What Modular Quantum Computing Changes for Buyers
Open architecture gives buyers a third option between a sealed system and a do-it-yourself build. It also moves integration risk onto the purchase order.
Architecting for Quantum Cloud Workloads
A quantum processor reached over a network behaves unlike any accelerator you have integrated before. Four placement patterns, and the arithmetic that picks between…
Quantum Open Architecture and the Case for Modularity
Modular quantum computers are now real purchases. The decision that matters is not open versus closed, but where the interfaces go and who is…
When Geopolitics Becomes Architecture
Export controls now trigger on qubit count and gate error rate together. Sovereignty has moved out of the policy brief and into the bill…
What a CBOM Scoping Exercise Finds Inside One Mobile Banking Payment
A payment from a phone crosses up to nine institutional boundaries. Only some of them are yours to inventory. Here is how a CBOM…
NIS2, DORA, and the Evidence a Supervisor Will Ask For
European post-quantum regulation rarely says "deploy PQC by date X." It says produce the file. Here is what that file contains, and what your…
Four Questions That Map a Quantum Supply Chain
Vendor roadmaps name qubit counts, not the suppliers whose capacity sets delivery dates. Four questions that surface concentration, jurisdiction, and shared dependency.
Where Telecom Operators Should Start
The algorithms are settled. What stops most carriers is that nobody can yet read a cryptographic inventory and say which findings matter first.
What Actually Binds You in the US Post-Quantum Rulebook
Statutes, executive orders, OMB memoranda, federal standards, acquisition rules and standard of care all bind differently. A field guide to sorting them, with three…
Who Wins If Silicon Spin Wins
Silicon spin qubits borrow most of their supply chain from the semiconductor industry. We work through who supplies each layer, where the chokepoints are,…