We help academic and institutional teams define and integrate hardware for AI and robotics projects, including NVIDIA Jetson-based development configurations. Component sourcing, receiving and inspection are coordinated through our U.S. operation.
We help turn a research requirement into component selections, interface choices and a defined integration scope. The proposal brings the technical configuration, equipment and documentation together.
The work starts with what the project needs to do. We review the hardware combination with the client and supplier, including the compute module, supporting interfaces and required accessories. The agreed scope defines what is supplied and integrated.
Manufacturer documentation is the reference for part numbers and specifications. Revisions and lead times are confirmed with the distributor for the proposed configuration.
Goods are received in Orlando, inspected, serialized and photographed before integration or shipment.
The right configuration starts with the application. We help research teams work through the hardware choices behind an AI, robotics or sensing project.
Our team’s experience includes integrating NVIDIA Jetson Orin-based development configurations with Leetop hardware, as well as helping clients define the hardware requirements of their projects.
That work includes reviewing module and carrier-board combinations, clarifying peripheral requirements and coordinating configuration details with the supplier.
Discuss a Jetson configurationThe module selected for the application.
Interfaces and compatibility reviewed against the application requirements.
Cameras, connections and accessories for the agreed scope.
We review the requested compute module and carrier board together, checking the combination with the supplier rather than treating either part as a complete development system. The configuration also accounts for hardware the client already has.
We help clarify camera and sensor requirements, data connections, cabling, power and cooling. Missing modules and accessories can then be addressed in the configuration rather than left as assumptions in a parts list.
We work through available configurations, assembled options and component details with suppliers. The proposal identifies the equipment and integration work included; individual component supply remains available when that is what the project requires.
Development configurations support research and testing. Production systems require their own component specifications and validation.
Co-developed by NVIDIA and Segway Robotics, Nova Carter brings a mobile robot base, NVIDIA Jetson AGX Orin computing, cameras and LiDAR together in an integrated robotics development platform.
It gives teams a starting point for AI, computer vision, mapping and autonomous navigation, without building the complete robot from scratch.
Our team is familiar with Nova Carter and supports its integration into projects for universities, R&D laboratories and industrial integrators.
We help relate the platform’s capabilities to the application and define the technical scope with the project team.
Discuss a Nova Carter projectApplication integration, configuration, testing and safety validation remain specific to each project.
Robotics, perception and AI-computing configurations developed around the research group's requirements. We help define the hardware combination and prepare the equipment scope and documentation for institutional procurement.
Technical configuration support and component sourcing for laboratories building robotics and automation systems. We review requested combinations, identify missing hardware and help align sensors, compute and accessories with the project requirements.
Curricula and training in artificial intelligence, robotics and applied technology, delivered to institutions on the same computing platforms they operate. A service of Studio Bionico Technology, LLC.
| LiDAR & 3D perception | LiDAR and 3D-perception hardware |
|---|---|
| 3D vision & depth sensing | Stereo-depth systems and industrial cameras |
| Robotics & autonomous platforms | Quadrupeds, humanoid platforms, robotic arms and autonomous mobile platforms |
| Edge AI & development hardware | NVIDIA Jetson modules, carrier boards and supporting hardware |
| Professional GPU & AI computing | Workstation GPUs, servers and edge AI modules |
| Radio & sensing | Software-defined radio and mmWave radar sensors |
Robotics, sensing and computing equipment selected for the requirements of each project. Sourcing channels are identified separately from equipment manufacturers.
Manufacturer names identify equipment sourcing areas. Inclusion here does not imply endorsement or authorized-reseller status. Specific agreements and purchasing channels are identified in the relevant proposal.
Alongside systems integration, Studio Bionico develops its own work in behavioral safeguards, governed presence and traceable evidence. The initiatives below have distinct roles and development stages. The shared aim is to make technology more accountable to the people who use it.
The architecture designed to apply defined boundaries before a system delivers a response or takes an action. Its role is to check behavior against those boundaries, not to leave every safeguard until afterwards.
Recursive Ethical Enforcement Module
Governed Presence System built on REEM™. Designed for reflection and clarity within defined behavioral boundaries and human oversight.
Valentina does not speak for God.
The layer designed to connect a claim to its source, supporting evidence and custody history. Its purpose is to make claims traceable and reviewable, rather than asking people to accept them on confidence alone.
A program being developed for researchers and scientists, combining guided modules and a diagnostic to explore how their expertise could support an income-generating activity.
In development
Share your institution, intended application and technical requirements. Let’s discuss the right equipment and integration scope for your project.
contact@studiobionico.com