TRIVOLT builds embedded systems, firmware, cloud backends and mobile apps with an AI-first engineering process — cutting time-to-market to a fraction of what legacy shops quote, without cutting corners on reliability.
Most agencies hand you off between three vendors — a hardware house, a firmware contractor, a cloud team. We keep it under one roof, one codebase philosophy, one AI-assisted pipeline.
Schematic capture, PCB layout, component sourcing and DFM review for products that need to survive the real world, not just the bench.
Low-level drivers to real-time control loops, built for power efficiency and field-grade reliability from day one.
Fleet management, telemetry pipelines and APIs that scale from ten pilot devices to a hundred thousand in the field.
The interface your customer actually touches — native iOS/Android and web dashboards that talk directly to your hardware.
Not a bolt-on chatbot — AI woven into the product itself: on-device inference, predictive maintenance, and copilots for your users.
Our own build pipeline uses AI at every stage — spec to code to test — which is exactly why we can quote weeks where others quote quarters.
The difference shows up in the quote and the calendar — not just the demo.
| Stage | Legacy services company | TRIVOLT |
|---|---|---|
| Spec & architecture | Weeks of manual documents | AI-drafted, engineer-reviewed in days |
| Firmware & backend code | Hand-written line by line | AI-generated scaffolding, human-verified |
| Testing & QA | Manual test plans, late-stage bugs | Auto-generated test suites from day one |
| Team overhead | Separate vendors per layer | One accountable team, full stack |
| Typical cost | Baseline | ~30–45% lower for comparable scope |
| Typical timeline | Baseline | 4–6× faster to working prototype |
We size the hardware, firmware, and software surface in one working session — no lengthy RFP cycle.
System architecture and specs are AI-drafted and engineer-reviewed, so design starts in days, not weeks.
Hardware, firmware, cloud and app tracks run in parallel under one team, staying in sync by design.
Automated test generation and field-simulation catch issues before they reach hardware in your customer's hands.
Cloud fleet tooling and OTA pipelines are ready before device #1 ships, not bolted on after #1,000.