Evidence before claims
We label reproduction, exploration and validation separately.
Hyper Orbits
Make computing autonomous.
Our mission is to make advanced computation capable of choosing its effort, proving its outcome and improving from evidence. We begin where reliability is hardest: quantum error correction.
Why we exist
Compute is growing. Confidence is not.
Future systems will not be useful simply because they can calculate more. They must know when more work is needed, operate within a budget and show why an outcome should be trusted.
Hyper Orbits is building that control and verification layer. ORBIT-D1 applies the idea to qLDPC decoding today; Reliability OS extends it into a broader platform over time.
Adaptive by design
Compute should respond to difficulty, not assume every case is equal.
Verification attached
A result should carry the evidence needed to trust it.
Our vision
From quantum reliability to autonomous compute.
Quantum Reliability
Adaptive QEC, decoding, optimisation and verification.
Quantum Compute
Choose algorithms, QPU resources, classical support and reliability together.
Hardware Neutral Compute
Coordinate QPUs, GPUs, CPUs, HPC and specialised accelerators.
Autonomous Compute
Given a required result, budget, speed and confidence, determine the computational strategy automatically.
Founder, Hyper Orbits
Jaswant Singh.
Jaswant Singh is the founder of Hyper Orbits, building quantum reliability and compute intelligence infrastructure for advanced computing. His current work spans quantum error correction, qLDPC decoding, adaptive compute control, large scale simulation, benchmarking, verification and hardware oriented deployment.
He holds an MSc in Computer Science (Artificial Intelligence) from the University of Nottingham and has published research in both deep learning and quantum error correction. He is also Co Founder of Kauzio, recognised in Tech Nation’s Breakout 50 2026 and as a NextWave Commended Startup.
Through Hyper Orbits, he is working toward a broader vision: moving from Quantum Reliability to Quantum Compute, Hardware Neutral Compute and ultimately Autonomous Compute.
Connect on LinkedIn