V2forensics offers a dedicated UAS forensics platform that enables live acquisition, decryption, and bulk extraction of drone flight logs. The system parses detailed telemetry and sensor data, presenting it through an intuitive dashboard with AI‑driven analytics that flag anomalies and reconstruct flight paths. By consolidating acquisition, decryption, and analysis into a single workflow, it reduces investigation time for law enforcement and security agencies.
Funding
Funding not disclosed
Founders
Product
Problem
Law enforcement, security agencies, and investigators often lack tools to quickly acquire, decrypt, and analyze data from unmanned aerial systems (UAS), leading to delayed or incomplete forensic investigations of drone-related incidents.
Solution
V2forensics provides a dedicated UAS forensics platform that enables live acquisition of UAV devices, exploits encryption, and extracts flight logs in bulk. The system parses detailed telemetry, sensor data, and control commands, presenting the information through an intuitive interface that requires minimal training. Integrated artificial‑intelligence modules automate pattern detection and anomaly analysis across large data sets, helping analysts identify suspicious activity and reconstruct flight paths efficiently. By consolidating acquisition, decryption, and analysis into a single workflow, the platform reduces investigation time and complexity while delivering high‑resolution insight into UAV operations.
Target Audience
Primary customers are law enforcement agencies, government security units, and private investigators who need to conduct rapid, thorough forensic analysis of drones and other unmanned aerial systems.
Features
- Live acquisition tools that connect to UAV hardware, exploit firmware vulnerabilities, and decrypt protected storage
- Bulk processing engine for simultaneous extraction and parsing of multiple flight logs
- Deep‑knowledge parsers for common drone manufacturers, translating raw telemetry into readable flight events
- AI‑driven analytics that flag abnormal flight patterns, unauthorized geofencing breaches, and potential tampering
- User‑friendly dashboard with visual flight path reconstruction, timeline navigation, and exportable reports
- Low training burden through guided workflows and context‑aware help prompts