AI & Robotics Prototyping
From concept to pilot deployments: humanoid robotics, autonomous inspection, AI-enhanced 3D printing, and EV efficiency systems for industry and education.
92%
TITAN terrain navigation success
18%
EV battery savings (Ducati prototype)
3
Patent-track innovations (3D printing/controls)
Industry Problems We Solve
- High cost & risk in onsite inspection
- Energy losses in EV/industrial systems
- Slow prototype cycles and lab-to-field gaps
Education Problems We Solve
- Limited hands-on access to robotics
- Fragmented curricula vs emerging skills
- Underused maker labs & 3D printers
What You Get
- Concept & controls design
- Rapid prototyping & bench tests
- Pilot deployment + training
Concept → Pilot Roadmap
Week 1–2: Feasibility study, risk & ROI model, interface specs.
Week 3–8: Prototype build (sensing, controls, AI policy).
Week 9–12: Field tests, safety, training, investment memo.
Case: Project TITAN
Humanoid exploration with adaptive gait and learning feedback loops.
Case: Ducati EV
Torque-sensor feedback for energy efficiency and thermal relief.
Case: AI-Enhanced 3D Printing
Silent, intelligent profiles; material-aware settings.
FAQ
Can you work with our in-house team?
Yes. We collaborate with your engineers and provide transfer docs.
Ownership & IP?
Customizable. We can structure joint IP or full transfer on completion.
Typical pilot budget?
Variable by scope; we provide a transparent, milestone-based quote.
Prototype the future
Short cycles. Clear KPIs. Field-ready deliverables.