Global Cyber-Geopolitical Intelligence 2027 · Volume II of V

Global Cyber-Geopolitical Intelligence 2027, Vol. II by Kai London

Cyber risk and geopolitical conditions are usually assessed by different teams, in different vocabularies, on different reporting cycles. Volume II continues the set's single analytical discipline for reading them together — and for writing it down in a form a decision-maker can use.

Available on Amazon. Part of the five-volume 2027 set.

What the series sets out

An explicit analytical method

How judgements are formed, how confidence is expressed, and how an assessment records what the evidence does not support.

Attribution discipline

Why attribution is a probabilistic judgement rather than a headline, and how to write an assessment that survives scrutiny.

Infrastructure and dependency exposure

Reading exposure through energy, connectivity, logistics and technology dependencies rather than through named adversaries.

Regulatory and standards context

How obligations such as incident reporting and supply-chain assurance shape what organisations must be able to see and prove.

Scenario construction

Building scenarios that test decisions and stress assumptions, without forecasting political outcomes.

Reporting to a board

Turning analysis into the small number of decisions and thresholds a risk committee can actually act on.

Who it is for: intelligence and threat analysts, CISOs and resilience leads in critical national infrastructure and regulated sectors, risk committees, and policy teams who need a shared, defensible method rather than a running commentary.

Analytical tradecraftAttributionCritical infrastructureScenario analysisBoard reporting
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An assessment that cannot state its own confidence, or its own limits, is not intelligence — it is opinion with footnotes.

About the author

Professor Kai London — CISSP, CISM.

An internationally recognised cybersecurity executive, board advisor and Founder & CEO of Quantum AI Systems Security LLC, writing at the convergence of AI, governance and operational resilience. Honorary Professor and Researcher at UCL.