VoyagerProtocol Run the client

Idle-cycle compute · deep-space research

Train your mind.
Lend your downtime
to deep space.

Voyager Protocol is a short logic-training session for your breaks — pattern recall, spatial reasoning, working memory. While you play, your machine picks up small compute fragments queued by research partners working on orbital trajectory modeling and deep-space signal analysis. You never see the queue. It runs underneath.

Currently modeling: Voyager 1 heliopause trajectory residuals — a public dataset used here as a reference workload, alongside partner-submitted jobs.

What actually happens when you play

Three things run at once. You only notice one of them.

  1. 1

    You play a short session

    Four to six minutes. Sequence recall, mental rotation, working-memory load — the kind of drills used in cognitive-training research, scored and tracked over time so the difficulty actually adapts to you.

  2. 2

    Your device claims a compute fragment

    A small, bounded unit of work — a segment of a trajectory fit, a slice of signal denoising, a batch of orbital debris propagation — is pulled from the partner queue and run in a background worker while your session is active.

  3. 3

    Results go back to the queue, not to you

    Finished fragments are checksummed, returned to the research partner's aggregator, and cleared from your device. Nothing is stored locally once a task closes out.

The network right now

Live figures, pulled from the aggregator every few seconds.

— active nodes
— teraflops contributed
— tasks closed today
— research partners

Who the queue serves

Work is submitted by research groups through the Aphelion consortium — an intake layer that anonymizes and batches jobs before they ever reach a device on the network. No partner sees individual nodes.

Orbital mechanics

Trajectory residual fitting and long-baseline propagation for objects with sparse observation histories.

Signal processing

Denoising and candidate extraction from low-SNR deep-space radio captures, ahead of manual review.

Debris field modeling

Monte Carlo propagation of fragmentation events used in collision-risk assessments.

Run the client

Browser-based. No account needed to try a session.

Compute contribution can be paused or disabled at any time from session settings. Play-only mode is always available.