# U.S. Agencies Expand AI Threat Detection

Safe Pro Group forecasts preliminary, unaudited Q3 2026 revenue above $2.5 million, attributing the increase to deliveries under government subcontract and award work supporting the U.S. Army and Air Force, as well as State Department-related demining work in Ukraine. Reported activity includes a $1.3 million subcontract for AI threat detection on autonomous ground vehicles and a $780,000 Army award for edge-processing systems and Blue UAS drones. These are existing awards and deliveries, not open solicitations, and Safe Pro is performing through government prime contractors.

- The reported awards indicate demand for AI-enabled threat detection, edge processing, autonomous ground systems, and drone-supported mapping across defense and demining programs.
- Companies with relevant capabilities may evaluate teaming or subcontracting opportunities with government primes; the reported work does not itself offer a current bid opportunity.
- Treat the revenue forecast as provisional: the Q3 figures are unaudited and subject to review.

**Jurisdictions:** federal
**Industries:** Defense & Military, Information Technology
**Topics:** Artificial Intelligence
**Published:** October 08, 2026

### Government Entities
- U.S. Army (Army)
- U.S. Air Force (USAF)
- U.S. Department of State (State Department)

### Vendors
- Safe Pro Group Inc. (subcontractor)

### Sources
- [Safe Pro Expects Record 2,300% Revenue Growth in Q3 2026 Driven by Multiple Government Contracts for AI-Powered Threat Detection and Mapping - TechBullion](https://techbullion.com/safe-pro-expects-record-2300-revenue-growth-in-q3-2026-driven-by-multiple-government-contracts-for-ai-powered-threat-detection-and-mapping) - TechBullion
- [Safe Pro Expects Record 2,300% Q3 2026 Revenue Growth Driven by Government Contracts for AI Threat Detection and Mapping - EIN Presswire](https://www.einnews.com/pr_news/948006320/safe-pro-expects-record-2-300-q3-2026-revenue-growth-driven-by-government-contracts-for-ai-threat-detection-and-mapping) - EIN News