Defence

Mission-ready networks, standing up today

VeilNet connects sensors, vehicles and command systems into one secure network in minutes. It runs on hardware you already have, depends on nobody else's servers, and nothing ever leaves your estate. Every connection is protected with post-quantum cryptography from the first packet.

Time to deploy
Minutes
New hardware
None
Root of trust
In-house
Post-quantum
Live today
01 — Simple

Field-ready
in minutes

Standing up a secure network used to take a procurement cycle. With VeilNet it takes one command, the same day. It sits alongside equipment already in service, so nothing has to be replaced or re-accredited first.

No new hardware

VeilNet runs on the sensors, handhelds, vehicles and uncrewed systems you already field. There's no new hardware to buy or rack.

Deploy in minutes

One command brings a device onto the network. You don't need an account, a server to reach, or anyone to call.

Networks built to be thrown away

Set up a network for one mission and tear it down afterwards. We never held any of it, so nothing is left behind.

One network, every domain

Air, land, sea and cyber units share one network, managed from one place. That place is yours, not a vendor console overseas.

Works over
Any link that can carry data

Satellite, radio, or a cable run between two vehicles. VeilNet doesn't need an internet connection to start up, which most alternatives quietly assume you'll have.

02 — Resilient

Stays up
when links go down

In a contested environment, links drop without warning. VeilNet already sends traffic over several routes at once, so losing one costs you some capacity, not the connection.

Failover before anyone notices

The backup route is already carrying traffic by the time the primary drops, so there's no switch to flip and no gap in coverage for anyone to work around.

No static addresses to manage

Every device gets a unique cryptographic ID that becomes its address. It keeps that address through a reboot, a redeploy, or a change of network.

Crosses networks it doesn't control

VeilNet punches through firewalls and NAT automatically, so it connects across host-nation networks and coalition links without anyone opening a port.

Routing that adapts in real time

VeilNet keeps measuring every route it has and moves traffic away from links that are starting to degrade, well before they fail outright.

Relay visibility
No single point sees the full path

A device relaying traffic only ever learns the next step, never the whole route. No relay, and no vendor, can work out who's talking to whom.

03 — Secure

Security that’s verifiable,
not just trusted

VeilNet encrypts every connection and authenticates every device against nation-state adversaries, including the ones recording traffic now to decrypt later. You can check all of it on your own equipment, and we publish what VeilNet doesn't protect against.

End-to-end encryption

Every connection is sealed between the two endpoints with post-quantum cryptography. Data captured today stays unreadable, even years from now.

Zero-trust authentication

Every device proves its identity before it sends a single byte. There's no such thing as an unverified device on the network.

Compartments that fit coalitions

Access travels with the device, not a role list. A liaison officer can sit in two compartments at once, exactly as the mission needs.

No outside party in the loop

No central server runs the network. There's nothing overseas for another government to compel, and no vendor outage that can take it down.

Post-quantum
Live now, not on a roadmap

Most security guarantees in service today only cover classical encryption, which leaves anything intercepted now readable once quantum computing catches up. VeilNet's protection is post-quantum today, so what's captured now stays sealed.

Start with the link most likely to fail

The assessment shows which connections have no post-quantum protection today, what changes with VeilNet, and what each option costs. It can run fully air-gapped, and nothing leaves your estate.