Detect
Radar and RF sensors cue the grid. The ground brain computes approach vector, swarm size, and time to impact.
AUTONOMOUS SWARM DEFENSE
A minefield
in the sky.
SkyGrid turns hundreds of cheap, expendable drones into a wall enemy swarms must fly through. No pursuit. No seekers. The grid is the targeting system.
$250per defender
~50×cost asymmetry
99%mean Pk in sim
<120sto full deployment
01 — THE THREAT
$500 drones are beating $3,000,000 interceptors.
Every air-defense system on Earth was built to chase one target at a time. Cheap FPV swarms broke that math — over Ukraine, thousands of drones are intercepted every month, each kill spending a missile worth hundreds of times the threat it stops. The architecture has to change.
0
drones intercepted monthly over Ukraine
$50–150K
per legacy interceptor fired
$500
the drone it kills
LIVE — THE DRONES CROSSING THIS PAGE RIGHT NOW ARE UNOPPOSED. KEEP SCROLLING.
● FIELD FOOTAGE · 06 CONFIRMED STRIKES
This is not a simulation.
Recovered footage of real one-way attack drones hitting real targets — the threat SkyGrid is built to stop.
02 — THE DOCTRINE
Don't chase the swarm.
Wall it off.
Launch
Hundreds of expendable interceptors are airborne in under two minutes — four per second, per launcher.
Form
The swarm self-organises into a layered lattice across the threat axis. Lose a drone, and the nearest reserve heals the gap in seconds.
Intercept
Proximity fuses arm. Directed-fragmentation charges fire outward — one expendable body per kill. The wall holds. Survivors fly home.
03 — THE ECONOMICS
One engagement.
Two ledgers.
SkyGrid — 30-threat swarm
$0
Legacy interceptors — same swarm
$0
SAVED VS LEGACY: $2,982,000 — PER ENGAGEMENT
$250
per defender at scale — a bare airframe, a $15 proximity fuse and a directed charge. That's the whole interceptor.
$15–25K
per engagement. One expendable body per kill; ~95% of the grid flies home and recharges.
$3M+
saved every engagement versus missile-based systems. You can't win attrition with $3M answers to $500 questions.
04 — THE PLATFORM
Dumb hardware.
Smart software.
The drone is the cheap part. The software is the company — a portable doctrine engine wrapped in an enterprise command platform.
◈
Digital twin
Draw your real site on satellite imagery — assets, launchers, radars, no-fly zones — then command it in live 3D on real terrain.
⬡
Doctrine engine
Deterministic and auditable. Replay any engagement byte-for-byte. The same engine runs the simulation and, one day, the field.
⌖
Human-in-the-loop
Nothing arms without an operator. Rules of engagement are configuration, not code — altitude floors, no-fly buffers, detonation budgets.
▣
White-label command
Multi-tenant and role-gated, from super-admin to viewer. Your bases, your teams, your brand on the console.
05 — DEPLOYMENTS
Built for the places that can't go dark.
A
Forward operating bases
Staggered FPV waves, flanking swarms, Shahed-class loitering munitions — the grid holds the axis while your radar sleeps easy.
B
Critical infrastructure
Substations, refineries, airports. Stricter ROE presets out of the box — altitude floors, hospital and school no-fly zones, tighter confidence thresholds.
C
Energy & utilities
A 500 kV transformer takes eighteen months to replace. A grid that protects it costs less than one legacy missile.
06 — CONTACT
See the wall hold.
A live simulation of the grid is running behind this page. If you'd like to see it defend your site — talk to us.