The AI Decision Layer
for Counter-UAS

Powered by VERIDIS — The Airspace, Verified.

Sensor-agnostic AI software that embeds into existing counter-UAS platforms, federal sensor architectures, and critical infrastructure protection systems. Operationally deployed with NATO-allied law enforcement.

10+ Years of DARPA & ARO Research
Live Netherlands Police Deployment
IEEE Peer-Reviewed Methods
Core Competencies

What VERIDIS Does.

Three purpose-built AI modules covering the full counter-UAS decision chain — from real-time threat scoring to training data generation to countermeasure optimization. Each operates independently; together they form a complete cognitive layer.

Training Data

Synthetic Training Data Generation

Generative trajectory data enabling deployment in environments without historical drone data. Eliminates the cold-start problem at new sites and improves model accuracy over time.

  • Generative trajectory synthesis
  • Zero historical-data deployment
  • Continuous accuracy improvement
Scenario Optimization

Adversarial Scenario Optimization

Physical countermeasure placement optimized against modeled attack scenarios. Identifies coverage gaps before adversaries do.

  • Countermeasure placement AI
  • Attack scenario modeling
  • Coverage gap analysis
Integrates with radar, optical, RF, and thermal sensor stacks. Software-only. No new hardware required.
Past Performance

Proven in the Lab.
Validated in the Field.

The Hague, Netherlands

Active Pilot with NATO-Allied Law Enforcement

Deployed with the Netherlands Police and the Municipality of The Hague, covering government district airspace including embassies, the International Criminal Court, and the Peace Palace. Operating on live sensor feeds across one of Europe's most sensitive airspace environments.

Netherlands Police Municipality of The Hague Live Sensor Data High-Value Infrastructure
Research Provenance

Built on a decade of ARO and DARPA-funded research at Northwestern University under Prof. V.S. Subrahmanian. Peer-reviewed in IEEE Intelligent Systems.

Northwestern University Spinout

Exclusive worldwide commercial license from Northwestern University, including option on future related IP from the originating research group.

Target Use Cases

Where Strelos AI Deploys

01

Federal Installation & Range Protection

Army, Air Force, Navy, joint installation perimeter defense against UAS incursion.

02

Expeditionary & Forward Operating Base C-UAS

EUCOM, AFRICOM, INDOPACOM forward base protection with rapid-deployment capability at new sites.

03

Critical Infrastructure Protection

Airports, energy facilities, government district airspace, transit hubs, ports, and public venues.

04

Allied & Partner Force Enablement

NATO, Five Eyes, qualified Gulf state and Asia-Pacific allied counter-UAS; civil law enforcement and public safety.

Engagement Models

Built to Embed,
Not Compete.

Strelos AI is designed as a sub-component that adds AI capability to existing platforms — not to displace sensor or platform investments.

Key Personnel

The Team

A Northwestern University spinout backed by DARPA & ARO research, built by a team with direct operational, academic, and industry experience in counter-UAS.

Leadership
Bharath Gopalaswamy, PhD
Co-Founder & Chief Executive Officer

Aerospace, defense, and emerging technology executive with experience leading growth, strategy, and advanced programs across the US, Europe, and the Middle East. Founder, District Global Solutions Inc.

Prof. V. S. Subrahmanian
Co-Founder & Chief Technology Officer

Walter P. Murphy Professor of Computer Science at Northwestern University. Originator of VERIDIS. Published in IEEE Intelligent Systems and adjacent academic venues.

Board Members
Col. (Ret.) Daniel "Sphinx" Dant
Board Member

VP Strategic Initiatives, KBR Mission Technology Solutions. Decades of national-security industry experience including direct counter-UAS capture pursuits.

Get in Touch

Ready to Deploy VERIDIS?

Whether you're a prime contractor, federal program office, or allied partner, VERIDIS is designed to embed into your existing platform — no new hardware required.

Responses within 24 hours. All communications are confidential.