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See Where Innovation Is Heading

Patent Intelligence

Patent filings reveal where companies are placing their bets years before products reach the market. CanaryIQ tracks global patent activity to uncover innovation clusters, competitive moves, and emerging technology trends.

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Patents Tell the Story of What Comes Next

Map Innovation Clusters

Major breakthroughs leave a trail of patents, inventors, and institutional filings. CanaryIQ connects these signals to reveal where innovation is concentrating, which organizations are leading, and which technologies are gaining critical mass.

CANARY INTELLIGENCE πŸ”₯ Announcement Meet Willow, our state-of-the-art quantum chip πŸ… US20240378473A1 Reducing parasitic interactions in a qubit grid for surface code error correction πŸ… US11915103B2 Quantum data processing system πŸ… US20240013087A1 Virtual distillation for quantum error mitigation πŸ‘€ Austin Fowler πŸ‘€ Jarrod McClean πŸ“„ arXiv:2408.13687 Quantum error correction below the surface code threshold πŸ‘€ William Huggins πŸ‘€ Alexander Korotkov πŸ‘€ Vadim Smelyanskiy πŸ‘€ Sergio Boixo πŸ… US20220374750A1 Bayesian quantum circuit fidelity estimation

Your Technology Radar, Always On

CanaryIQ scans global patent filings in real time, detecting patterns and early indicators of emerging technologies. Watch as new innovation areas form, established ones accelerate, and competitive landscapes shift.

Palantir
Databricks
OpenAI
DataRobot
Alphabet
Scale AI
Hugging Face
ServiceNow
SoundHound
Mistral

Compare Roadmaps Against Reality

Companies publish roadmaps. CanaryIQ checks the evidence. By mapping patent filings against corporate announcements, you can validate whether a company is building real capability or making promises it has not started to deliver.

Canary Intelligence

  • D-Wave - Energy-Efficient AI with Quantum RBMs β€” Enhance RBM architectures for cybersecurity, drug discovery, and physics simulations, reducing AI model energy consumption.

  • IBM - Expand Quantum Utility β€” Improve quantum circuit quality and speed to support 5,000-gate parametric circuits.

  • Rigetti - Scaling Multi-Chip Quantum Systems β€” Launch the 84-qubit Ankaa-3 system, focusing on high 99%+ gate fidelity for better error correction and scalability.

  • IBM - Demonstrate Quantum-Centric Supercomputing β€” Launch the first modular quantum supercomputer, improving execution speed, parallelization, and quantum communication.

  • Rigetti - 36-Qubit Multi-Chip Quantum System β€” Release a four-chip system (9-qubits per chip) with 99.5% median two-qubit fidelity, mirroring multi-core classical architectures.

  • IonQ - High-Performance Quantum Computing β€” Achieve 99.999% logical two-qubit gate fidelity, advancing error correction capabilities and reducing computational noise.

  • IonQ - Basel Quantum Data Center β€” Open new quantum data center in Switzerland, supporting global quantum operations and enterprise-grade solutions.

  • IBM - Automate & Increase Quantum Circuit Depth β€” Improve circuit quality to enable 7,500-gate quantum circuits.

  • Rigetti - Lyraβ„’ 336-Qubit System β€” Develop a high-performance quantum processor with 336 qubits, supported by ABAA for better scalability.

  • IBM - Scale Quantum Computing β€” Expand qubits, electronics, and infrastructure to lower costs and energy use, while improving quantum circuits to support 10,000 gates.

  • Quantinuum - Fully Fault-Tolerant Quantum Computing β€” Deploy Apollo, a universal, fault-tolerant quantum system capable of executing circuits with millions of gates.

See Where Companies Are Really Investing