unit of work.

Human-on-the-loop control

Bounded autonomy with escalation thresholds tuned to risk and consequence. Humans see what they need to, when they need to.

Governance and policy agents

Supervisory agents that monitor other agents for policy adherence and anomaly. The mesh polices itself.

Full action traceability

Every autonomous decision is logged, attributable, and auditable end to end. The audit trail is generated, not assembled.

How It Works

Sense, decide, act, verify — under policy.

Every autonomous system we ship runs the same closed loop, governed by the same five principles. The principles are what make autonomy auditable.

BOUNDED AUTHORITY · ESCALATION THRESHOLDSSENSEDECIDEACTVERIFYSUPERVISORAUTOSUPERVISORHUMANoversight bus
Bounded, revocable authorityEvery agent's authority is defined in policy. Policy can be revoked at any tier.
Escalation by consequenceLow-cost reversible actions auto-commit; high-cost or irreversible actions escalate.
Self-monitoring agent meshesSupervisory agents observe operational agents for drift, anomaly, and policy violation in real time.
High availability & failoverClosed loops are designed to degrade safely, not stop. Failover paths are explicit.
Accountability built inEvery decision carries identity, timestamp, model version, input hash, and policy state. The audit trail is the runtime.
What We Build

Closed-loop autonomy in production.

01

Closed-loop operating agents

Sense-decide-act-verify systems running against live production data, with bounded authority and explicit failure modes.

02

Escalation routing layers

Decision authority routed by consequence — automatic for reversible low-cost actions, escalated for high-cost or irreversible ones.

03

Supervisory policy meshes

Governance agents that observe other agents, detect drift and anomaly, and revoke authority on policy breach.

04

Action provenance stores

Every autonomous action recorded with identity, model version, input hash, policy state, and outcome. Queryable, not just logged.

05

Failover and degradation paths

Designed degradation behaviour. When the loop cannot complete safely, it stops in a defined state, not a random one.

06

Operator interfaces for oversight

Operator screens designed for the human-on-the-loop role — for stepping in at the right moments, not staring at dashboards.

Operating standards
NIST AI RMFISO/IEC 42001OpenTelemetryTemporalOPASigstore

Trusted by

AlfaTKG
Epsilon
Pull Logic
EdIndia Foundation
GoFloaters
HCL GUVI
ZIGChain
Incede
J&F Engineering
TEL — Turbo Energy
Kalvi40
Regamos