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LTM Brings AI-Powered Quantum Error Mitigation to IBM Quantum Functions Catalog

LTM announced that its AI-powered Quantum Error Mitigation capability, AI-QEM, is available in the IBM Quantum Functions Catalog. Users with eligible IBM Quantum access plans can apply it as a circuit function in Qiskit workflows. LTM says it is the first global systems integrator to publish a function in the catalog.

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What happened

LTM announced that its AI-powered Quantum Error Mitigation capability, AI-QEM, is available in the IBM Quantum Functions Catalog. Users with eligible IBM Quantum access plans can apply it as a circuit function in Qiskit workflows. LTM says it is the first global systems integrator to publish a function in the catalog.

Confirmed

Global impact / market context

AI-QEM is designed to correct device-specific quantum errors through classical post-processing, without extra quantum processing time, repeated circuit runs, or additional qubits. If it improves experiment accuracy as described, users could face lower costs and complexity, potentially supporting more quantum experimentation and software use.

Analyst inference

The announcement concerns a quantum software service offered through IBM’s partner catalog, not a reported change to IBM’s financial results or a new quantum-computer sale. Its business relevance depends on adoption by eligible users and whether improved results translate into sustained demand for quantum services.

Analyst inference

What to watch

  1. Watch for evidence of customer adoption and use by eligible IBM Quantum plan holders; the article gives no user numbers, revenue contribution, or commercial terms. Analyst inference
  2. Check whether LTM reports measured accuracy improvements across IBM quantum devices, since the article describes validation but its supplied text ends before giving supporting results. Analyst inference
  3. Track whether AI-QEM remains available through the IBM Quantum Functions Catalog and whether LTM or IBM announces changes to access eligibility or the service. Analyst inference

Evidence

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