Agentic robotics for manufacturing.
Connect your equipment. Automate the work.
A.T.O.M. helps industrial teams use robot arms and shop-floor machinery with greater ease and confidence.
Our agentic software platform sits on top of new or existing hardware, translating operator intent into coordinated, safety-aware machine instructions. Vision, calibration, task constraints, end-effector control, and motion planning come together in one workflow for repeatable automation.
A.T.O.M. coordinates a robot arm with a FANUC RoboDrill CNC machine in a three-part tending workflow: load the workpiece, start the cycle, and return the finished part. The same integration layer is designed to connect the equipment that makes a workcell run, including automated vises and varied end effectors.
01 / Load
A.T.O.M. guides the robot to grasp a metal workpiece, orient it for the workcell, and place it into the RoboDrill vise. The workflow can be adapted to the grippers, fixtures, and clamping equipment used in a production cell.
02 / Run
The robot closes the CNC door, locates the cycle-start control, and starts the machining operation. A.T.O.M. is built to learn the interfaces and operating steps of the equipment already on a shop floor.
03 / Unload
After machining, the robot opens the door, retrieves the processed workpiece, and returns it to position. Structured task plans and reusable workflows make repeatable multi-step automation easier to set up and refine.
Capabilities
Describe the task in plain English, then let A.T.O.M. translate intent into structured workcell automation. The platform combines natural language control, vision, calibration, task planning, equipment interfaces, and operator-friendly tooling to make automation faster to set up and easier to adapt.
Describe the task in plain English. The agent proposes a safe, structured plan across robots and connected equipment, prompts for constraints, and produces repeatable programs.
Practical perception and workspace calibration so your robot can act on real coordinates - robustly and repeatably.
A.T.O.M. connects perception, constraints, end-effector control, and motion planning so one operator request can become a coordinated sequence across a workcell.
A practical path for connecting robot arms, machinery, end effectors, and cell peripherals with versioned programs and repeatable setups.
Demos
These demonstrations show A.T.O.M. translating operator intent into grounded workcell behavior across packaging, tool handoff, object recognition, shared workspaces, and multi-object autonomous execution.
A.T.O.M. controls an industrial arm from plain-language requests through a single loop for speech, perception, task decomposition, motion primitives, and higher-level planning.
A human prepares a small package beside the workcell. A.T.O.M. recognizes the object, checks for collisions, plans a safe pick, and places it into the box while the workspace remains shared and observable.
After the request "pass the screwdriver," A.T.O.M. localizes the tool, orients the gripper, grasps it, moves into a handoff pose, and releases it to the user. Users can train new vision models and switch between existing models at runtime.
From a single command - "pack the clementines" - the system scans randomly placed objects, sequences repeated grasps, and successfully executes a novel task over multiple minutes in an unstructured workspace.
About Auspex Automation
Auspex Automation is developing the AI Agent for Robotics that can understand and execute upon your intent. A.T.O.M. interprets natural language instructions, proposes structured workcell actions, and helps generate repeatable programs across robot arms and industrial machinery. The goal is practical: reduce integration effort, shorten time-to-value, and give operators tooling they can trust on the shop floor.
A.T.O.M. advances that vision by making automation more accessible to the teams closest to the work. Instead of requiring every new task to become a custom integration project, operators can define intent, constraints, and desired outcomes through an agentic interface built around perception, planning, equipment control, human review, and reusable workflows.
Contact
Send a message and we will reply within 48 hours.
