We design and build custom autonomous UAV platforms and
specialized IoT sensor stacks from first principles — no shortcuts.
solvIOT is an independent deep-tech startup — not a college project. Every system we field-test is designed ground-up by our founding engineers.
We operate at the intersection of autonomous flight, electronic sensing, mechanical design, and edge AI — building systems that exist nowhere else.
Two proprietary technologies successfully implemented and field-tested.
An autonomous drone payload using a customized electronic nose sensor array to identify and map gaseous compounds in real time. The UAV flies pre-programmed grid lines, samples ambient air, fuses data with geo-coordinates, and maps localized gas concentrations — fully without human interaction.
An agricultural automation drone designed to pollinate tomato plants mechanically. Onboard Edge AI models identify receptive tomato flowers, the drone maneuvers autonomously and triggers a proprietary mechanical "T-node" vibration attachment calibrated to match the natural buzz frequency of pollinating bees.
Custom autopilot configurations, path planning, and GPS-guided autonomous flight control.
Custom MCU setups, high-frequency sensor telemetry, and environmental data logging.
Custom 3D CAD printed structures, vibration mounts, and custom sensor enclosures.
On-device computer vision models optimized for edge execution — zero cloud dependencies.
Four phases — two completed, one in active development, one planned.
Developed the electronic nose payload, integrated it onto the UAV, and executed real-time gas mapping field tests.
Calibrated the mechanical T-node vibration actuator and deployed AI flower detection models on autonomous test flights.
Upgrading flight systems to handle swarm coordination — multiple autonomous drones communicating to map or pollinate large agricultural zones collectively.
Packaging proprietary UAV payloads, edge computers, and custom IoT sensor networks into field-ready products for environmental safety and smart farming markets.
Engineers and researchers building the future of autonomous systems.
Cyber-Physical Systems · UAV Security · Edge Intelligence
Technical Expert · Business Operations · Project Coordinator
Product Innovation · Edge AI · AI & ML · UAV Designer
Firmware Architecture · MCU Development · Sensor Integration
Hardware System Design · PCB Engineering · Prototyping
Strategy · Marketing · Sales · Business Development
Interested in our technology, collaboration, or investment? Reach out — we respond within two business days.