VIHA unites perception, planning and validated execution in one platform. New work is composed from a shared library of skills and verified before a robot moves, so automation extends across parts, processes and production lines. Every run is recorded, end to end.
Each installation is described as a scene: its robots, tools, fixtures and named locations. Perception resolves what is physically present, in three dimensions, and every observation is checked for freshness and consistency before the platform acts on it. Plans refer to roles and places rather than coordinates, so proven work carries from one cell to the next.
Part located6-DoF poseStation BWork is expressed as a graph of general-purpose skills. Before execution, every plan is validated for structure, reachability and data flow, and every trajectory is checked before it is admitted. New requirements reuse proven building blocks, which shortens the path from a new process to a running cell.
Plan validation Before any motion
Traceability by design
Sessions, events, task states, results and execution traces are written as structured data on every run. Completed work is kept in a queryable history, giving engineering, quality and operations teams one shared, auditable account of what the cell did and why.
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Handling, assembly, finishing and inspection are expressed in the same vocabulary of skills and run on the same platform, so each new process begins from what is already proven.
Perception services sit behind one contract and run on local hardware or dedicated compute, so sensors and models can change without rewriting the work.
Every task runs in simulation first, with the same plan, the same checks and the same record as on the production floor.
A browser-based console presents live views, perception results and run state. An interrupted step holds until an operator decides how to proceed.
Safety is part of the platform’s architecture, not an addition to it. Faults are classified by severity and handled accordingly, operator and hardware stops share a single cell-wide line, and a stopped cell keeps hold of what it carries. The platform runs on your local network; cloud compute is optional, never required.
Discuss your requirementsWe study the process, the parts and the constraints of your floor, and define precisely what a cell must achieve.
OutcomeScope and feasibility
Start a conversationThe cell is built and proven in simulation, then commissioned on site against acceptance criteria agreed in advance.
OutcomeA validated cell
Start a conversationProven skills, plans and scenes carry to further lines and sites, with every run on record from the first.
OutcomeRepeatable rollout
Start a conversationVIHA designs and deploys autonomous robotic cells, and builds the platform that runs them: perception, planning, validated execution and a complete record of every run.
The platform is domain-neutral. Work is described as a graph of general skills, so handling, assembly, finishing and inspection are expressed in the same way. Every engagement begins with an assessment of whether a robotic cell is the right fit.
A new task is composed from the existing skill library, validated for structure, reachability and data flow, and proven in simulation before it runs on the cell.
Plans and trajectories are checked before execution, faults are classified by severity, operator and hardware stops share one cell-wide line, and outputs fail closed. After an interruption, the cell waits for an operator decision rather than retrying on its own.
The platform runs on your local network and records each run on site. Cloud compute is optional and used only where you configure it.
Session metadata, events, task states, results and execution traces, with completed work kept in a queryable history for engineering and quality review.
Tell us about the process you want to automate. We will tell you plainly whether a robotic cell fits, and what it would take.
Tell us about the process you want to automate. We will tell you plainly whether a robotic cell fits, and what it would take.
VIHA, Inc. · Dallas-Fort Worth, Texas
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