Innovation Lab Prototyping & Open Hardware Research
Dedicated research facility engineering low-cost environmental sensors, edge computing circuit boards, and open-source civic technology prototypes.
1. The Challenge We Address
High cost of commercial proprietary sensors and monitoring equipment prevents widespread adoption across developing public infrastructure.
2. What We Design & Implement
In-house schematic design, PCB milling, 3D casing fabrication, and rigorous stress testing of open hardware telemetry nodes tailored for harsh Indian environmental conditions.
3. Stakeholders & Delivery Model
Engineering faculties, research fellows, civic technology innovators.
Operational R&D facility / Collaborative innovation partnerships.
ESP32/STM32 microcontrollers, 3D prototyping, PCB milling, Oscilloscopes, KiCad EDA.
4. How Implementation Works
- Understand: Discovery session with your institutional leadership to map the operational bottleneck.
- Assess: Technical and social feasibility assessment, site survey, and baseline metric definition.
- Design: Solution blueprint, Detailed Project Report (DPR), architecture specification, and budget scoping.
- Develop & Mobilize: Hardware fabrication, software customization, and resource mobilization.
- Deploy: Turnkey on-site installation, network commissioning, and user acceptance testing.
- Train: Comprehensive staff onboarding, operator certification, and Train-the-Trainer (ToT) workshops.
- Support: 24/7 telemetry monitoring, scheduled preventative maintenance visits, and SLA technical support.
- Measure: Continuous sensor telemetry auditing, utilization reports, and formal impact disclosures.
Discuss This Capability for Your Institution
Whether you are a government department, CSR foundation, municipal corporation, or non-profit, our engineering team can scope this solution to your exact requirements.
Discuss a Requirement →