What the Quantum Threat Means for the Board
The 2030 and 2035 deadlines are already written down. What quantum computing actually breaks, the arithmetic that fixes your date, and ten questions for…
Scoping a Quantum Readiness Assessment Around Four Decisions
Most guidance describes a quantum readiness assessment from the inventory up. Scoping it from the four decisions it has to unlock keeps it from…
Staffing a Quantum Project Under Talent Controls
Export controls now reach into who may sit at the bench. A method for classifying the work, partitioning the team, and keeping a quantum…
How to Read a Logical Qubit Claim
Vendors report logical qubit counts that are not comparable to each other. The mechanism underneath the number, and the five properties that make two…
What Quantum Computers Actually Do Better (And What They Don’t)
Four problem families where quantum computers have a real or plausible edge, ranked by the strength of the evidence, plus a screening test for…
Building a Quantum Workforce Without Hiring Physicists
Most enterprises don't need quantum physicists. They need cryptographers, asset owners and procurement staff who understand what changes. Here is how to size and…
How to Read a Quantum Patent Portfolio in Diligence
A patent count is the easiest number in a quantum pitch deck to produce and close to the least informative. Here is what to…
Post-Quantum Cryptography Standards: What Is Final and What Is Not
Three post-quantum standards are final, one is still pending, and roughly fifteen more algorithms are in competition. Here is where the boundary sits and…
NIST Security Strength Categories 1 to 5, Explained
NIST's five post-quantum security categories are floors, not bit counts. Here is what each one anchors to, how quantum cost models shape them, and…
Four Quantum Frameworks, One Bell Pair: A Practical Comparison for Developers
The same two-qubit circuit written in Qiskit, Cirq, PennyLane and Q#, then a decision path based on what you actually intend to build.