Welcome to
Analog Physics Inc.
Introducing QAINET® for
Quantum Robotic Autonomy
VIDEO USE CASE: Drone Swarm Autonomy
QAINET® for Quantum Robotic Autonomy
This real-time quantum intelligence platform powers self-organizing collective swarms with unified missions and deterministic planning, reasoning, control, and security across air, land, sea, and space.
NO TRAINING | EXPLAINABLE | RELIABLE
QAINET® is a new class of autonomy built on deterministic, physics-based quantum intelligence. It's capable of controlling robots and swarms with 1000+ simultaneous behaviors with sub-millisecond precision, enabling robots and swarms in real-time, to operate with stability, agility, and speed, adaptively, even in harsh weather. No training involved.
At its core is Analog Physics’ breakthrough Quantum Error Prevention (QEP) technology - the foundation that makes practical quantum autonomy possible today. QEP powers QAINET’s Quantum Subsumption Architecture, transforming the exponential “combinatorial explosion” problem in classical robotics into 'linear scalability' that enables extreme levels of concurrent coordination that was mathematically impossible until now. Analog Physics is recognized as a Top Quantum Computing Startup for its QEP (patented).
Designed for multi-domain operations, QAINET® brings quantum-grade decisioning, resilience, and adaptability to defense, public safety, infrastructure inspection, industrial automation, logistics, and smart cities. It enables robots and swarms to operate collaboratively, respond instantly, and maintain mission continuity under threat, loss, or electronic attack — creating a safer, more autonomous future across all domains.
QAINET® Operationalizes Quantum at the Edge
Left-of-Launch Advantage for Defense,
Infrastructure, Civic, Industrial & Commercial Sectors
Analog Physics’ Breakthrough in Robotics
For 40 years, robotics has faced the same barrier: combinatorial explosion—where each new behavior slows systems down, exponentially. Today’s drones and robots manage under 10 concurrent behaviors in real-time before failing under their own complexity. Think harsh weather while attempting to complete a critical mission successfully, as a collective intelligence. QAINET® transforms exponential complexity into linear scalability — enabling 1000+ concurrent robotic & swarm behaviors, in real-time, with sub-millisecond decisioning.
QAINET® is hybrid-powered with quantum NISQ processors & Vulkan GPUs.
Quantum Intelligence for Autonomous Decisioning
+ Explainable Logic
+ Extreme Scalability
= Trustworthy Autonomous Robotics
QAINET® is a Cognitive Digital Twin (CDT), a real-time quantum intelligence that ingests live sensor telemetry, reasons across 1000+ concurrent behaviors through quantum subsumption, and commands the robot’s actuators. This CDT doesn’t just replicate the system, it actively controls it.
A Traditional Digital Twin (DT) is a virtual replica of a physical system synchronized in real-time for monitoring, simulation, and predictive analysis.
Inspired by Nature’s Self-Organizing Systems:
Bees, Ants & Birds
Bees, ants and birds preserve collective function through distributed state sharing. QAINET® embodies That Ant Died resilience, maintaining mission continuity without centralized control, retraining or mission interruption.
QAINET® quantum cloud-powered swarms adapt and perform with explainable deterministic logic. QAINET® delivers verifiably compliant, auditable, and certifiable decisioning for critical FAA BVLOS/DoW missions.
In action, QAINET® swarms obey the laws of physics in real-time. It’s self-organizing capabilities enable swarms that are fast and agile, with greater adaptability and reliability than neural network AI-based drones and robots. No training required.
QAINET® Dual-Use Drone Use Cases
Robotics use cases to come soon.
Trustworthy Autonomous Robotics
QAINET’s quantum intelligence is for mission-critical use.
Saving lives; Achieving the unprecedented. NOW!
Inquire about QAINET® beta pilots.