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Publication series 4 — Programme & Trust

AEGIS: Energy Assurance for Defense Missions

The same physics that makes clean baseload makes something rarer — energy sovereignty at the installation scale.

AEGIS is Kronos Fusion Energy's defense product line: the company's openly published physics basis, packaged for national-security missions where fuel convoys, grid fragility, and multi-decade siting certainty are the operative constraints.

The science

The attributes defense planners price are native to the low-neutron architecture: fuel-secure operation measured in years (helium-3 mass, not fuel convoys), sub-kilogram tritium inventory and a low-level-waste pathway compatible with installation environmental postures, compact footprint suited to secured perimeters, and an electrical (DEC-led) front end with the response characteristics microgrids and directed-load missions demand.

AEGIS inherits the entire open validation discipline — the same 81-analysis register, gates, and reproducibility harness behind the commercial line — because a defense customer's diligence is the most demanding kind.

Why it matters

Installation energy resilience is a stated national-security requirement, and firm, fuel-secure, grid-independent generation at the 0.5–1 GW scale has no incumbent solution. AEGIS positions the MetroVolt physics where the value of assurance is highest and procurement rewards documented rigor — the register is the compliance package.

The numbers

Product lineAEGIS (defense) — shared open physics basis
Fuel logisticsyears of ³He by mass; no convoy dependence
Site posture<1 kg tritium · LLW pathway · compact core
Grid modeislandable, electrical front end
Diligence packagethe same open 81-analysis register
Straight answersAEGIS mission engineering (hardening, integration, security accreditation) is programme scope beyond the deposited plant physics; the physics gates are identical to the commercial line and close on the same schedule.
Every figure in this paper traces to the openly deposited 81-simulation programme (S01–S81) behind the Kronos MetroVolt four-paper design series — data and code at DOI 10.5281/zenodo.21248916 (CC BY 4.0). Read the series, run the code, check us.
Kronos MetroVolt is a conceptual design study. Quantitative values are simulation-derived and carry the feasibility gates stated in the series; Tier-2 flagship-code confirmations are deposited as runnable decks pending HPC execution. This document is informational and is not an offer of securities. © 2026 Kronos Fusion Energy, Los Angeles.