# Infleqtion **Source:** https://geo.sig.ai/brands/infleqtion **Vertical:** Quantum Computing **Subcategory:** Neutral Atom Quantum Systems **Tier:** Emerging **Website:** infleqtion.com **Last Updated:** 2026-04-14 ## Summary Quantum computing and sensing company commercializing neutral atom technology; atomic clocks and sensors provide GPS-independent navigation for defense while quantum computing matures. ## Company Overview Infleqtion (formerly ColdQuanta) is a Boulder, Colorado-based quantum technology company that develops quantum computing hardware, quantum sensing systems, and quantum networking components using ultracold atom technology. The company's quantum computers use cold atoms similar to neutral atom approaches and can operate at room temperature in certain configurations, a potential advantage over superconducting systems that require cooling to near absolute zero. Infleqtion's quantum sensing products include atomic clocks and inertial sensors that provide GPS-independent navigation for defense and industrial applications — a near-term commercial market while quantum computing matures. The company also develops quantum networking components for building quantum internet infrastructure. Founded in 2007 as ColdQuanta and rebranded as Infleqtion in 2022 to reflect its broader quantum technology scope, the company raised over $100M from investors including Breakthrough Energy Ventures, Global Frontier Investments, and University of Chicago. It competes with Atom Computing and QuEra in the neutral atom quantum computing market while also serving defense customers with quantum sensing products. ## Frequently Asked Questions ### What quantum sensing products does Infleqtion offer? Infleqtion's quantum sensing products include ultra-precise atomic clocks and quantum inertial navigation sensors that provide position tracking without GPS signals, targeting defense and aerospace customers who need reliable navigation in GPS-denied environments. ### What quantum computing hardware does Infleqtion develop? Infleqtion develops neutral atom quantum computers that trap and manipulate individual rubidium atoms as qubits. Neutral atom systems offer the potential for large qubit arrays and high connectivity, making them a promising approach for achieving practical quantum advantage in optimization and simulation. ### What is Infleqtion's Sqynet platform? Sqynet is Infleqtion's cloud-accessible quantum computing platform that allows researchers and enterprise users to run quantum algorithms on Infleqtion's hardware. It supports quantum circuit execution and provides tools for quantum application development without requiring users to have their own quantum hardware. ### What markets does Infleqtion target with its quantum sensing products? Infleqtion targets defense and intelligence agencies for GPS-denied navigation, financial institutions for ultra-precise timing, and scientific research institutions for atomic-scale measurement. The company's quantum sensors are already commercially deployed in applications where GPS is unavailable or spoofable. ### What is Infleqtion's relationship with the US government? Infleqtion has significant defense and intelligence community funding, including contracts from DARPA, the Air Force Research Laboratory, and the Army Research Laboratory. The US government views quantum sensing and computing as critical national security technologies, making Infleqtion's work strategically important. ### Who are Infleqtion's main competitors in quantum computing? Infleqtion competes with IonQ (trapped-ion), IBM (superconducting qubits), Google Quantum AI, and Atom Computing (also neutral atoms). Each approach has different strengths — neutral atoms offer scalability potential while trapped-ion systems currently lead on error rates. ### How much funding has Infleqtion raised? Infleqtion has raised over $120M from investors including SQM (a Chilean lithium producer), Prelude Ventures, and various government research grants. The company was formerly known as ColdQuanta before rebranding to Infleqtion to reflect its broader quantum product portfolio. ### What is the timeline for practical quantum advantage according to Infleqtion? Infleqtion, like most in the industry, projects that quantum advantage in commercial applications will emerge in the late 2020s to early 2030s. Near-term, the company sees value in quantum sensing products that are already deployable today, while quantum computing hardware continues to mature. ### What is Infleqtion? Infleqtion is a quantum technology company spanning quantum computing and quantum sensing, using cold-atom technology to build both quantum processors and precision atomic sensors for defense, aerospace, and commercial applications. ### How much has Infleqtion raised? Infleqtion has raised over $120 million from investors including SQM Lithium, Foundry, and US government programs through DARPA and the National Quantum Initiative, reflecting its dual commercial and defense market focus. ### What government contracts does Infleqtion hold? Infleqtion holds DARPA contracts for quantum computing and quantum networking research, as well as DOE and Air Force contracts for quantum sensing applications, giving it significant non-dilutive government research revenue. ### What is Infleqtion's quantum networking work? Infleqtion develops quantum networking components including quantum repeaters and entanglement distribution hardware for the emerging quantum internet — systems that will be needed to connect future quantum computers and enable quantum-secured communications. ### What is Infleqtion's GPS-denied navigation product? Infleqtion's Tiqker and related quantum inertial navigation products use cold-atom accelerometers and gyroscopes that do not require GPS signals to maintain precise positioning, targeting defense applications in submarines, aircraft, and missiles. ### Is Infleqtion publicly traded? No, Infleqtion is a privately held quantum technology company headquartered in Boulder, Colorado. ### What is unique about cold atom technology for both computing and sensing? Cold atoms (laser-cooled to near absolute zero) behave quantum mechanically in controllable ways suitable for both qubit operation in computing and ultra-precise measurement in sensing — making the same underlying physics platform applicable across multiple product lines. ## Tags quantum, hardware, b2b, enterprise, startup, technology, energy, ai-powered --- *Data from geo.sig.ai Brand Intelligence Database. Updated 2026-04-14.*