01
Natural-Language Mission Planning
Describe a survey, inspection, mapping pass, or custom route and turn operator intent into structured mission plans.
Problem
Drone mission workflows are still too manual and fragmented.
Drone teams still spend too much time translating operational goals into waypoint plans, validation steps, simulator runs, and telemetry checks. Mission planning needs to move closer to how operators actually describe the job.
Constraint
Manual waypoint planning
Constraint
Disconnected simulation
Constraint
Telemetry handoffs
Solution
An AI-powered brain for planning, validating, and simulating drone missions.
Drone Mission Agent helps teams convert mission intent into validated waypoint routes, test them in simulation, and monitor execution with live telemetry.
02
Geofence-Aware Routes
Generate waypoint-based flight paths inside defined mission areas with boundary and altitude constraints in view.
03
Built-In Validation
Check routes against geofences, drone limits, energy estimates, and obstacle-clearance risks before execution.
04
Simulation And Telemetry
Test missions in PX4/Gazebo-style environments and monitor position, flight status, progress, and telemetry.
Mission Flow
From natural-language intent to a flight-ready simulated mission.
Each mission moves through a transparent pipeline where planning, validation, simulation, runtime state, and telemetry remain connected.
01
Mission Stage
Define Area
Draw or select the area where the drone should operate.
02
Mission Stage
Describe Objective
Ask for a survey, inspection, mapping pass, or custom route in plain language.
03
Mission Stage
Generate Waypoints
Convert the objective into waypoint-based mission plans and camera/gimbal-style passes.
04
Mission Stage
Validate Mission
Check geofence, altitude limits, drone constraints, energy estimates, and clearance risks.
05
Mission Stage
Run Simulation
Test the mission in a PX4/Gazebo simulation loop before moving toward field execution.
06
Mission Stage
Monitor Telemetry
Track vehicle position, mission progress, flight status, and telemetry during the run.
Product
A command center for AI-assisted drone planning and simulation.
A focused operating view for mission area, waypoint route, planning rationale, validation status, simulator readiness, and telemetry feedback.
Command Center
Survey Mission PX4-214
SIM READY
Route Panel
Site survey route
ALT
118 m
BAT
72%
WIND
8 kt
LINK
99.2%
Agent Reasoning
Parsed objective: survey the selected site boundary at 40 m AGL.
Generated waypoint route with camera-facing inspection passes.
Validation pass: route remains inside geofence and altitude envelope.
PX4/Gazebo simulation ready with telemetry stream attached.
Validation
Geofence clear
Altitude envelope pass
Simulation approval pending
Risk
Route risk remains low after boundary, altitude, and energy checks.
Use Cases
Built for survey, inspection, mapping, and autonomy development teams.
Infrastructure Inspection
Plan repeatable routes for facilities, towers, bridges, utilities, and industrial assets.
Search-And-Rescue Prototyping
Prototype defined-area search patterns and validate missions in simulation before field testing.
Site Mapping
Generate waypoint missions for mapping passes across construction, campus, and industrial sites.
Agriculture Survey
Plan area coverage missions for crop monitoring, environmental scanning, and repeatable surveys.
Indoor And Warehouse Testing
Explore autonomy workflows for constrained facilities, repeatable tests, and robotics development.
Autonomy Development
Give robotics teams a simulation-first loop for planning, validation, telemetry, and iteration.
Technical Foundation
Built around real drone development workflows.
The product is grounded in operator-in-the-loop planning, route validation, PX4/Gazebo simulation support, and live telemetry. It is designed to help teams move from idea to testable mission without overclaiming certified autonomy.
AI-assisted mission planning
Natural-language mission generation
Waypoint-based route planning
Geofence and altitude checks
Energy and drone-constraint estimates
PX4 / Gazebo simulation support
Live telemetry and mission monitoring
Camera and gimbal inspection workflows
Founding Team
Building practical AI tools for safer drone mission development.
Arun Raj - Co-founder
Focused on turning natural-language mission intent into validated, testable drone workflows.
Ankit Luthra - Co-founder
Focused on turning natural-language mission intent into validated, testable drone workflows.