Introducing ARP: capability-oriented infrastructure for reliable agentic systems
ARP combines COP, ARP Standard v1, and JARVIS to deliver bounded, auditable agentic workflows.
Updates, release notes, and deep dives from the ARP maintainers.
We publish:
If you’re new, these posts establish the core mental model.
ARP combines COP, ARP Standard v1, and JARVIS to deliver bounded, auditable agentic workflows.
A hands-on walkthrough of a single run that produces bounded candidate menus, enforceable constraints, policy decisions, and a durable event timeline.
ARP Standard v1 defines the contracts and artifacts for bounded, auditable capability execution—without standardizing planner internals.
ARP combines COP, ARP Standard v1, and JARVIS to deliver bounded, auditable agentic workflows.
A hands-on walkthrough of a single run that produces bounded candidate menus, enforceable constraints, policy decisions, and a durable event timeline.
ARP Standard v1 defines the contracts and artifacts for bounded, auditable capability execution—without standardizing planner internals.
COP treats capability reliability as the unit of engineering. Build around what nodes can consistently do, prove it with evaluation, and reuse it safely.
JARVIS is the first-party OSS reference stack for ARP Standard v1. Run it end-to-end, inspect artifacts, and use it as a baseline for your own implementations.
The questions we keep hearing: why ARP, how it relates to frameworks and tool protocols, what’s standardized, and how teams adopt incrementally.
ARP treats external protocols and runtimes as capability sources: wrap them as NodeTypes, bound them with CandidateSets, and govern them with policy checkpoints.
We’re happy to review integration writeups, implementation notes from building conformant components, and case studies.