A guide for security leaders to strengthen trust, reduce risk and build a more resilient, security-enabled enterprise

Quantum systems are not mystical black boxes, but rather rigorously structured architectures with familiar analogs. This note provides a foundation for quantum computing using concepts familiar to classical engineers, x86 architects and network professionals. It maps qubits, quantum gates and qubit connectivity graphs into well-known ideas such as transistors, instruction sets and data center fabrics, making quantum systems easier to understand without diluting the physics.

As adversaries stockpile encrypted data and quantum capabilities advance, organizations face a shrinking window to act. Learn what's at risk and how early movers can gain an advantage by starting their migration to quantum-safe cryptography now

In the first of our two-part series, we explore core quantum concepts, hardware types, SDKs, simulators and the state of the emerging quantum computing ecosystem.

The transition to post-quantum cryptography represents one of the largest and most complex technology transformations organizations will undertake in the coming years.

In the second of our two-part series, we explore WWT's quantum experimentation, including results, enterprise insights and recommendations.