Build software with looms of agents.
CodaClave is developing the Synergy Operations paradigm for agentic engineering — a bounded, recursive factory where agents plan, build, verify and ship, and every change carries a receipt.
Geometry is architecture. Topology is intelligence. Synergy is emergence.
The factory is not a queue of prompts. It is a structured topology of agent loops — nested, linked, and geodesic — where coordination is a property of the shape, not an afterthought. Bound the scope, prove the work, and intelligence accrues at every scale.
Three parts, one backbone.
The LOOM paradigm
Recursive, geodesic agent topologies — micro to cosmic. Loops within loops, linked by Hopf fibers, coordinated on a shared substrate.
Read the paradigm →Synergy Operations
Intent to release in eight bounded moves. One owner per surface, no direct overwrite, and no green status without a receipt.
See how it runs →Deep-Diff-Forge
A Rust review engine that keeps patch truth sacred while layering semantic intent, risk ranking, and agent annotations on top.
Open the Forge →The Loom Lattice — a geodesic recursive agentic system.
From a single operation to a planetary constellation.
Eight bounded moves from intent to release.
A review engine for the age of agent-written code.
Deep-Diff-Forge treats a diff not as a blob of +/− lines but as a review: patch truth preserved, semantic intent exposed, risk ranked — built for humans reviewing AI changes and for the agents that drive review.
Mathematical realities that transcend human understanding.
Fourteen chapters argue that human mathematical cognition operates within severe biological constraints — and that AI, quantum computation and comparative cognition point to mathematical domains beyond them. The intellectual bedrock beneath the LOOM paradigm.
Read the book →From the workshop.
One owner per surface: the rule that makes agents safe
Why leases — not locks — are the primitive that lets many agents write without corrupting each other.
Receipts are truth: verification outside the loop
No green status without a receipt. How independent judgment keeps a self-driving factory honest.
Hopf fibers: linking loops without collisions
The topology behind stacked looms — why non-colliding fibers hold a loom-of-looms together.
Request access to the Loom Lattice factory.
We are building in the open. Tell us what you are trying to ship, and we will show you the floor.
Request access →Waitlist
Be first to run production Looms. We store email only as needed for launch updates (see Privacy).