Counter-drone interception
for critical infrastructure.
Aegis Talon is a low cost intercept layer for the critical infrastructure that national air defense was never resourced to cover. A kinetic interceptor, a launch platform and a site-scaled radar, wired into the air-defense network a government already operates.
Interceptor cost and supply do not scale to these sites.
Air defense was designed around a small number of high-value targets and high-cost interceptors. One-way attack drones are cheap, produced at scale, and arrive in numbers no inventory of million-dollar rounds was sized to absorb. High-priority assets stay defended. Everything behind them absorbs what gets through.
What is covered today,
and what is not.
Current priorities are sound. The issue is the second column: a large and growing set of sites for which no system has been sized or budgeted.
- Airbases and military installations
- Capitals and seats of government
- National power grid backbone
- Strategic ports and export terminals
- Regional substations
- Refineries and petrochemical plants
- Water and desalination plants
- Industrial facilities and data centers
Three components,
one site.
An additional layer, not a replacement for a national air-defense network. It sits beneath that network, sized for sites the network was not resourced to cover.
Kinetic Interceptor
Built to match the speed of a one-way attack airframe, and cheap enough to field in numbers at a single site.
Launch Platform
Sited at the asset it protects and held ready without a crew standing watch on the ground.
Site-Scaled Radar
A small radar tuned to the footprint of the single asset it covers, rather than a regional air picture the customer has to staff.
Every element connects into the customer government's existing air-defense network rather than running as a separate system. Talon adds a node to the air picture already in use. For mobile units, a physical control panel travels with the operator, keeping engagement authority with the unit wherever it sets up.
Every engagement requires operator authorization.
Talon is capable of autonomous flight and target tracking. Every engagement still requires a human go / no-go decision. Each system connects directly to a military radar operator, who retains full authority over whether an interceptor is launched.
Engage
The threat is already identified and engagement is authorized. The operator commits the interceptor immediately.
- Track confirmed hostile
- Operator authorizes
- Interceptor commits
Investigate
The operator tasks Talon to close on an unidentified track. The interceptor streams live video back to the operator in flight.
- Track unidentified
- Interceptor closes, streams video
- Operator authorizes or calls off
How deployment works.
We work with a small number of national customers rather than a long list, and cover many sites inside each relationship.
Integration first
We work directly with your radar operations so the connection into the existing defense network is seamless.
State-owned and private
Both sit inside the same national relationship, under one integration standard.
Site by site
Coverage scales one asset at a time, so protection follows priority and budget.
Air cover that travels with the unit.
Protection needs to move beyond permanent infrastructure. Talon is being developed to cover temporary installations and units operating from ordinary buildings, with a system that travels with them.
Built for wider access
A low-cost interceptor is intended to make local air defense available to more units.
Light and compact
A transportable system for temporary sites, so protection can follow the unit.
Quick to set up
Designed for a small footprint, with a portable control panel and an operator retaining the final engagement decision.
Units may shelter in apartment blocks, schools or warehouses that were never built as military infrastructure. Talon's second mission is to bring local air cover to those temporary positions, connected to the air-defense network already in use.
Where Talon came from.
AegisGrid started with passive protection: engineered steel mesh installed on operational power plants in Ukraine, under blackout conditions and active air alerts.
Engineered nets can stop Shahed-class drones. More advanced variants capable of steep, top-down strikes expose gaps in passive protection. Talon adds an active intercept layer for the same sites, built by the same team to work alongside the nets.
Talk to us about your site.
Aegis Talon is in prototype development. We are speaking with infrastructure operators, integrators and government partners about deployment from first flight onward.