Describe the hardware
Capture what is physically true: processors, memory, buses, pins, partitions, and onboard peripherals.
The Senytics platform
From hardware constraints to a running product.
Senytics connects hardware truth, reusable capabilities, device software, configuration, delivery, and operations. Each layer has a clear contract—and each decision remains traceable.
A durable abstraction
Abstract the capability. Keep the hardware constraints.
Cross-hardware does not mean pretending boards are identical. It means resolving the same product intent against explicit facts and failing clearly when a requirement cannot be satisfied.
Define the capabilities
Express what the product should do without binding its behavior to a vendor-specific board API.
Match compatible components
Select modules and drivers that satisfy those requirements on the chosen hardware.
Ship a versioned product
Keep product intent, configuration, software, and operating behavior together through delivery.
Resolution, not guesswork
A capability graph built from declared facts.
Hardware definitions provide the physical constraints. Senytics matches those constraints with compatible modules and drivers before a build reaches the device.
INPUTBoard factsmemory · buses · pins · partitions
resolve
CAPABILITY GRAPH
presence.detectLive
light.controlLive
system.updateBeta
One operating loop
Configure → Build → Deliver → Operate
The workflow is one connected chain, not a bag of disconnected tools.
Compatibility without guesswork
Know why a device can run your product before you build.
Senytics evaluates hardware, required resources, modules, and drivers together. You get a clear result when a combination is supported—and a useful explanation when it is not.
Explore supported hardware in Docs✓
Hardware resourcesMemory, buses, pins, and partitions
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Capability coverageRequired behavior has a supported implementation
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Configuration fitSelected components can work together
Start with the real system
Bring the board, the constraints, and the workflow.
We work best with teams moving from a promising prototype toward repeatable device delivery and operations.