CAD-ready briefs
Every AI blueprint is structured around components, CAD guidance, firmware, and fabrication notes instead of vague concept text.
AI-assisted hardware sourcing, BOM intelligence, and blueprint generation for robotics teams
Build robotics products with a platform that connects AI, CAD, suppliers, GitHub, and market intelligence.
ProtoForge is moving from a concept site into an operating system for hardware teams. Design the product, source the parts, compare suppliers, track manufacturing decisions, and manage the build from desktop or phone.
Current live loopBlueprint to Source to BOM
Planned platform surfaceCAD + GitHub + mobile approvals
Market visibilityPricing, supplier, and distribution intelligence
Platform SignalLive alpha direction
Supplier-aware BOMs
Track part pricing and alternates from multiple vendors while turning engineering decisions into a costing workflow.
Phone-linked building
Review approvals, update build notes, and monitor pricing changes from a mobile companion instead of waiting to be back at a workstation.
Forge, Source, and BOM stay in the same product loop.
Compare DigiKey and Mouser pricing while preparing builds.
Prompt, generate, review, share, and open a BOM from the same flow.
Platform Backbone
From concept page to a credible robotics platform
ProtoForge should feel like a serious product for engineers, operators, buyers, and founders. These are the core systems the platform is being shaped around.
Turn a prompt into a buildable robotics plan
Generate components, CAD direction, firmware paths, repo recommendations, and manufacturing notes that feel like the first draft of a real engineering brief.
- Hardware architecture
- CAD file guidance
- Manufacturing notes
Track parts, alternates, and supplier movement
Search globally, compare multi-supplier pricing, watch stock health, and keep an approved part set ready as designs change.
- Price comparison
- Supplier alternates
- Stock visibility
Use BOM as the operating system for every build
Move from sourced parts into a named project BOM, export clean data, share build packages, and prepare costs for quoting or internal review.
- Named BOM projects
- CSV and JSON export
- Shareable build packages
Survey the world market while you design
Track comparable products, category pricing, creator signals, and distribution opportunities while the product architecture is still taking shape.
- Category scans
- Competitive references
- Distribution planning
AI Build Console
Generate a project plan that already thinks about CAD, sourcing, BOM, and robotics control
This is the first real ProtoForge loop: describe the product, generate a structured build brief, then push the result into sourcing and BOM operations.
Structured output, not vague AI copy
Generated blueprints are designed to carry parts, robotics architecture, CAD guidance, and next actions into the rest of the ProtoForge workflow.
Market & Supply Intelligence
Build while surveying the worldwide market
The platform vision is bigger than a calculator. It should help you understand what is worth building, how much it costs to source, and where distribution or manufacturing leverage can be found.
Competitive field
Track tech products, categories, and distribution opportunities
Compare robotics, edge AI, wearables, and industrial hardware against market references from major brands and fast-moving startups while shaping your own offer.
- Category pricing snapshots
- Comparable product watchlists
- Distribution planning across consumer and industrial channels
Supplier layer
Track real part movement
Watch cost changes, alternates, stock pressure, and risk by supplier rather than treating sourcing as a one-time spreadsheet task.
Manufacturing layer
Model custom hardware costs
Estimate fabrication, machined parts, enclosures, wiring, materials, and assembly constraints as part of the build workflow.
Global Manufacturing Globe
See where manufacturing lives, how supplier pressure moves, and where to source next
ProtoForge should become a world map for hardware execution. This first command-center pass shows the kind of global manufacturing intelligence surface the platform can grow into: regional strengths, pricing shifts, supplier density, and sourcing movement across the globe.
Manufacturing densityGlobal supplier command center
Target future capability
Real-time part pricing, supplier availability, lead times, contract manufacturers, logistics risk, and region-by-region sourcing health.
Regional intelligence
Where to manufacture what
Shenzhen / Pearl River Delta-3.4%
High-volume electronics
Fast-turn prototype manufacturing and dense supplier clusters.Taipei / Hsinchu+1.2%
Semiconductor and precision systems
Strong compute, embedded systems, and premium component supply.Tokyo / Nagoya / Osaka+0.8%
Precision robotics and industrial control
High reliability robotics ecosystem and industrial manufacturing depth.Munich / Stuttgart+2.1%
Industrial systems and automotive hardware
Advanced mechatronics and manufacturing quality for industrial products.Austin / Guadalajara corridor-1.1%
North American nearshore production
Good for regional resilience, integration, and logistics speed.Bengaluru / Chennai+3.6%
Scaling embedded systems and hardware engineering
Rapidly growing hardware engineering and manufacturing support ecosystem.Pricing motion
What the platform should watch in real time
Compute Modules$89 -> $112
AI edge boards and accelerator modules tightening in APAC and US channels.
Servo / Motion Systems$14 -> $19
Precision robotics demand pushing costs upward in Japanese and German supplier bands.
Custom Enclosures$6.40 / unit
Injection, CNC, and fast-turn printed housings vary heavily by volume and region.
PCB Assembly$320 setup
Prototype setup fees remain most competitive in dense electronics clusters.
Phone-Connected Building
Design at the desk, operate from anywhere
ProtoForge should not stop at desktop. The mobile layer should let you keep product and build momentum alive while on the shop floor, in a lab, at a supplier, or with customers.
Review BOMs, pricing changes, and supplier alerts from a phone.
Approve part substitutions or alternates while away from the desk.
Capture field notes, photos, and wiring updates during assembly or testing.
Push quick design revisions back into the main workspace for CAD and firmware follow-up.
Execution Workflow
One platform loop for product creation
Frame the product
Define the robotics use case, sensing requirements, motion system, mobile experience, and whether the product is consumer, industrial, or developer-facing.
Generate the build blueprint
Use AI to assemble components, firmware stacks, CAD software guidance, and project steps that your team can review instead of starting from a blank page.
Source and price globally
Move into Source to compare part options, check stock, monitor vendor pricing, and decide whether to source standard parts or manufacture custom hardware.
Run BOM and manufacturing decisions
Build a BOM with costs, shipping, taxes, material assumptions, and custom-fabrication notes so you can price prototypes and production runs with confidence.
Use Cases
Examples of the kind of products this platform should support
Warehouse Inspection Rover
Low-cost fleet robotics for inventory visibility and safety audits.
ESP32-S3, depth sensing, differential drive, cloud telemetryMobile CAD-Controlled Robot Arm
Prototype industrial automation with mobile remote control and BOM-backed quoting.
NEMA motion, ROS-compatible control, custom enclosure, phone consoleSmart Energy Edge Node
Monitor remote infrastructure with supplier-aware sourcing and custom manufacturing support.
Battery management, sensors, wireless mesh, molded enclosureCommercial Structure
A product serious enough to price like infrastructure
The current site should signal a path from alpha product to real business platform. These tiers frame that direction without pretending every piece already exists.
Free while alpha
For independent inventors validating robotics ideas and learning the workflow.
- AI blueprint runs
- Source search
- Manual BOM building
Planned
For engineering teams that need collaboration, tracked supplier intelligence, and shared projects.
- Shared BOM projects
- Revision history
- Supplier watchlists
Custom
For large robotics programs connecting sourcing, CAD, GitHub, manufacturing, and distribution channels.
- Multi-workspace control
- Approval systems
- Custom integrations
Support & Company
Building the next version with real platform ambition
ProtoForge is being shaped into a professional AI and robotics platform with GitHub integration, CAD workflows, sourcing intelligence, BOM operations, and global market visibility.