Features
Everything you need to run an research team
Six core capabilities, one platform. No glue code, no half-built integrations, no surprises in the clinic.
Open Methods Core
Self-hosted, MIT licensed, no vendor lock-in. Fork it, audit it, run it on your own infrastructure forever
Predictable Costs
Automated quality thresholds keep recordings clean. No more discovering corrupted data after a week-long study
Full Observability
Every prompt, tool call, and decision logged. Replay any session, debug any failure, audit any run
Bring Your Own Hardware
Works with major EEG amplifiers, dry and wet electrodes, research and clinical systems. Switch hardware without rewriting a single pipeline
Orchestration
Coordinate multi-channel recordings with synchronized timing, dependencies, and shared session context across runs. Build acquisition graphs where a master clock aligns devices, montages define channel groups, and processing nodes execute. Every transform ties back to the original recording.
Build acquisition graphs across devices, channels, and montages- Delegate tasks across hierarchies automatically
- Share context between recordings in the same study
Processing Runtime
Long-running recordings with persistent state, resumable sessions, and graceful artifact recovery. State saves to disk on every step, so a killed process picks up exactly where it left off. No lost data, no corrupted sessions, no restarted recordings.
- State persists to disk on every step
- Resume sessions exactly where they stopped
- Sandboxed execution prevents cross-contamination
Tracing
Every prompt, tool call, and decision logged. Replay any session step-by-step in the dashboard, search runs by prompt or outcome, and debug failures in minutes instead of hours. Export traces to your existing observability stack when you need to.
- Full trace timeline for every recording session
- Step-by-step session replay in the dashboard
- Search runs by prompt, tool, or outcome
Governance
Automated quality checks flag bad channels and noisy segments before they corrupt your dataset. Set thresholds per device, study, or session. Real-time signal-quality attribution shows exactly which electrode caused an artifact, with full transparency into every processing step.
- Approval gates on hires, strategy, and budget changes
- Pause, annotate, or terminate any recording at any time
- Hard caps stop runaway loops before they spend
Testimonials
METRICS
Infrastructure That Delivers Measurable Impact
+5x
Analysis throughput
-94%
Reduction in runaway costs
+12.4k
research citations and growing