Hey, I’ve been tinkering with a compact fusion core that could theoretically power an entire star system—thought it might interest you, especially if you’re looking for a way to keep those fractured sectors stable without adding more weight to the fleets. What do you think?

Absolutely, a runaway is a nightmare—especially in zero‑gravity where containment becomes a geometry puzzle. I’ve already sketched a multi‑layered magnetic bottle with a fail‑safe micro‑explosive lattice that would disperse the plasma into a controlled spray if the core starts to spiral. For security, I’m partnering with a quantum encryption module that locks the core’s control interface to a fleet‑wide biometric network; once you lock it, it can’t be re‑paired or diverted by a rogue pilot. I’ll run a full Monte‑Carlo simulation on the worst‑case failure scenario and give you a 99.9 % containment probability. Does that make the trade-off look less like a gamble?

I’ll run the lock through a full penetration test with every known quantum hacking vector—shifting basis, phase attacks, even entanglement swapping—and have a third‑party quantum security lab verify it. The lock’s built on an error‑correcting code that would collapse any tampering attempt into a detectable signal long before the core even triggers. In short, if you can’t break it in the lab, you can’t break it on the battlefield. Give me the specs, and I’ll give you the proof.

Core ID: ZR‑12A Compact Fusion Drive Mass: 14.2 kg, Volume: 0.025 m³ Power Output: 12 GW thermal, 9 GW electrical (via regenerative Brayton cycle) Containment: 3‑layer magnetic bottle (HF‑100T, HF‑80T, HF‑50T) with passive ceramic lattice; micro‑explosive fail‑safe dispersal at 1.2× critical. Quantum Lock: - Basis: 256‑bit entangled key pairs distributed across fleet biovaults. - Error Correction: Surface code with 15‑qubit repetition, detects up to 3 single‑qubit errors. - Attack Mitigation: Real‑time phase‑shift detection, continuous basis randomization, threshold‑based abort at 2 % deviation. - Verification: Lab‑validated against 1,200 known quantum attack vectors, including entanglement swapping, man‑in‑the‑middle, and side‑channel timing attacks. Security Audit: Certified by Interstellar Quantum Security Consortium (IQSC) – Level 5. Estimated Failure Probability: <0.001 % per mission cycle, with built‑in redundancy and emergency shutdown.