Hardware becomes tribal knowledge
Board facts, pins, buses, memory, and peripherals live in code comments, spreadsheets, and the engineer who wired the first unit.
A capability platform for physical systems
Build intelligent devices without betting on one board.
Senytics turns hardware facts, device capabilities, firmware, configuration, and operations into one versioned model—so teams can move from a working prototype to a repeatable product without rebuilding the foundation.
Built for
Hardware + AI teams · Connected products · Robotics · Industrial edge
Capability graph
ValidatedHardware facts
BoardESP32-S3
BusI²C · PWM · GPIO
ResourcesFlash · RAM · Pins
Capability model
01Lightrgb · fade · state
02Presencedetect · event
03Connectivitycommand · telemetry
01Configure
02Build
03Deliver
04Operate
The structural problem
Your prototype worked. The system around it did not scale.
Most device teams do not fail because one driver is missing. They slow down because every layer carries a different model of the same physical system.
Firmware and cloud drift apart
Commands, configuration, status, and errors evolve independently until every integration needs a special case.
Every project rebuilds the foundation
Build, flashing, device identity, updates, monitoring, and recovery are recreated instead of becoming reusable system assets.
Automation gets a weaker interface
Web, CLI, CI/CD, SDKs, and AI agents receive different semantics instead of one constrained capability and operation model.
The Senytics system
One model. Three product surfaces. No hidden translation layer.
The device runtime, shared control plane, and developer interface consume the same capability and operation semantics.
01 · DEVICE
SenCore
Resolve capabilities against hardware facts, run reusable modules and drivers, and expose structured device operations.
Explore the runtime ↗02 · PLATFORMSenHub
Connect projects, builds, configuration, release identity, device binding, delivery, and monitoring in one control plane.
Explore the control plane ↗03 · INTERFACESenCLI
Give developers, pipelines, and MCP-capable agents one constrained interface to platform and device workflows.
Explore the CLI ↗Designed for the next threshold
Move the whole device workflow forward.
A hardware platform earns its place when it reduces structural work across the product lifecycle—not when it adds another dashboard.
Change hardware without losing product intent
Update declared facts, resolve compatibility, and preserve capability requirements instead of forking the whole product.
Know exactly what is running
Keep the project, configuration, build, release, and deployed device connected through delivery.
Give every operator the same rules
Web, CLI, CI/CD, and agents use constrained operations with consistent validation and failure semantics.
Turn project work into reusable system assets
Capabilities, definitions, drivers, configuration, and release knowledge survive beyond the first deployment.
Available capabilities
Know what is ready for your workflow.
Product states make it clear which workflows are ready now and which are still being hardened.
See trust boundariesLive
Configure and buildProjects, capability configuration, firmware compilation, and configuration bundles.
Live
Bind and operateDevice identity, project binding, structured commands, and monitoring foundation.
Beta
OTA operational experienceThe delivery chain exists while reliability edges and product UX continue to harden.
Beyond one vertical
A system layer for intelligent devices.
Robotics matters. It is one application domain—not the definition of the platform.
Explore use casesControlled early access
Build the foundation you want to keep.
Bring a real board, a real workflow, and the system pressure that appears after the prototype works.