Validated physical-AI architectures — edge + manipulator cell, autonomous mobile robot, and VLA inspection cell. Each with a bill of materials, hardware options and indicative pricing. We tailor every one to your task.
These are starting points, not fixed products. Each blueprint pairs a model with the edge compute, sensors and actuator a task needs, with a bill of materials and indicative pricing you can plan around. We size every one to your environment and return a firm, tailored BOM — and because Haink builds the model and supplies the hardware, one partner owns the whole stack. Pricing is indicative, ex-works hub, and moves with robot and GPU allocation.
The workhorse cell: a camera-guided robotic arm running a perception-plus-control or VLA policy on an edge node. Handles varied or unfamiliar parts where a fixed program would fail. Add IGX for functional safety where people are near the cell.
| Component | Specification | Notes |
|---|---|---|
| Edge compute | NVIDIA Jetson AGX Orin (or AGX Thor for VLA) | Sized to model; Thor for large VLA |
| Perception | Industrial camera + depth sensor | Calibrated to the workspace |
| Actuator | 6-axis cobot + gripper | Collaborative arm with motion planning |
| Controller | Motion controller + safety I/O | Bounded autonomy, watchdogs |
| Software | Perception / control or VLA policy | Built and optimized by Haink |
~$40,000–$150,000 delivered cell incl. cobot arm, ex-works hub; arm alone is ~$25K–$60K in 2026
The compute and perception stack for an autonomous mobile robot: on-board navigation and obstacle avoidance that keep running when connectivity drops, with telemetry and OTA updates for a fleet. Supplied as the AMR’s intelligence layer, integrated to your chassis or a new build.
| Component | Specification | Notes |
|---|---|---|
| Edge compute | NVIDIA Jetson AGX Orin | Navigation + perception on-board |
| Perception | 2D/3D LiDAR + cameras | Mapping, localization, obstacle avoidance |
| Connectivity | Wi-Fi 6 / 5G | Telemetry and coordination |
| Fleet software | Monitoring + OTA updates | One robot or many |
| Software | Navigation + perception policy | Built and optimized by Haink |
~$15,000–$45,000 compute + perception + software per node, ex-works hub; excludes the mobile base
A high-end perception cell running a vision-language-action or reasoning vision-language model (such as NVIDIA Cosmos Reason) on Thor-class compute, fusing several cameras to detect defects and drive a reject or sorting actuator — for tasks too varied for a fixed vision program.
| Component | Specification | Notes |
|---|---|---|
| Edge compute | NVIDIA Jetson AGX Thor | 128 GB; runs VLA / reasoning VLM |
| Perception | Multi-camera array (+ depth) | Synchronized real-time fusion |
| Actuator | Reject / sort mechanism or arm | Acts on the model’s decision |
| Networking | High-bandwidth (RDMA where needed) | For multi-sensor streams |
| Software | VLA / reasoning VLM | Built and optimized by Haink |
~$50,000–$150,000 delivered cell, ex-works hub; Jetson AGX Thor devkit alone ~$3,499
The bench to build a deployment before metal moves: a GPU workstation for the digital twin and training, plus one edge node as the deployment target — so the model is validated in simulation, then transferred to the real machine. Pairs with digital twin and training.
| Component | Specification | Notes |
|---|---|---|
| Simulation / training | RTX 6000 Ada-class workstation | Twin + synthetic data + training |
| Deployment target | Jetson AGX Orin / Thor | Validate transfer on real hardware |
| Software | Omniverse / Isaac Sim + training pipeline | Built by Haink |
~$15,000–$30,000 ex-works hub; RTX 6000 Ada workstation ~$12K + edge node (Thor devkit ~$3,499)
Need hardware only? Browse robotics & physical-AI hardware → · Want it built end-to-end? See robotics deployment →
Validated starting points — edge + manipulator cell, AMR, VLA inspection — each one sized, costed and ready to tailor to your task.
Each blueprint lists the compute, perception, actuation and software for one task pattern, with an indicative "from" price. They are sized to a typical case — your reach, payload, cycle time, sensor count and safety requirements move the BOM and the price. Send your task and we return a tailored bill of materials, firm pricing and compliant lead times, screened for export compliance per destination.
A validated blueprint for a robotics deployment — the edge compute, sensors, actuator and software for a specific task such as a pick-and-place cell, an autonomous mobile robot or a VLA inspection cell — with a bill of materials and indicative pricing you can budget from.
Indicatively, a delivered edge + manipulator cell runs ~$40,000–$150,000 (the cobot arm alone is ~$25K–$60K in 2026), an AMR compute-and-perception node ~$15,000–$45,000 (excluding the mobile base), and a VLA inspection cell ~$50,000–$150,000 — depending on the robot, sensors and compute chosen. See also our deployment cost guide.
Yes. Each blueprint is a starting point; Haink sizes the compute, sensors and actuator to the task and returns a tailored bill of materials with firm pricing and lead times, then builds the model and supplies the hardware.
Both. Haink builds and optimizes the perception, control or vision-language-action model and supplies the edge and robot hardware it runs on, as one accountable partner.
Send the task, environment and constraints — we return a tailored BOM, firm pricing and compliant lead times.