Tetherlab vs Augment Intent
Overview
Augment Intent is the closest tool to Tetherlab's model. It decomposes a spec into a dependency-ordered plan, runs specialist agents in parallel, and verifies their output against the spec. Tetherlab coordinates a different way: a persistent, shared semantic concept registry that flags two agents' intents colliding before either writes code. This page sticks to what each tool's own documentation states.
How Augment Intent works
Augment's docs describe a Coordinator, Implementor, Verifier pattern. The Coordinator decomposes a task into a dependency-ordered plan, parallel Implementors execute scoped subtasks in isolated git-worktree environments, and a Verifier validates each output against the original specification. Failed subtasks route back through the Coordinator with structured feedback.
Where the two differ
Both coordinate around the plan rather than the diff. The difference is what they coordinate on. Augment's conflict prevention is dependency ordering in a per-task plan plus filesystem isolation between Implementor environments. Tetherlab's is a persistent shared concept registry that outlives any single task and detects two agents touching the same concept across the team.
Augment markets cross-service and cross-repo scope, so this page does not call Intent single-machine. Whether Intent provides a signed audit trail is unverified, so it makes no claim either way. The honest line is about a persistent shared registry versus a per-task DAG, not about capabilities we have not confirmed.
Side by side
| Capability | Tetherlab | Augment Intent |
|---|---|---|
| Coordinates at the plan stage | ||
| Conflict prevention mechanism | Intent collision on shared concepts | Dependency DAG + worktree isolation |
| Persistent shared concept registry across tasks | ~ | |
| Signed intents tied to developer identity | ~ | |
| Wraps external agent CLIs at the process level | ~ |
The partial marks are deliberate. Intent does carry a living spec and a bring-your-own-agent mode; the distinction is persistence and scope, not absence.
When Augment Intent is the right choice
When a single living spec is the natural coordination mechanism and one developer is orchestrating a wave of agents against it, Intent's coordinator and verifier give a clean decompose-and-check loop. It is a capable orchestrator for spec-driven, multi-step tasks.
Where Tetherlab adds scope
When coordination needs to persist across many tasks and many developers, the shared concept registry becomes the durable source of truth, not a per-task plan. Read the semantic concept catalogue for that layer, or cross-machine coordination for the team view.
Frequently asked questions
- Is Augment Intent single-machine?
Augment's documentation describes cross-service and cross-repo scope, so this comparison does not claim Intent is single-machine. The clearer distinction is that Tetherlab coordinates on a persistent shared concept registry across tasks and developers, while Intent coordinates around a per-task dependency plan with worktree-isolated environments.
- Does Augment Intent have a living spec like Tetherlab's concept registry?
Intent works from a specification the Verifier checks against, and decomposes it into a dependency-ordered plan. Tetherlab's concept registry is a persistent, master-owned semantic graph that outlives any single task and is the unit conflicts are matched against.
- Can Tetherlab wrap agents used inside Augment Intent?
Tetherlab wraps agent CLIs it supports at the process level, today Claude Code and OpenCode. Whether that composes inside another orchestrator's environment depends on that environment; this page makes no claim about Intent's internals.