RESOURCE
Vancouver's Photonic Inc. is working with Microsoft's Quantum Resource Estimator to model how architecture, quantum networking and error correction choices, including Photonic's SHYPS codes, affect qubit counts and runtime for large distributed quantum systems.
Fabric Networks
Start with a conversation about your cryptographic posture.
Photonic Inc., the Vancouver based quantum networking and computing company, announced on September 23, 2026 a collaboration with Microsoft on quantum resource estimation for distributed, large scale quantum computing systems. The two companies are examining how architecture, quantum networking requirements and error correction methods change the physical qubit counts, runtime and system overhead needed for useful fault tolerant machines.
Photonic plans to use Microsoft's Quantum Resource Estimator to study its SHYPS quantum low density parity check codes alongside other approaches. Resource estimation is the discipline that turns an algorithm into a concrete answer to the question every security planner asks: how many qubits, and how long, before a specific cryptographic attack becomes practical.
Work like this is how the timeline for breaking today's public key cryptography gets shorter and more precise. When a Canadian company is helping tighten those estimates, the harvest now, decrypt later risk stops being abstract. The data at risk was collected last year. Canada has set deadlines for federal systems; the sensible move for operators is to assess this fall, budget in 2027, and be secured by January 2028.