The best 20 quantum computing startups leading the way in 2024

Top quantum computing startups

Complete list of quantum computing startups that are worth knowing:

Q-Ctrl

Founded in 2017, Q-Ctrl built a software platform helping quantum hardware devices achieve stability, fidelity and scalability. Their tools give quantum engineers unprecedented control and visibility into qubit performance dynamics.

Specific capabilities optimize pulse shaping, measurement and error correction. This allows adaptability to different qubit technologies. By solving universal hardware challenges, Q-Ctrl can help accelerate the overall quantum ecosystem.

Multiverse

Founded in 2020, Multiverse translates nascent quantum advances into AI optimizations compatible today. Singularity enhances data analysis, ML and simulations beyond classical computing’s limits. The cloud-based IDE offers drag-and-drop workflow building blocks.

Industry-tailored tools also embed algorithms directly into target platforms like spreadsheets through SDKs. Quantified performance gains then continuously train the hybrid engine. By pioneering accessible quantum, Multiverse opens the door to superior enterprise decision making.

QC Ware

Founded in 2014, QC Ware builds tools allowing traditional data scientists to apply quantum techniques. Forge offers drag-and-drop components to build optimization and ML solutions. Integrations with programming languages like Python simplify embedding results.

Behind the scenes, QC Ware handles complex qubit programming and error correction details that enable functional outputs. Companies can then integrate quantum-enhanced models into existing analytics workflows. Early applications range from logistics to financial services.

Zapata

Founded in 2017, Zapata builds enterprise software tools and applications powered by quantum algorithms. Their products run on both quantum and classical computers. Zapata has created solutions for problems like protein folding, logistics optimization, and risk modeling.

The company aims to make quantum advantages accessible pre-error correction. Zapata’s software development kit and workflow tools integrate with popular programming languages. Their quantum machine learning libraries accelerate data analysis and AI.

1QBit

Founded in 2012, 1QBit built among the earliest teams blending computers science, physics and chemistry. This fusion enables leaders across sectors to benefit from quantum techniques years ahead of general machines. By partnering closely on precise pain points, 1QBit makes quantum truly purposeful.

Initial industry applications span finance, chemicals, logistics and more. Partners include leaders like Accenture, Zurich Insurance, BMW and Biogen. Software integrates with classical systems to enhance processes today that later transition to full quantum execution.

Strangeworks

Founded in 2017 by seasoned quantum scientists, Strangeworks provides tools tailored to integrate quantum into existing data and modeling workflows. The Strangeworks ecosystem includes quantum-enhanced algorithms, emulators, computer connectivity and IDEs purpose-built to hide intricate qubit programming.

Turnkey integrations with classical hardware and languages like Python foster natural augmentation of current data science and engineering processes. Quantified gains then continuously improve hybrid models, no PhD required. By focusing wholly on user accessibility over qubit counting, Strangeworks accelerates real quantum productivity.

Quandela

Founded in 2017, Quandela leverages breakthroughs in quantum photonics to produce scalable quantum processors. Specific products include high-performance single photon sources, detectors and sensors. These augment classical systems today and integrate into future fault-tolerant machines.

By focusing on repeatable and standardized parts production, Quandela provides the reliable building blocks pioneers require for real-world applications. Initial markets range from aerospace to pharmaceuticals. Their recent partnerships with leading quantum players cement Quandela’s positioned as a core enabler.

Phasecraft

Founded in 2018, Phasecraft builds tools targeted at quantum machine learning and quantum natural language processing. Their software runs on existing noisy quantum hardware. Applications include sentiment analysis, image recognition, and other AI tasks.

Phasecraft aims to make quantum machine learning practical in the pre-error corrected era. Their software platform includes libraries of hybrid classical-quantum algorithms. Instead of waiting for perfectionist qubits, Phasecraft squeezes advances out of today’s hardware.

Quside

Founded in 2019, Quside leverages the proven unpredictability of quantum mechanics to create an unbreakable random number generator. This removes patterns that allow bad actors to crack current pseudo-random solutions classical computers employ.

Quside offers Quantum Random Number Generator appliances for local generation plus a Quantum Entropy-as-a-Service API model. All center on an elegant approach: basing randomness on the core provable probabilities governing subatomic particles.

Materials Nexus

Founded in 2021, Materials Nexus created an integrated in-silico materials design environment powered by proprietary deep neural networks. Researchers can conduct over 100 million material experiments in-app to unearth promising candidates and phenomena faster.

The Nexus platform also suggests chemical substitutions and process adaptations to optimize target properties. Continued use of real outcome data then refines recommendation accuracy. By balancing virtual modeling with physical validation, Nexus multiplies development efficiency.

Orca Computing

Founded in 2020, Orca Computing leverages fundamental physics breakthroughs in manipulating quantum states of light for computation. Photons enable creation of highly interconnected qubit arrays resistant to environment interference that limits solid-state machines.

Initial hardware encoding mechanisms draw leading quantum volume scores while allowing programmable flexibility absent in other pioneering platforms. Orca’s recent funding round with AWS cements confidence in their technical vision matching commercialization requirements like productive software tools.

Zero Point Motion

Founded in 2020, Zero Point Motion commercializes university research on manipulating quantum-enabled optical cavities. This powers tiny navigation aids ideal for vehicles, robotics, VR/AR and devices. Early designs showcase meter-level indoor accuracy without needing external infrastructure.

Self-contained sensors function by exploiting innate quantum fluctuations present at absolue zero temperature. Coming standalone models can continuously recalibrate with no manual intervention required. By commercializing foundational physics advances, Zero Point aims to profoundly improve autonomous mobility.

Terra Quantum

Founded in 2021, Terra Quantum makes next-generation capabilities accessible for organizations lacking specialized expertise. Modular quantum algorithm, computing and security building blocks integrate into existing data and modeling pipelines.

Industry-specific applications target near-term improvements in sectors ranging from logistics to finance. Hands-on customer co-development also forwards longer-term systems balanced for commercial needs as quantum matures. Investor confidence remains high in Terra Quantum bridging quantum hype toward quantum value generation.

SeeQC

Founded in 2020, SeeQC leverages leading supercomputing infrastructure knowledge to architect quantum machines calibrated for real-world problems vs benchmarking. Initial systems grant fixed advantages on critical datasets benefiting leaders in finance, chemicals and aerospace.

SeeQC also provisions upcoming systems to integrate optimally with anticipated classical coprocessors as hybrid computing emerges. Investor backing affirms SeeQC’s positioning balancing customization with the flexibility needed for applications to compound over generations of continual hardware improvement.

Cambridge Quantum Computing

Founded in 2014 and now part of Quantinuum, CQC built foundational quantum middleware, compilers and algorithms tailored for coming scaled hardware generations and hybrid models. Integrations simplify embedding quantum techniques into existing data modeling pipelines. Industry-specific modular solutions then maximize domain-relevant value generation.

By concentrating purely on practical integrations and applications vs chasing speculative peak qubit counts, CQC accelerates real technology digestion across sectors from finance to energy. Their recent achievements unlocking quantum’s cryptography advantages cement CQC’s leadership translating quantum’s promise into quantum’s reality.

Atlantic Quantum

Founded in 2020, Atlantic Quantum leverages proprietary fabrication techniques to construct high-fidelity superconducting qubits. This foundational performance supports growing modular architectures resilient to noise and interference as systems scale up. Specific hardware encoding mechanisms grant flexibility absent in early fixed platforms tied to single applications.

Significant venture funding affirms confidence in Atlantic’s technical blueprint matching necessary reliability and programming requirements for real-world commercial adoption. By designing machines holistically considering all components needed for advantage delivery concurrently, Atlantic speeds the leap from narrow proof cases toward the sweeping transformations predicted by theorists for years.

Quantastica

Founded in 2020, Quantastica builds tailored solutions bridging leading quantum hardware with enterprises lacking specialized skills. Modular libraries and integrations simplify embedding quantum techniques into existing data and engineering workflows. Industries from finance to energy gain incremental improvements today priming more disruptive advancements later.

By concentrating purely on pragmatic hybrid integrations versus chasing theoretical peak algorithm speedups, Quantastica makes quantum consumable for organizations worldwide.

Delft Circuits

Founded in 2020, Delft Circuits leverages proprietary techniques to construct high-channel count cryo-CMOS integrated circuits resilient to extreme quantum operation temperatures. Initial modularCri/oFlex® crossbar routing platforms grant reconfigurable qubit control, measurement and entanglement across coming generations of leading quantum architectures.

With stacked connectivity and noise isolation impossible via traditional printed circuit boards, Cri/oFlex® provides a pivotal hardware foundation absent in early scientific prototypes tying algorithms to real-world problems. Significant investor backing affirms confidence in Delft Circuit’s critical role bridging quantum progress from narrow proof cases toward exponentially expanding practical applications through the 2020s by fortifying machines so software shines.

Synergy Quantum

Founded in 2017, Synergy Quantum makes quantum encryption commercially viable years ahead of functional quantum computers capable of retrospectively cracking current classical public key infrastructures. Hybrid systems enable seamless migration while guaranteeing confidentiality against even future attacks.

Initial customers spanning finance, defense, energy and computing validate demand today for Synergy Quantum’s future-proof cybersecurity guarantees. Solution flexibility allows both cloud-based models and proprietary on-premise hardware geared for the most security-conscious institutions. Significant funding affirms worldwide appetite exists now to fortify our most vital digital assets.

Quantum Flytrap

Founded in 2021, Quantum Flytrap tools foster natural augmentation of existing data and analytics workflows through modular algorithm and API layers. Integration blueprints capture incremental improvements today while allowing space for more advanced problem-specific programming later as systems scale.

By concentrating purely on pragmatic hybrid integrations versus chasing theoretical peak algorithm speedups, Quantum Flytrap makes quantum consumable for global organizations immediately. The platform’s abstraction of intricate qubit programming mechanics behind easy drag-and-drop workflow construction enables advantage generation without PhDs.

Conclusion

With over $450 million invested in quantum computing startups globally in the last year alone, these startups are not just a part of technological advancement; they are leading it. By understanding what quantum startups are and the staggering pace at which they’re growing, we gain insights into how they’re changing the face of technology and solving problems that were once considered insurmountable.