QUANTUM COMPUTING
Governed Fault-Tolerant Quantum Computing
Seed IQ™ Accelerates the Timeline for strict governed FTQC compute Seed IQ giving every hardware player a new way to move from “future potential” to usable compute now.
In 2026, AIX Global Innovations independently achieved governed fault-tolerant quantum computing on rented IBM Heron-family QPUs. The result demonstrates that Seed IQ™ can govern live quantum execution across error correction, protected operations, universal FTQC primitives, persistent encoded registers, runtime admissibility verification, and committed computational results.
Seed IQ™ & Governed Fault-Tolerant Quantum Computing
What Was Demonstrated
Surface-code QEC at distance d≥3
Universal Clifford+T execution via magic-state injection
Teleportation, lattice-surgery CNOT, T-gate execution, and logical memory
Persistent encoded register behavior
Runtime admissibility verification on every committed result
Chemistry workloads across H₂, LiH, H₂O, and BeH₂
Cross-chip and cross-generation convergence across IBM Heron-family QPUs
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