iOrchestra offers an AI‑driven platform that translates natural‑language hardware concepts into a full engineering package, automatically producing parametric 3D mechanical models, electronic schematics, PCB layouts, and production‑ready documentation. The cloud‑based workspace provides version control, cross‑discipline validation, and export to standard CAD/EDA formats through a web interface or API, streamlining design workflows for manufacturing, robotics, and process‑automation teams.
Funding
Funding not disclosed
Founders
Product
Problem
Hardware product development requires coordinated mechanical modeling, electronic schematic creation, PCB layout, and comprehensive production documentation, often involving multiple specialized tools and expert labor. The fragmented workflow leads to long design cycles, high iteration costs, and difficulty scaling engineering efforts for manufacturing, robotics, and process‑automation projects.
Solution
iOrchestra delivers an AI‑driven Vibe Engineering platform that lets users describe a hardware concept in natural language and receive a complete engineering package. Conversational prompts are interpreted by a suite of autonomous agents that generate parametric 3D mechanical models, electronic schematics, PCB footprints, and production‑ready documentation in a single workflow. The system runs on NVIDIA Blackwell GPUs, enabling rapid inference and high‑fidelity geometry generation. All artifacts are stored in a cloud workspace where version control, cross‑discipline validation, and export to industry‑standard CAD/EDA formats are automated. Users access the platform via a web interface or API, allowing integration with existing PLM and ERP systems and reducing the need for separate design tools.
Target Audience
Primary customers are hardware engineering teams in manufacturing, robotics, and process‑automation firms, as well as OEM product development groups that need end‑to‑end design automation and rapid prototyping capabilities.
Features
- Natural‑language chat interface that translates design intent into engineering deliverables without manual CAD/EDA manipulation
- Five specialized AI agents: mechanical geometry synthesis, parts library selection, electronics schematic drafting, PCB auto‑routing, and documentation generation
- Parametric 3D model output compatible with STEP, STL, and major CAD suites (SolidWorks, Fusion 360)
- Automated schematic and PCB layout export to KiCad, Altium, and Eagle formats, including design‑rule checks powered by NVIDIA Blackwell inference
- Cloud‑based collaborative workspace with Git‑style versioning, change‑track logs, and role‑based access controls
- Built‑in compliance validation for IPC, ISO 9001, and industry‑specific safety standards
- RESTful API and SDKs for seamless integration with PLM, ERP, and CI/CD pipelines
- Scalable subscription infrastructure with per‑project metering and tiered enterprise plans