AI & Software first
Computer vision.
Mission autonomy.
Building the future of defense interception.
01 — The challenge
Scalable threats demand
scalable defense.
- 01
The threat
Mass-produced, one-way attack drones create a persistent challenge for air defense.
- 02
The imbalance
High-cost missile intercepts place sustained pressure on budgets and interceptor inventories.
- 03
Our approach
Custom computer vision and mission autonomy for existing airframes, designed to support cost-effective interception at scale.
An evolving threat
Drones are changing warfare. Defense has to evolve.
Low-cost drones are changing how attacks are carried out and how defenses must respond. One-way attack aircraft put pressure on systems built around expensive interceptors, shifting the challenge toward cost, scale, and the ability to adapt. As drone designs evolve, defending against them demands an approach that can evolve too.
Our current testing uses representative targets to explore interception capabilities relevant to long-range, one-way attack drones. We are developing software for existing airframes, with the goal of making interception more affordable and adaptable as threats change.
02 — The software
The intelligence layer.
Hardware-agnostic by design.
An AI and software-first company. We don’t build the airframe. We build what guides it.
AI-TFS · Onboard perception
Intelligence.
At the edge.
Custom computer vision models, built in-house and run onboard.
- Custom computer vision models
- Onboard detection and tracking
- Reacquisition
LERE · Secure deployment
Every airframe.
Under control.
Every unit authorized. Every release signed. Every change on record.
- Signed releases and controlled updates
- Rollback and revocation
- Traceable audit records
AEGIS Core · Mission integration
Bring the mission
into view.
Aircraft, sensors, and mission data in one integration layer.
- Aircraft, sensor, and telemetry integration
- Video, maps, and simulation workflows
- Interfaces for approved command systems
03 — The airframes
Partner-built · Synthosar-guided
Autonomy
Partner-built airframeSynthosar software inside
No new aircraft required.
Our software and computer vision models integrate with fixed-wing airframes already in mass production.
04 — The company
An engineering mindset.
A mission that matters.
The next advantage in air defense is intelligence, not airframes.
Leadership
- Edward AleksiFounder & CEO
- Jackson FrazierLead Mechanical Engineer
- Nicholas SolagesML Engineer
05 — Inquiries
Ready to discuss your
mission requirements?
Our team is available to brief qualified organizations.
Contact us