Every OrbitQops variant solves a problem that is happening right now — not just a quantum threat in 2030. Six products. Six real-world incidents. One quantum-resistant silicon core.
Where one fake command becomes a $20M lawsuit.
Researchers demonstrated remote takeover of industrial robot arms (ABB, FANUC, Universal Robots) over standard factory networks. Attackers altered the arm's trajectory mid-task — invisible to operators — causing welds to fail and components to shatter.
The OrbitQops chip sits between the controller and the motor driver. Every command is cryptographically signed at source and verified in silicon. Unsigned or replayed commands are rejected in hardware — the motor literally cannot move on a fake instruction.
When quantum computers break today's classical encryption by 2030–2035, every classical-encrypted robot becomes a liability overnight. QOPS-R runs NIST-standardized post-quantum cryptography — your factory floor stays secure on Q-Day with zero hardware swap.
Every EV's CAN bus is a screaming open mic.
The CAN bus protocol every EV uses has no authentication — any node can send any command. Researchers and thieves have used $30 OBD-II dongles to spoof acceleration commands, disable brakes, and steal vehicles in under 90 seconds.
QOPS-E authenticates every torque command between the ECU and motor inverter. Unsigned acceleration packets, OBD-spoofed commands, and replay attacks are blocked at the silicon gate — before the motor ever sees them. The car simply refuses.
Modern EVs receive OTA firmware updates signed with today's classical algorithms — exactly the schemes quantum computers break first. A future attacker could push malicious firmware to a fleet of millions. QOPS-E verifies OTA payloads with post-quantum signatures.
A $200 GPS spoofer can capture a $20M drone.
Iran's 2011 capture of a US RQ-170 stealth drone via GPS spoofing kicked off a decade of escalation. Today, $200 SDR kits can spoof GPS, force drones off course, and hijack delivery / surveillance UAVs. Ukraine and Russia spoof each other's drones daily.
QOPS-D authenticates every flight command and rotor PWM signal between the flight controller and the ESCs. Even if GPS is spoofed, the drone refuses unsigned attitude / throttle commands. Hijack attempts simply fail — the drone returns-to-home instead.
Modern adversaries are already harvesting encrypted drone telemetry for store-now-decrypt-later attacks once quantum computers arrive. QOPS-D uses NIST PQC primitives so today's flight data stays sealed for the entire 10–15 year platform lifecycle.
Your home router is firmware-hacked. You don't know yet.
FBI / CISA disclosed Chinese state actors compromised hundreds of thousands of consumer/SMB routers (Cisco, TP-Link, Netgear) via unsigned firmware updates — using them as launchpads against US critical infrastructure. Asus and TP-Link routers actively targeted in 2025.
QOPS-N sits at the heart of the router's boot chain. Every firmware image is quantum-signed and verified in silicon before execution. Malicious firmware — even from a compromised vendor server — never boots. The router stays clean.
The TLS 1.3 handshake every router uses today is broken on Q-Day. QOPS-N already supports hybrid post-quantum TLS — when the internet migrates, your hardware is already there. Telcos and ISPs deploying QOPS-N skip the panic upgrade cycle.
75 billion IoT devices by 2030. Most ship with hardcoded passwords.
Mirai-class malware compromises IP cameras, smart locks, medical infusion pumps, and industrial sensors through default credentials and unsigned firmware. The 2024 AndroxGh0st campaign actively enslaves IoT into a global botnet — 50,000+ infected devices in India alone.
Every QOPS-I chip ships with a unique, unclonable cryptographic identity baked into silicon at manufacture. Devices authenticate to the cloud — and each other — using quantum-resistant signatures. No default passwords, no shared secrets, no botnet enrollment possible.
The EU Cyber Resilience Act (in force 2027) and the US Cyber Trust Mark already require post-quantum-ready cryptography for IoT shipped after 2030. QOPS-I devices are compliance-ready out of the box — your product stays sellable in regulated markets.
A $1B satellite. A $40 SDR. A spoofed uplink.
The 2022 Viasat KA-SAT cyberattack (AcidRain wiper) on the first day of the Ukraine invasion took down 30,000+ terminals and 5,800 German wind turbines. ESA's OPS-SAT ethical-hack program shows commercial satellite buses are reachable, with weak command authentication.
QAPF is OrbitQops' novel breakthrough: every reaction-wheel position reading and every thruster firing command is cryptographically bound to its physical encoder feedback. Spoofed uplinks cannot align with the satellite's real-time position — attacks are mathematically detectable.
A satellite launched in 2026 is still operating in 2041 — long after today's classical crypto falls. QOPS-S radiation-hardened variants run a NIST-standardized post-quantum stack on-orbit, ensuring command authority survives even after classical crypto breaks. India's space sovereignty doesn't expire.