Dynex’s Apollo Chip: A Quantum – Driven Neuromorphic Chip Featuring 10,000 p-Qubits at Room-Temperature

Dynex’s (dynex.co) is an award-winning global leader in developing quantum-driven solutions at scale through its proprietary Quantum-as-a-Service (QaaS) technology. It provides access to Dynex’s emulation of up to 1 million algorithmic qubits and, with Dynex’s quantum-driven neuromorphic chip ‘Apollo’, with up to 10,000 physical p-qubits. Through its unique cloud-based qubit-agnostic platform architecture, it enables accessibility to solving real-world problems at scale. Dynex has taken a seat at the forefront of quantum technological innovation and contributes to the acceleration toward mainstream adoption.
Apollo represents a further milestone for Dynex and is part of a broader set of quantum-driven innovations released in 2025, including Quantum Machine Learning (QML), the Quantum Diffusion LLM (QdLLM), and Q:EDU, Dynex’s online education platform. Apollo is a quantum-driven neuromorphic chip featuring 10,000 physical p-qubits, designed to operate at room temperature and marking a significant step in the evolution of quantum-driven neuromorphic computing. It brings quantum-grade computational capabilities into a practical, accessible, and scalable architecture built to solve real-world problems at industrial scale.
Grounded in Dynex’s vision of delivering Quantum-as-a-Service (QaaS) through a cloud-based, qubit-agnostic platform architecture, Apollo is integrated into Dynex’s unique neuromorphic system. Users can compute in real time using 10,000 physical p-qubits or emulate workloads on up to one million algorithmic qubits. By incorporating physical p-qubits into a neuromorphic framework, Apollo overcomes long-standing limitations of traditional quantum systems, including extreme cooling requirements, hardware fragility, and operational complexity. This enables access to powerful quantum-driven performance without the constraints of conventional quantum hardware, delivered through a scalable, energy-efficient, and accessible platform.
Apollo is engineered for complex optimization, simulation, and decision-making workloads. Its 10,000 p-qubits expand the real-time computational capacity available within the Dynex network and provide a foundation for high-performance, resilient neuromorphic computation that is in use today. The chip integrates seamlessly into Dynex’s cloud-based, qubit-agnostic platform architecture, enabling scalability across industries.
By operating at room temperature and emphasizing stability, efficiency, and scalability, Apollo embodies Dynex’s commitment to delivering immediately applicable, real-world quantum-driven solutions. As a transformative advancement, Apollo strengthens Dynex’s role in advancing quantum-driven neuromorphic computing and supports the progression toward broader adoption of quantum-enabled technologies.