Project Air Shield is a quantum-era cybersecurity platform built to protect the aircraft of 2050 from the attacks that classical defenses can't stop, because the math that protects them is about to break.
Right now, Cybercriminals are harvesting data to decrypt in the future when quantum computing technology advances.
SNDL exfiltration in progress. RSA / ECC still protect traffic, but every intercepted data 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."
Cybercriminals store encrypted traffic today to decrypt retroactively.
There is a 89% rise in AI-enabled attacks. A record breaking cyberattack happening in just 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 a cybercriminal and your flight systems.
Quantum Random Number Generators (QRNG) 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 (QKD) 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
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. 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.
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.
