Neoqubit provides an enterprise‑grade quantum computing platform that lets organizations deploy quantum algorithms within seconds, enabling solutions to problems that are intractable for classical hardware. The fault‑tolerant infrastructure supports hybrid orchestration across cloud, edge, or on‑prem environments and integrates quantum‑enhanced machine learning for use cases such as post‑quantum cybersecurity, real‑time energy grid optimization, and large‑scale logistics routing.
Funding
Funding not disclosed
Founders
Product
Problem
Many enterprise optimization and simulation tasks—such as cybersecurity analytics, energy grid management, logistics routing, and drug discovery—exceed the capabilities of classical computers, leading to slow, costly, and manually intensive processes that cannot scale to the required problem sizes.
Solution
Neoqubit offers an enterprise‑grade, fault‑tolerant quantum computing platform that integrates quantum, quantum‑inspired, and classical solvers through a hybrid orchestration layer. The platform exposes APIs that allow organizations to submit optimization problems as QUBOs, which are automatically mapped to the most suitable solver and executed on cloud, edge, or on‑premise infrastructure within seconds. Built‑in AI agents handle data preparation, model selection, and iterative refinement, reducing manual tuning and accelerating insight generation. By combining quantum speedups with classical reliability, Neoqubit enables faster, lower‑cost decision making for complex, high‑dimensional workloads.
Target Audience
Primary customers are large enterprises and research organizations in sectors such as cybersecurity, energy utilities, logistics, and pharmaceuticals that require high‑performance optimization and simulation at scale.
Features
- Hybrid orchestration engine that dynamically selects between fault‑tolerant quantum, quantum‑inspired, and classical solvers
- API‑first deployment model supporting cloud, edge, and on‑premise environments
- Automated AI agents for problem formulation, data preprocessing, and solver configuration
- QUBO‑based problem encoding for a wide range of domains including cybersecurity, energy grid optimization, logistics, and pharmaceutical discovery
- Fault‑tolerant quantum hardware interface delivering exponential performance gains on suitable problem classes
- Real‑time re‑optimization capabilities with millisecond latency for dynamic workloads