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Quantum photonics & secure communications

Quantum Communication

Developing quantum photonics, secure communication, photon-source, QRNG, and synchronisation technologies for research and emerging quantum applications.

Arquis Quantum Photonic Chip

Designed for demanding applications

Defense & Military Research & Academia Telecommunications Government Systems
8-Channel Coincidence Counter
800 MHz Pulse Rate
~ 26 Gbps Throughput
TRL-7 Deployment Ready
System design priorities

Built for the work between research and deployment

Match the optical source, encoding method and control layer to the experiment — from ready-to-deploy EPS modules to high-brightness PPKTP sources and pulsed weak coherent sources.

01
Photon Sources
BBO, PPKTP & weak coherent systems

Bring timing, counting and data handling into the same architecture with FPGA-based post-processing, eight-channel coincidence counting and PTP synchronisation.

02
Timing & processing
FPGA, coincidence & network synchronisation

Select a QKD architecture for the link you need to build. Arquis supports free-space and fibre demonstrations across BB84, MDI-QKD, decoy-state and continuous-variable approaches.

03
QKD & systems integration
Protocol implementation & finite-key analysis
Arquis high-brightness PPKTP source setup
From bench to network

Build the system
your programme needs.

Start with a subsystem, a deployable photon source or a QRNG. Scale into a laboratory, protocol demonstrator or a synchronised quantum network as the programme matures.

Arquis combines hardware, FPGA post-processing, protocol implementation and educational platforms so engineering teams can focus on the experiment and the application.

Explore lab platforms
Get Started

Start a technical conversation.

Tell us what you are building. Our team can help scope a subsystem, a laboratory platform or an end-to-end quantum communication demonstrator.

Talk to the team