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The project system fornon-linear engineering work

Your projects aren't linear. Your tools shouldn't be either.

AI project management — from one sentence to a full dependency map.

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Why teams choose Ravel

Not another flat backlog. A planning layer that turns intent into a dependency-aware execution graph, with AI, departments, and GitHub built in.

From intent to executable plan

Describe goals in natural language. Ravel proposes departments, tasks, and dependencies in minutes, not days of manual ticket breakdown.

AI decomposition guide →
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Dependencies are the model

Parallel work with real blockers. See the critical path, not priority debates on a flat, sorted queue.

Dependency graph guide →

Built for parallel departments

Multi-team structure at plan time: owners, leads, and cross-functional QA aligned before anyone starts building.

See departments in the demo →

AI-driven progress and early warnings

AI assesses real task progress from signals, advances status when appropriate, and proactively warns when dependencies stall or delivery risk appears before someone discovers a blocker on a board.

See AI assessment →

How it works

Four steps from a sentence to a living execution graph, with the right signals for how each task actually finishes.

  1. Step 1

    Describe the project

    Share goals, scope, and constraints in natural language.

    • Ravel drafts departments, tasks, dependencies, and how each task should be completed, including code-based work.
    • You edit the graph before anyone starts.
    AI sprint planning guide →
  2. Step 2

    Confirm the plan

    Review the dependency graph (a map of which tasks block which) with your team.

    • Adjust tasks, assign owners, and align department leads.
    • Completion rules are set here so later progress is measured the way the work actually ships.
  3. Step 3

    Connect GitHub for code-backed tasks

    For tasks that complete by shipping code, connect the repository and install the webhook.

    • Commits and pull requests stream in automatically with no manual status updates.
    • AI evaluates progress against task scope and advances status when work genuinely moves.
    • Upload, link, and manual-confirmation tasks keep their own completion paths.
    GitHub sync guide →
  4. Step 4

    Execute on the graph with automatic updates

    As upstream work lands, dependent tasks unlock for the right owners without a weekly unblock-the-board ritual.

    • Task completion (merge, submission, or confirmation) advances the graph and notifies leads.
    • Delay and risk alerts fire when a dependency chain stalls, before launch day is on fire.
    • Progress stays tied to the graph, not a stale status board.
    Dependency-aware planning guide →

Built for teams who ship in parallel

Four common profiles. Each card links to the part of the demo that matters most.

Leading 5-20 engineers

Engineering managers

“I spend more time syncing status than actually building.”

Cross-team dependencies stay opaque until something blocks the launch. Ravel's graph and stall alerts show who's waiting on whom before your standup does.

See the dependency map →

Coordinating eng, design, QA, and ops

Cross-department program leads

“Our work is not a queue. It branches, merges, and blocks in three places at once.”

When handoffs cross departments, a flat backlog hides the real DAG. Ravel keeps parallel tracks, merge points, and blockers on one graph so nothing waits on the wrong assumption.

See departments on the graph →

Wearing PM and architect hats

Startup CTOs and technical founders

“I'm the PM, the architect, and the on-call engineer.”

Turn one sentence into an executable plan without standing up Jira. Keep architecture, ownership, and dependencies explicit while everyone wears multiple hats.

Watch AI decomposition →

Bridging eng and product

PMs at dev-first companies

“I write tickets. Engineers ignore them. We repeat.”

GitHub-backed progress shows what actually merged, not what the last standup claimed. Align on the graph so plans and reality finally match.

See GitHub-backed progress →

Plan from intent. Execute on the graph.

Turn one sentence into departments, tasks, and dependencies — then let GitHub signals and AI keep the graph honest.

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