IBM CEO Arvind Krishna said in an interview published by Semafor on April 17, 2026 that quantum computing could be available within three to five years and that this advancement could be a technological tipping point. The company is moving toward a system that can solve problems beyond the scope of current artificial intelligence, the executive said.
Krishna pointed out that IBM is working on fault-tolerant quantum systems expected in 2029. This type of architecture attempts to correct the errors inherent in qubits (the fundamental unit of quantum computing), which is one of the main obstacles to scaling this technology in a useful way. Currently, IBM is developing quantum processors with hundreds of physical qubits, such as the 433-qubit IBM Osprey chip, and plans to exceed 1,000 qubits in IBM Condor. However, due to inherent errors in the technology, these systems do not yet have fully functional logical qubits at scale.
The company claims its roadmap already shows early results. In March 2026, IBM will launch its quantum hardware cleveland clinic Simulating a system of 300 atoms is an important advance for drug discovery research. He also successfully modeled magnetic materials with applications in energy and electrification.
According to Krishna, these developments point to specific use cases. In his vision, Quantum computing complements, not replaces, artificial intelligence: AI predicts patterns, and quantum systems could potentially calculate solutions to complex problems that are insurmountable today.
IBM also quantum-centric supercomputingA hybrid model. Integrate classical and quantum computing into the same system. The goal is to prepare the infrastructure for the gradual introduction of this technology. In parallel, the company expects some of its partners to reach their first cases. quantum advantageIn other words, a situation in which quantum systems substantially outperform classical computing at certain tasks.
Although the company maintains one of the most aggressive roadmaps in the field, CriptoNoticias reports that quantum computing developments continue to face relevant technical challenges, particularly in error correction and scalability. This will keep the discussion open Actual time impact of this technology In industries such as virtual currency.
(Tag translation) Quantum computing
