Robo Assistant Capability Network
Turn your device network into one goal-aware machine.
Robo Assistant discovers devices across a place, decomposes them into inputs, outputs, connections, limits, drivers, and commands, then exposes those capabilities to business goals through safe command execution and verification.
Not just a hub. Not just a router. Not just a robot controller.
Robo Assistant maps the capabilities of a place, not only the list of connected devices. It turns physical infrastructure into a commandable, goal-aware network that can explain what a place can do before the Goal System asks it to act.
A normal network map shows routers, cameras, sensors, printers, and machines. A Capability Map shows that a place can detect movement, open a gate, lift 20 kg, scan a marker, verify temperature, print a label, move an item, or trigger a workflow.
Capability Map: the live model of what a place can do
Every discovered node is decomposed into the things it can sense, control, communicate, constrain, and prove. The result is a Place Capability Map that business workflows can query before choosing a command path.
Inputs
Telemetry, sensors, cameras, switches, scans, logs, operator signals, and state changes.
Outputs
Movement, locking, printing, signalling, lifting, routing, scanning, actuation, and workflow triggers.
Limits
Precision, capacity, speed, zones, duty cycles, safety constraints, permissions, and available drivers.
Shared Capability Mesh
Multiple Robo Assistants can participate in the same place. When they share a common context route — for example through Redis, Context Engine, and the same place scope — they can merge their local discoveries into one shared Capability Map.
Each node contributes what it can sense, control, and do. The Dynamic Capability Mesh lets one area know that another assistant has the right sensor, driver, robot, gateway, or command option for the current goal phase.
Command Runtime: from business goal to physical signal
Robo Connector defines what should happen. Robo Assistant understands what the physical environment can do. The Command Runtime converts workflow requirements into commands, resolves them against available capabilities, and sends safe signals to the right driver or channel.
Requirement
Input/output/limit/precision/phase requirements from the goal workflow.
Match
Map requirements to available devices, drivers, limits, routes, and options.
Plan
Prepare the executable command with guardrails, fallbacks, retries, and audit context.
Signal
Translate resolved actions into device-level communication, driver calls, and physical signals.
Detect → Decompose → Map → Command → Signal → Verify
Detect
Discover devices, communication methods, sensors, robots, gateways, and other Robo Assistants.
Decompose
Break each device into connections, inputs, outputs, limits, precision, safety constraints, and drivers.
Map
Build a Place Capability Map showing what the environment can sense, control, and do.
Command
Convert business requirements into commands with input, output, limit, precision, and phase requirements.
Signal
Resolve commands to available drivers, communication channels, and physical signals.
Verify
Confirm results through telemetry, sensors, logs, state changes, and Guardian checks.
Safety and verification by Guardian
Guardian keeps the Capability Network safe with limits, interlocks, zones, safe states, retries, telemetry checks, human approvals, and verification evidence before, during, and after execution.
The physical layer of the Robo Meister Goal System
Robo Connector defines goals, workflows, policies, and approvals: what should happen and why. Robo Assistant contributes the place-level Capability Network: what the environment can sense, control, and do right now.
Together they turn business goals into physical actions that are resolvable, executable, observable, and verifiable.
Interface preview
See the Capability Network in action
Explore the virtual control plane in your browser, or book a walkthrough for turning your place into a goal-aware network.
- Open Capability Map → see what the place can do
- Shared Mesh → inspect assistant nodes and context routes
- Command Runtime → resolve a business command to drivers and signals
- Guardian → verify telemetry, limits, approvals, and audit evidence