Qorscend gives labs, startups and classrooms one place to work across frameworks and hardware without rewriting circuits or fighting noisy output on every experiment.
Convert code, compare real devices and clean results in a single flow. Less glue code, more time running the ideas that actually move your research forward.
Qorscend starts with three foundational modules designed for classrooms, research groups and startups. Each module removes a specific bottleneck in the path from idea to result, giving teams a consistent way to work across frameworks, providers and experiments.
Qorscend links the modules into a single, repeatable workflow: Convert → Benchmark → Run → Clean → Export.
The current modules are the foundation of a larger mission: building an intelligent software layer that makes quantum computing practical at scale. Two flagship systems define where Qorscend is going next.
The intelligence engine behind future quantum development.QuanAxis is a next-generation AI system that understands quantum circuits at a structural level, not just as lines of code.
Circuit understanding. It reads circuits semantically, spotting patterns, repeated blocks and sensitive regions that are likely to amplify noise or fail on real devices.
Automatic optimization. Using search and learned heuristics, QuanAxis proposes variants with fewer gates, reduced depth and lower noise sensitivity, tuned to specific hardware.
Backend-aware adaptation. By learning from QBenchmark Live, it reshapes circuits to match the strengths and limitations of different platforms — ion traps, superconducting qubits, neutral atoms and beyond.
AI co-creator. QuanAxis generates alternative circuit designs that pursue the same goal via different pathways, giving experts a superhuman partner and helping new teams ship usable circuits faster.
Over time, QuanAxis becomes the brain of Qorscend: shortening development cycles, improving execution quality and turning every lab's history of experiments into a private intelligence layer.
The operating system for a fragmented quantum landscape.QuanCore OS is the backbone of the Qorscend ecosystem — a unified control layer that treats every provider, simulator and tool as part of one coherent environment.
One interface for every backend. Teams write against a single, stable API while QuanCore OS handles the translation to IBM, AWS Braket, Google, IonQ, Rigetti, OQC, Xanadu, Honeywell, simulators and local tools.
Device-independent execution. Code is written once and executed anywhere. QuanCore OS maps circuits to real hardware without developers worrying about SDK syntax or device quirks.
Intelligent routing. Using live data from QBenchmark Live, QuanCore OS chooses the most appropriate device for each job based on speed, stability, cost and expected fidelity.
Platform for quantum apps. The layer is designed to host optimizers, simulators, error-mitigation tools, visualisation apps and education packs — turning Qorscend into a true quantum software ecosystem.
Together, these capabilities position QuanCore OS as the missing operating layer of quantum computing: the software fabric that makes distributed quantum resources feel as simple as cloud compute.
If you are running a lab, research group or early-stage quantum product, Qorscend can give your team a cleaner operating surface across frameworks and hardware. We can help map our tools to your stack and future plans.