AlgoFET provides fully automated drone operations that eliminate manual intervention, enabling remote control and continuous 24‑hour flight capability. Their platform includes smart charging solutions for fast, safe battery replenishment and a safety‑focused battery design to prevent accidents, supporting uninterrupted power supply for ongoing missions.
Funding
Funding not disclosed
Founders
Product
Problem
Operating drones typically requires constant human oversight and frequent battery changes, which limits flight duration, increases labor costs, and raises safety risks during manual handling.
Solution
AlgoFET offers a fully automated drone operation platform that removes the need for on‑site pilots and enables remote control of missions. The system integrates autonomous flight planning, real‑time monitoring, and a smart charging infrastructure that rapidly and safely replenishes batteries without human intervention. A safety‑focused battery design reduces the likelihood of thermal events, allowing drones to maintain continuous power for 24‑hour operations. Users can launch, manage, and retrieve data from fleets of drones entirely from a remote console, supporting persistent aerial coverage for inspection, surveillance, or data‑collection tasks.
Target Audience
Primary customers are enterprises and service providers that require persistent aerial monitoring, such as infrastructure inspection firms, agricultural analytics companies, and security or surveillance operators.
Features
- End‑to‑end autonomous flight control with remote mission scheduling and live telemetry
- Smart charging stations that automatically dock, charge, and release drones for rapid turnaround
- Battery architecture with built‑in safety mechanisms to prevent overheating and accidental discharge
- Continuous 24 × 7 operation capability through seamless battery swapping and automated power management
- Cloud‑based dashboard for fleet monitoring, health diagnostics, and mission analytics