🛸 Autonomous Drone UTM & Telemetry

Autonomous Drone Operations & Aerospace Telemetry Platforms

Engineer Unmanned Aircraft System Traffic Management (UTM), autonomous waypoint flight mission planners, 3D photogrammetry spatial point-clouds, and beyond-visual-line-of-sight (BVLOS) remote control systems.

Home Industries AeroSpace & Drone Tech
AeroSpace & Drone Tech Platform Architecture
⚡ Enterprise AeroSpace & Drone Tech Architecture
100K+
Flight Hours Logged
< 100ms
Telemetry Latency
100%
DGCA DigitalSky Ready
3D LiDAR
Point Cloud Mesh
System Design & Data Flow

End-to-End Technical Architecture

STAGE 01

High-Frequency Ingestion

50Hz MAVLink telemetry, GPS RTK spatial coordinates, and 4G/5G video streaming.

STAGE 02

UTM Deconfliction Engine

Dynamic airspace geofencing, no-fly zone verification, and collision avoidance vectors.

STAGE 03

Spatial Photogrammetry

Automated 2D orthomosaic stitching and 3D digital elevation surface reconstruction.

STAGE 04

Web Ground Control (GCS)

Multi-drone mission planner, autonomous waypoint uploads, and real-time flight telemetry.

Engineering Capabilities

Tailored Modules & Enterprise Features

🛸

Web-Based Ground Control Station (GCS)

Plan complex polygon survey grids, upload autonomous waypoints, and monitor live telemetry in 3D terrain.

🛡️

DGCA DigitalSky NPNT Compliance

Automated cryptographic No-Permission-No-Takeoff (NPNT) flight permission acquisition and digital logbook signing.

🌐

Beyond Visual Line of Sight (BVLOS) Control

Low-latency 4G/5G cellular tele-operation enabling drone fleet control from hundreds of kilometers away.

🗺️

Automated 2D Orthomosaic & 3D LiDAR Reconstruction

Transform raw aerial drone photos into centimeter-accurate 3D point-cloud models and topographic maps.

👁️

AI Edge Object Detection & Perimeter Security

Real-time computer vision identifying unauthorized vehicles, pipeline leaks, and border intrusions from aerial video.

🔋

Drone Fleet Battery & Maintenance Telemetry

Track battery cycle degradation, motor flight hours, and automated maintenance schedule alerts.

Technology Stack

Battle-Tested Tooling Ecosystem

GCS & 3D Web UI
ReactCesiumJS 3D GlobeWebGLWebSockets
Telemetry & Gateways
MAVLink 2.0Go MicroservicesWebRTC VideoRedis
Spatial & Processing
OpenDroneMapGDALPotree 3D Point CloudPython
Regulatory Stack
DGCA DigitalSky (NPNT)FAA Part 107ASTM F3411 Remote IDISO 21384
Delivery Lifecycle

Agile 6-Phase Engineering Roadmap

WEEKS 1 – 2

Architecture & Compliance Discovery

Deep-dive domain discovery, regulatory boundary mapping, database schema design, and high-fidelity Figma user journeys.

WEEKS 3 – 5

Core Microservices & API Engine

Engineering ACID-compliant database models, high-throughput message queues, payment gateways, and third-party API adapters.

WEEKS 6 – 8

Web & Mobile Client Development

Building responsive Next.js 15 web applications and native-performance Flutter mobile apps with real-time WebSocket syncing.

WEEKS 9 – 10

Security Auditing & Load Testing

Penetration testing (VAPT), regulatory compliance verification, automated chaos load testing (100K users), and zero-leakage signoff.

WEEK 11

Production Deployment & Cutover

Zero-downtime CI/CD deployment on multi-region AWS/Azure infrastructure, Cloudflare enterprise routing, and DNS activation.

ONGOING

24/7 SLA Ops & Optimization

Continuous performance monitoring with Datadog, automated vulnerability patching, monthly feature sprints, and dedicated account support.

🛡️

Industry Compliance, Data Security & Standards

Every line of code is engineered to fulfill rigorous regulatory standards from sprint one. Zero data leakage, strict hardware encryption, and immutable audit logging backed by our ISO 9001 and ISO 27001 certified engineering processes.

DGCA DigitalSky Ready FAA Part 107 Compliant ASTM F3411 Remote ID ISO 21384 Drone Safety AIS-140 GPS
Questions & Answers

Frequently Asked Questions

Does your platform support DGCA DigitalSky NPNT compliance in India?
Yes. Our ground software handles cryptographic artifact signing, permission verification, and automated post-flight log submission.
What drone flight controllers and protocols are supported?
We natively support MAVLink 1.0 and 2.0 compatible flight controllers including PX4, ArduPilot, and DJI Onboard SDK.
Can a single operator control multiple autonomous drones simultaneously?
Yes. The cloud Ground Control Station provides multi-vehicle fleet switching with synchronized geofences and collision avoidance.

Ready to Build Your AeroSpace & Drone Tech Platform?

Schedule a confidential technical consultation with our engineering directors. Receive an architectural blueprint and sprint milestone roadmap in 24 hours.

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