Critical infrastructure
A future-facing trust layer for energy, finance, transport and communications where confidentiality must outlive current cryptography.
AIQSAT project · Solutions
Quantum
Secure links and quantum-assisted computation
We are developing this capability as part of a secure, intelligent orbital data network for the next generation of connected infrastructure.
Quantum
What we are building
Quantum technology is moving from the laboratory into orbit. AIQSAT works on quantum key distribution, quantum sensing and quantum-assisted optimisation for the hardest scheduling and routing problems in space operations.
Quantum key distribution
Link architectures for tamper-evident key exchange between ground stations and satellites.
Quantum sensing
Ultra-precise timing, gravimetry and navigation payloads for missions without GNSS support.
Quantum-assisted optimisation
Hybrid solvers for constellation scheduling, tasking and downlink capacity planning.
The opportunity
Move intelligence and trust closer to the source
Long-lived satellite and terrestrial infrastructure must protect sensitive information against threats that continue to evolve after launch. Conventional key distribution creates central points of trust, while data captured today may be stored for decryption by future quantum computers.
AIQSAT is working toward a space-based trust layer that combines quantum key distribution with post-quantum cryptography and intelligent network control. The objective is not a single encrypted link, but an interoperable security fabric for critical data exchange across orbit and Earth.
System architecture
A connected path from orbital signal to trusted decision
The project is designed as a modular system. Each layer can create value independently, while the complete architecture enables a secure, intelligent data network across orbit and Earth.
- 1Generate
Create quantum states
Space-qualified photon sources prepare verifiable quantum signals and trusted timing references.
- 2Exchange
Establish optical links
Precision acquisition and tracking connect satellites, ground stations and future inter-satellite nodes.
- 3Verify
Distil secure keys
Classical post-processing detects interference, corrects errors and produces usable cryptographic material.
- 4Protect
Serve operational networks
Hybrid key management supplies applications with policy-controlled quantum and post-quantum protection.
Strategic value
Built around the needs of future operators
AIQSAT is being shaped for organisations that need resilient infrastructure, faster access to useful information and a security model designed for the quantum era.
Governments and institutions
Sovereign key distribution concepts that reduce dependence on a single terrestrial route or trust domain.
Telecom and cloud providers
An integration path that strengthens existing security services rather than requiring customers to replace their networks.
Strategic capital
Participation in enabling infrastructure whose value can grow with each compatible node, route and service partner.
Development path
A staged route from validation to deployment
The roadmap is structured to retire technical risk early, prove interoperability and create clear decision points for partners and capital providers.
Validation
Protocol and link models
Model atmosphere, orbit, optical losses and threat assumptions to select viable mission and ground-station configurations.
Integration
End-to-end security testbed
Combine photon hardware, optical tracking, key distillation and hybrid key management in a measurable test environment.
Demonstration
Orbital trust link
Demonstrate key exchange and secure application delivery across a representative satellite-to-ground path.
Scale
Federated quantum network
Connect multiple orbital and terrestrial nodes into a managed service with interoperable customer interfaces.
Investment case
An infrastructure opportunity at the intersection of three markets
The project combines differentiated engineering, reusable intellectual property and a platform approach intended to support multiple missions, customers and commercial models.
Deep-technology barriers
The project unifies photonics, orbital mechanics, cryptography and network software into an integration capability that is difficult to reproduce.
Infrastructure economics
A shared orbital layer can serve multiple sectors, territories and security applications from the same underlying network.
Service potential
Potential revenue can span terminal integration, secure-key capacity, network orchestration and long-term managed services.
Build the next layer with us
A more efficient, resilient and secure future for orbital data.
We invite security operators, optical-ground partners, institutions and investors to shape a practical route toward quantum-secure data exchange.
