HybridSec Blog

A conceptual examination of the missing physics behind a hypothetical nuclear-to-field coupling, with explicit assumptions, equations, and test requirements.

Reading Anne Applebaum's argument through financial opacity, institutional capture, and hybrid threats, with evidence and limits to the metaphor of The Nothing.

A January 2026 assessment of coupled infrastructure and institutional risks, with competing hypotheses and a proposed monthly scoring method.

What selected official UAP investigations establish, where information is missing, and how their methods apply to cyber and hybrid-threat analysis.

A historical log of Swift, JWST, SPHEREx, VLT, Keck, and solar-monitoring observations, separating measurements, model-dependent estimates, and unresolved reports.

How weighted connections, optimization, and feedback help explain collective behavior in neural networks and inform questions about cyber defense.

A fall 2025 assessment of autonomy, pre-positioned cyber access, economic pressure, and information operations, with attention to evidence and response.

A phased approach to AI-assisted security operations, with defined responsibilities, research limitations, and measures for evaluating a pilot.

How incident leaders can make decisions with incomplete evidence, coordinate responders, and communicate what is known during a cyber crisis.

How Rubin observations become images, catalogs, and alerts, and how to choose an access route and investigate a candidate variable source.

How people can use generative AI to explore ideas and analyze security problems while keeping evidence and judgment in the process.

How coordinated drones can change reconnaissance, defense costs, logistics, and command decisions, with limits to the gunpowder analogy.

An illustrative model of how resource scarcity, mutation, and environmental change affect survival, with limits on what the reported results establish.

A proposed four-person response drill that assigns endpoint, network, identity, and coordination work when an incident is validated.

A hypothesis about how climate-related disruption may interact with economic strain and concentrated political power, with limits of the available charts.

A method for turning reported observations into labeled illustrations while preserving the distinction between testimony, interpretation, and evidence.

A 2025 perspective on AI-assisted attacks, identity compromise, API exposure, and the operational work needed to contain and recover from intrusions.

A 2025 framework for understanding how cyber operations, information manipulation, economic pressure, and proxies can combine to affect national decisions.

A 2025 perspective on U.S.-China competition, European security, and partnerships that vary by issue rather than forming a single global bloc.

A 2025 perspective on quantum error correction, application claims, and post-quantum security preparation, grounded in published work.

A 2025 perspective on the demonstrations, infrastructure, and mission decisions needed to support people on Mars.

How deceptive narratives are introduced, amplified, and investigated, and what institutions can do to preserve reliable information during a crisis.

How supply-chain compromise, data theft, API weaknesses, and abuse of legitimate tools affect security planning beyond ransomware recovery.

How changing partnerships, regional competition, and transnational pressures affect national security planning, viewed from the 2023 context.

The engineering and scientific questions behind a possible human Mars mission, from transport and habitats to local resources and return logistics.

A June 2023 quantum-computing experiment illustrates the role of error mitigation and the distinction between a research result and practical advantage.