URBULENT

Sovereign autonomy · Software-first

Building the mind
behind unmanned flight.

As air power moves beyond airframes, IDRAAK fuses all-source input into unmanned-aerial output — hardware-agnostic, including our own, and always under human command.

IDRAAK — in development

Three forces converging

Mass is no longer sufficient

A pile of drones isn’t an advantage. The connections between them are.

A large inventory of capable drones does not by itself produce advantage. In contested, electronically hostile airspace, systems that fly and strike well in isolation are blunted when they operate as disconnected individuals against an integrated, networked defence. The advantage is in the connective tissue, not the count.

Autonomy is maturing faster than the systems that host it

Flying itself is a solved problem now. Deciding what to do next isn’t.

Flight autonomy — takeoff, navigation, waypoint following, return to base — is commodity. The frontier is mission autonomy: perceiving a complex environment, reasoning under uncertainty, coordinating with other platforms, acting within commander’s intent when the link is degraded or denied. That is a software and data problem, not an airframe problem.

The electromagnetic environment is the real battlefield

The signal gets jammed before the aircraft ever takes a hit.

GNSS denial, jamming and spoofing are the baseline assumption, not the exception. Autonomy that depends on a clean data link or a clean satellite fix fails exactly when it matters. Robustness in contested spectrum is an architecture decision made long before an aircraft flies.

The airframe is the peripheral.
The platform is the weapon system.

Durable advantage is created in software; hardware is the means of delivering it. This is not a rejection of hardware — airframes, propulsion, sensors and effectors are demanding disciplines, and we hold them to full airworthiness rigour.

But hardware advantages are copied, imported or out-produced. A software advantage that learns, updates on a software cadence and improves every month across an entire fleet compounds, and is far harder to match.

Platform value Hardware value Ship date +12 months

Three consequences

What follows from the thesis.

Not abstractions — design decisions that show up everywhere on this site.

Hardware-agnostic
Built to command indigenous and allied aircraft alike, our own included
Value migrates to the fleet
An aircraft running IDRAAK is worth more a year in than the day it shipped
You buy a capability
Not a box — a system that keeps improving after delivery

Proof of rigour

The platform is vision. HADI is not — it is flying today, and it is why the assurance claim is credible.

Config / A

HADI in VTOL configuration

VTOL

Persistent ISR

Config / B

HADI in catapult-launched configuration

Catapult LM

Precision strike

0 kgMTOW · both
0 kgPayload · both
0 hEndurance · LM
0 km/hMax speed · LM
0 kmRange · LM

Figures shown are the loitering-munition configuration. VTOL differs — see the full specification.

HADI specification

Build it with us.

Openness is the moat. Hardware makers, integrators and sensor suppliers can bring a platform onto the fabric — a vertically integrated competitor cannot make that invitation.

Enquiries

Programme, procurement and integration enquiries are handled through official channels.

Contact
HADI · flight testedIDRAAK · in developmentSovereign by designHardware-agnosticHuman-commandedExport controlledHADI · flight testedIDRAAK · in developmentSovereign by designHardware-agnosticHuman-commandedExport controlled