RoboFacetRoboFacet

Software platform for building, deploying and managing robots

Basic product record

This page currently provides a confirmed product identity and official-site path. It is not yet a complete specification record or a buying recommendation.

Product information

Information below comes from the product website or public documentation. Pricing and availability may change.

Category
Robot Development
Maturityi
Available
Deploymenti
Cloud / SaaS
Buying / access
Buy or sign up directly
Source
Official websiteChecked Oct 10, 2026

Reality check

A demo shows what may be possible. These points help judge whether the product fits day-to-day use.

Works well when
  • Simulation, control, perception and repeatable experiments
  • Teams that can manage dependencies and hardware interfaces
  • Prototyping before committing to a physical deployment
What to check
  • Supported hardware, GPU requirements and version compatibility
  • Documentation, examples and community response
  • How simulation results transfer to the real robot
Not a magic solution
  • A guarantee that simulation equals a production cell
  • A replacement for safety validation on hardware
  • A low-maintenance toolchain without version ownership

About

Viam provides hardware and service APIs and SDKs for robotics applications. Developers can write control logic, manage machines remotely and connect robotics data to cloud applications. It is a software platform; the underlying robot hardware is selected separately.

Scenes

Software & Agent DevelopmentEducation & Research

Product details

Manufacturer / team
Viam
Product typei
Platform
Price note
Developer platform: free to start; usage-based cloud services after the first $5/month. Robotic finishing solutions are quoted separately (checked 2026-10-10).
Public API / SDKi

The cost iceberg

The purchase price is only one part of an automation project.

GPU, simulation assets and hardware adapters
Dependencies, datasets and test infrastructure
Version pinning, documentation and support
Sim-to-real gaps and safety validation