Drone & UAV Security.

We test the flight controller, telemetry channels and command radio links, verifying whether unauthorized senders can inject commands.

01 // ATTACK SURFACE TELEMETRY & SYSTEM INSPECTION

The attack surface & hardware challenge

Offensive reverse-engineering down to the physical silicon, flash extraction, and protocol buses to uncover deep architectural flaws.

KEY DELIVERABLE

Proof of which links can be hijacked or spoofed, and the fixes that close them before your fleet flies commercially.

BENCHMARKED AGAINST
ISO/SAE 21434UN R155UN R156WP.29SAE J3061
Drone & UAV Security
SYS_SPEC // DRONE-SECURITY
TESTBENCH ONLINE
100%REPRODUCIBLE POCS
CAL 1–4RISK RATINGS
0-DAYRESEARCH GRADE
Physical Testbench ValidationZero Scanner NoiseRemediation Retesting
TACTICAL BRIEFVULNERABILITY RESEARCH

The Drone Security Challenge

Unmanned Aerial Vehicles (UAVs) and drones have revolutionized industries from photography to delivery services, but this innovation brings significant security risks. These flying systems face unique threats including signal hijacking, GPS spoofing, and unauthorized access through communication protocols. At Dellon, we understand that drone security requires specialized knowledge of aviation systems, radio frequencies, and flight control software to protect these aerial assets from sophisticated cyber attacks.

Target EcosystemVehicles & MobilityECUs, SoC, Gateways & Interfaces
Testing DepthSilicon to Cloud SyncFirmware, Buses, Radio & Logic
Target Audience
OEM program managersTier-1 suppliershomologation and compliance leads
02 // TESTING VECTORS

What the assessment covers

Exhaustive penetration testing vectors executed across hardware, firmware, interface buses, and logic layers.

01VECTOR // EXEC

Flight Controller Analysis

Comprehensive testing of onboard flight control systems, autopilot software, and navigation interfaces. We analyze flight control algorithms, sensor integration, and emergency override mechanisms to ensure complete drone protection.

02VECTOR // EXEC

Communication Security Testing

Analysis of drone-to-ground and drone-to-drone communication protocols including radio frequencies, telemetry links, and command channels. We identify interception risks, signal injection vulnerabilities, and unauthorized access points in aerial networks.

03VECTOR // EXEC

GPS & Navigation Security

Security assessment of positioning systems, navigation sensors, and location services. We test for GPS spoofing vulnerabilities, waypoint manipulation, and geofencing bypasses that could compromise drone operations.

04VECTOR // EXEC

Payload & Data Security

Analysis of camera systems, data storage, and transmission security. We examine payload vulnerabilities, data encryption, and secure data transfer protocols to protect sensitive aerial surveillance and operational data.

03 // EXECUTION PROTOCOL

How we run the engagement

Structured four-phase offensive methodology engineered to minimize engineering friction and deliver clear, actionable findings.

01
PHASE 01

Reconnaissance & Threat Modeling

Comprehensive analysis of drone architecture, communication protocols, and potential threat vectors. We analyze flight control systems, radio frequencies, and navigation mechanisms to identify security boundaries.

02
PHASE 02

Vulnerability Analysis

Systematic testing for security weaknesses in drone systems including static analysis, dynamic testing, and manual penetration testing of flight controllers and communication networks.

03
PHASE 03

Exploitation & Validation

Controlled exploitation to validate identified vulnerabilities and demonstrate real-world attack scenarios. We test both signal-based attacks and physical access attempts on drone systems.

04
PHASE 04

Reporting & Remediation

Detailed findings report with actionable remediation recommendations, risk assessment, and priority-based security improvements for immediate implementation.

04 // STRATEGIC VALUE

Why engineering teams choose this assessment

Evidence-based vulnerability research designed to unblock compliance, protect launch timelines, and prevent post-shipment recalls.

Aviation Security Expertise

Deep understanding of drone systems, flight control protocols, and aerial communication networks. Our researchers stay ahead of emerging threats in the UAV sector.

Advanced Threat Modeling

Understanding of sophisticated attacks including signal hijacking, GPS spoofing, and communication interception. We model complex attack scenarios across flight, ground, and payload systems.

Comprehensive Testing

Holistic approach covering all drone security aspects including flight control, communications, navigation, and payload systems. We leave no vulnerability unexamined.

Practical Solutions

Actionable recommendations for real-world security improvements that can be implemented immediately. We provide detailed remediation plans with priority-based fixes for critical vulnerabilities.

Ready to scope your Drone & UAV Security?

Tell us about your hardware architecture, target deployment dates, or compliance deadlines. We will outline the exact test plan, timeline, and deliverables.

Usually a reply within one business day · Mon–Sat · 10:00–18:00 IST