Photonic Quantum Computing to Enable Tomorrow’s Breakthroughs
Aegiq is building fault-tolerant quantum computers by combining deterministic photon-source technology with silicon photonics, dramatically reducing the complexity, cost and footprint required to scale
Designed for Deployment
Aegiq's architecture reduces the system overhead associated with creating and controlling photonic qubits, enabling compact quantum computers designed for existing HPC and datacentre environments.
Lower complexity
Fewer components and less supporting infrastructure.
Reduced footprint
Enabling a path towards compact, rack-based quantum systems.
HPC ready
Designed to operate alongside existing computing infrastructure.
QGATE: Aegiq’s blueprint for fault-tolerant photonic quantum computing
Built around the on-demand generation of entangled photons, Aegiq’s QGATE architecture addresses three major barriers to scaling fault-tolerant photonic quantum computing to commercial utility.
From Probabilistic to Deterministic
Combining deterministic photon generation with a novel architecture for entanglement generation, reducing system complexity and overhead.
Fast compilation
From Decades to Minutes. Reducing compilation time to remove a critical bottleneck in quantum computing systems.
Efficient error corrected qubits
Error correction applied directly to encoded qubits, with loss thresholds significantly above conventional approaches.
Built to Scale Through
Semiconductor Manufacturing
Aegiq operates a fabless semiconductor model, working with leading foundries and manufacturing partners around the world. Creating a scalable manufacturing path from advanced photonic chipsets to commercially deployable quantum computers.
Recent supplier announcements
Quantum-ready Algorithms
Aegiq’s tensor-network software delivers value on today’s GPU infrastructure while creating a path to future fault-tolerant quantum computing.
Reduced Memory Requirements
Tensor networks compress complex quantum systems enabling faster, more affordable simulations.
In practice:
Benefits today
Accelerate complex simulations and reduce computational requirements using existing HPC infrastructure.
In practice:
March 30, 2026
Quantum advantage tomorrow
Develop applications and workflows that can transition to fault-tolerant quantum systems as the hardware scales.
In practice:
Breakthrough technologies are not built in isolation
Aegiq works with leading organisations across semiconductors, photonics, high-performance computing and quantum technology to bring fault-tolerant quantum computing closer to commercial scale.
