QuEra Company
QuEra is a software company specializing in cloud based SaaS data collection and automation solutions for healthcare, specifically mental health. With QuEra software data collection and analysis processes are streamlined and overhead eliminated. They provide solutions for clinical psychologists and other mental professionals to digitize self assessment questionnaires and other psychometric instruments. The entire process from data collection, scoring, processing and storage becomes digital eliminating overhead, errors and improving outcomes and reliability
QuEra Computing is a leading U.S.-based quantum computing company (founded 2019, headquartered in Boston, Massachusetts, USA) specializing in neutral-atom quantum computers using optical tweezers and Rydberg atom arrays for scalable, high-fidelity qubits. It develops systems like Aquila (256-qubit analog quantum processor available on Amazon Braket), Gemini (error-corrected logical qubits roadmap), and fault-tolerant architectures. Core focus includes biotech (quantum simulations for molecular dynamics/drug discovery), cybersecurity (quantum-accelerated optimization for post-quantum crypto analysis), and communications (quantum network simulation, error-corrected quantum repeaters). QuEra partners with Google Quantum AI, NVIDIA, Amazon Web Services (Braket), Harvard/MIT labs, and government agencies. Total funding raised: ~$247–$277M+ across rounds (latest $230M+ Series B in Feb 2025 led by Google Quantum AI and SoftBank Vision Fund 2, expanded with NVentures/NVIDIA in Sep 2025). Private company; unicorn valuation post-2025 round. Data from official website (quera.com), press releases, TechCrunch, PitchBook, Crunchbase, Tracxn (as of Feb 2026).
Stock Symbol:
Founders:
Technologies: QuEra Computing, based in Boston, develops neutral-atom quantum computers using research from Harvard and MIT, offering scalable, room-temperature systems for analog and digital quantum computation. Key technologies include: Aquila 256-Qubit Analog Quantum Computer, Gemini-Class Gate-Model Quantum Computers, Field-Programmable Qubit Array (FPQA™), Rydberg Atom Interactions, Dynamic Qubit Array (DQA™) with Qubit Shuttling, Local Qubit Control (Local Detuning), High-Fidelity Gate Operations, Room-Temperature Operation, Bloqade™ Open-Source Software (a Julia-based package for programming, simulating, and testing neutral-atom quantum systems, supporting both analog and digital modes), Algorithmic Fault Tolerance (AFT), 3,000-Qubit Arrays with Continuous Operation, Logical Magic-State Distillation (first experimental demonstration of fault-tolerant magic-state distillation within logical qubits, a key milestone for universal quantum computation).
