This heatmap is not a prediction and it’s not a narrative. It’s an empirical synthesis of the global regulatory landscape, industry spending patterns, and cryptographic‑standards adoption as of early 2026. Classification is based on observable regulatory mandates, sector migration programmes, and real‑world cryptographic infrastructure dependencies. How the RAG status is determined 🔹 Mandates - Is there a legal or regulatory requirement to migrate to PQC? 🔹 Interoperability

Japan just moved cybersecurity from guidance to gatekeeping. Over 1,000 government contractors are reportedly being pulled into stricter cybersecurity requirements aligned to internationally recognised standards such as NIST SP 800-171. This is not incremental. Japan is no longer treating cybersecurity as an internal technical issue. It is treating it as a condition of participation. For years, these controls were: best practice, maturity targets, aspirational governance. Now

Why organisations are suddenly asking about #QBOM and what it may actually mean Over the past 48 hours we have seen a surge of calls from Indian organisations and global vendors operating in India. The question has been: “What is a QBOM, and do we need to produce one?” The confusion comes from India’s National Quantum Mission report. It references QBOM in the glossary, but does not define it, scope it, mandate it, attach a schema, or link it to procurement or certification. S

NIST’S NEW SIGNATURE PORTFOLIO AND THE DAWN OF ADAPTIVE TRUST ARCHITECTURE By SITG-Consulting - Quantum Risk & Resilience Special Edition Executive Strategic Thesis IR 8610 marks the transition from static cryptography to adaptive trust architecture. For three decades, the digital economy operated on a foundational assumption: cryptographic trust could remain relatively stable across generations of infrastructure. That era is ending. The future trust estate is unlikely to be

In the rapidly evolving landscape of digital finance and technology, regulatory compliance has become a cornerstone for organizations leveraging cryptographic governance. As cryptocurrencies and blockchain technologies gain traction, the need for robust compliance strategies is more pressing than ever. This blog post will explore effective strategies for ensuring regulatory compliance in cryptographic governance, providing practical insights and examples to help organizations

The advent of quantum computing poses a significant threat to traditional cryptographic systems. As quantum computers become more powerful, they will be able to break many of the encryption algorithms that currently secure our data. This reality has prompted a global shift towards post-quantum cryptography (PQC), which aims to develop new cryptographic systems that can withstand the capabilities of quantum computers. However, migrating to these new systems is not without its

In a world where technology evolves at breakneck speed, the intersection of cryptocurrency and quantum computing presents both unprecedented opportunities and significant risks. As quantum technology advances, it poses a unique challenge to the security of cryptocurrencies, which rely heavily on cryptographic algorithms. This blog post explores the concept of crypto-agility and its critical role in managing quantum risks effectively. Understanding Crypto-Agility Crypto-agilit