Authority
Identity, purpose, action tiers, approval, and evidence for agents that can cause side effects.
I founded Neul Labs to work on the layer that determines whether an AI system can be trusted with real work: state, authority, evaluation, execution boundaries, recovery, and operational ownership.
When an AI system can call tools, write code, change data, or affect the physical world, reliability depends on the architecture around inference.
Identity, purpose, action tiers, approval, and evidence for agents that can cause side effects.
Explicit state, checkpoints, idempotent effects, replay, reconciliation, and recovery.
Exact and adversarial tests that reveal plausible but incorrect code or agent behaviour.
Local, embedded, and multi-provider execution with explicit resource and compatibility boundaries.
Custom sandboxes, isolated workspaces, scoped credentials, and clear tool interfaces.
Observability, budgets, versioning, kill switches, rollback, and an accountable human owner.
Runtime governance for identity, purpose, policy, privacy, model risk, oversight, and evidence.
View source ↗Durable agent state and checkpoint operations, with carefully scoped project benchmarks.
View source ↗Git-native coordination events for measuring multi-agent work before the pull request.
View source ↗A public execution-boundary reference for isolated agent workspaces.
View source ↗A crash-safe multi-agent harness and practical coordination artefact.
View source ↗The current public organisation index and source for project status.
View source ↗The linked repositories contain source, documentation, and measured project results. No external audit, certification, or customer deployment is published for these systems.
Dipankar Sarkar founded Neul Labs and works through Neul Labs Limited as a principal consultant and hands-on applied AI systems engineer.
Neul Labs works on dependable AI and agent infrastructure: runtime governance, durable orchestration and recovery, model routing, evaluation, local inference, execution boundaries, and operational tooling.
A substantial body of public reference work is available through the neul-labs GitHub organisation. Public code establishes inspectable design and implementation work; it does not imply customer adoption or certification.
Dipankar Sarkar is based in St Andrews, Scotland, and normally delivers work remotely through Neul Labs Limited.