Air Shield is a quantum-era cybersecurity platform built to protect the aircraft of tomorrow from the attacks that classical defenses cannot stop — because the math that protects them is about to break.
Adversaries are executing "Harvest Now, Decrypt Later" attacks — intercepting and archiving your encrypted military communications today, to be decrypted the moment a cryptographically-relevant quantum computer comes online.
SNDL exfiltration in progress. RSA / ECC still protect traffic — but every intercepted packet is being archived for future decryption.
Scalable quantum hardware projected to ship. The break-even point for Shor's algorithm approaches.
A cryptographically-relevant quantum computer breaks RSA-2048 and ECC in practical time. Every archived packet becomes readable.
The entire RTX fleet operates on quantum-native zero-trust: QRNG · QKD · QSVM. Yesterday's intercepted traffic is still useless.
Breaks RSA and ECC — the public-key math that protects every modern handshake — once a large enough quantum machine exists.
Weakens symmetric encryption. AES-256 effectively becomes AES-128. Still hard — but no longer "mathematically impossible."
Adversaries store encrypted traffic today to decrypt retroactively. The threat isn't future — it's already running.
89% rise in AI-enabled attacks. Lateral breakout in 27 seconds. Quantum GANs will mutate malware faster than classical IDS can signature it.
Air Shield is a three-layer Quantum Zero-Trust architecture purpose-built for the aircraft of 2050. Each layer addresses a specific failure mode of classical cybersecurity — and together they form a physically unbreakable barrier between an adversary and your flight systems.
Quantum Random Number Generators harvest true, physically-unpredictable randomness from vacuum fluctuations. Even an adversary with infinite computing power cannot reverse-engineer a quantum-generated key — because there is no underlying pattern to reverse.
Quantum Key Distribution delivers keys encoded on single photons across fiber or satellite links. Any interception physically collapses the photon state — destroying the key before any data is sent. PQC (ML-KEM, ML-DSA) authenticates device identities on the classical side.
Quantum Support Vector Machines analyze high-dimensional network traffic in real-time, isolating zero-day malware and mutated QGAN attacks long before a classical IDS could flag the anomaly. The only thing that catches a quantum AI is a quantum AI.
A retrofit-ready module that brings legacy avionics up to a quantum-native security posture — without replacing the aircraft.
Quantum inertial sensors measure acceleration with atomic precision. Aircraft navigate globally for months without GPS — neutralizing spoofing and jamming forever.
Every flight data record is committed via QKD to ground as it happens. Any post-hoc tampering with the black box physically breaks the quantum hash — you can't fake the log.
A live 0–100 metric showing how quantum-ready each aircraft's crypto stack is. Executives get a single number to track fleet readiness across the entire RTX portfolio.
Air Shield drops in as a module — not a fleet replacement. Thousands of fielded aircraft upgrade to PQC + QKD without scrapping their existing avionics suite. That's a product RTX can actually sell.
A live, interactive simulation of the Air Shield operator interface — the same view a ground controller or SOC analyst would monitor in 2050. Full-screen dashboard with a live globe, threat feed, fleet registry, and quantum key vault.
PQC migration inventory. ML-KEM / ML-DSA pilots. SNDL advisory published. Air Shield architecture drafted.
Microsoft Majorana 2 ships. First QKD satellite-to-aircraft links. Air Shield retrofit module fielded on RTX platforms.
Fleet-wide PQC migration complete. QSVM firewalls standard. Cold-atom nav deployed on all new airframes.
Air Shield is the default. Tamper-evident logs, quantum navigation, QSVM defense — the new standard for flight security.
