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Explore our technology, where quantum and AI converge to create powerful solutions for finance, healthcare, and scientific innovation.

QpiAI Quantum Full-Stack Quantum Computer

Our integrated approach combines modeling, compute, and automation to solve complex business and scientific problems at utility-scale.

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QpiAI Quantum QPU Technology

QpiAI quantum computers use superconducting qubits and roadmap to experiment with CMOS-based spin qubits in future models. The current generation of qubits is based on various architectures of superconducting qubits design. QpiAI NISQ (Noisy Intermediate-Scale Quantum) qubits and QpiAI FTQC (Fault-tolerant Quantum Computing) qubits are based on QpiAI proprietary qubit architecture named QpiAI Qubits. Transmon qubits are stabilized and error-corrected based on the surface codes with various distances. For higher reliability in fault-tolerant computing, QpiAI FTQC Qubits are error-corrected using Q-LDPC codes with new architectures invented by QpiAI to ensure high performance and low error rates.

QpiAI NISQ Quantum Computer Roadmap

Q4 2024

Indus

25 NISQ Qubits

  • Superconducting Transmon Qubits
  • Target Coherence Time 60μs
  • Built-in surface Code Error Correction
  • Error Rate: 10⁻²

Q1 2026

Kaveri

64 NISQ Qubits

  • Superconducting Transmon Qubits
  • Target Coherence Time 100μs
  • 2D - Square Lattice with 3D Integration
  • Built-in surface Code Error Correction
  • Error Rate: 10⁻²

Q1 2027

Ganges

128 NISQ Qubits

  • Superconducting Transmon Qubits
  • Target Coherence Time 100μs
  • 2D - Square Lattice with 3D Integration
  • Built-in surface Code Error Correction
  • Error Rate: 10⁻³

Q1 2028

Everest

1000 NISQ Qubits

  • Application-optimal QPU Architectures
  • Superconducting Transmon Qubits
  • Target Coherence Time 100μs
  • 2D - Square Lattice with 3D Integration
  • Built-in surface Code Error Correction
  • Error Rate: 10⁻³

Indus

25 NISQ Qubits

Q4 2024

  • Superconducting Transmon Qubits
  • Target Coherence Time 60μs
  • Built-in surface Code Error Correction
  • Error Rate: 10⁻²

Kaveri

64 NISQ Qubits

Q1 2026

  • Superconducting Transmon Qubits
  • Target Coherence Time 100μs
  • 2D - Square Lattice with 3D Integration
  • Built-in surface Code Error Correction
  • Error Rate: 10⁻²

Ganges

128 NISQ Qubits

Q1 2027

  • Superconducting Transmon Qubits
  • Target Coherence Time 100μs
  • 2D - Square Lattice with 3D Integration
  • Built-in surface Code Error Correction
  • Error Rate: 10⁻³

Everest

1000 NISQ Qubits

Q1 2028

  • Application-optimal QPU Architectures
  • Superconducting Transmon Qubits
  • Target Coherence Time 100μs
  • 2D - Square Lattice with 3D Integration
  • Built-in surface Code Error Correction
  • Error Rate: 10⁻³

QpiAI FTQC Quantum Computer Roadmap

Q4 2026

Yukti

1 Logical Qubit

  • QpiAI Qubits
  • Target Coherence Time ~100 µs
  • Error Correction by Q-LDPC Codes
  • Error Rate: 10⁻⁴ - 10⁻⁶

Q4 2027

Shakti

5 Logical Qubits

  • QpiAI Qubits
  • Target Coherence Time ~100 µs
  • Error Correction by Q-LDPC Codes
  • Error rate: 10⁻⁴ - 10⁻⁶

Q4 2028

Pragati

20 Logical Qubits

  • QpiAI Qubits
  • Target Coherence Time ~100 µs
  • Error Correction by Q-LDPC Codes
  • Error rate: 10⁻⁴ - 10⁻⁶

Q4 2030

Unnati

100 Logical Qubits

  • QpiAI Qubits
  • Target Coherence Time ~100 µs
  • Error Correction by Q-LDPC Codes
  • Error rate: 10⁻⁶

Yukti

1 Logical Qubit

Q4 2026

  • QpiAI Qubits
  • Target Coherence Time ~100 µs
  • Error Correction by Q-LDPC Codes
  • Error Rate: 10⁻⁴ - 10⁻⁶

Shakti

5 Logical Qubits

Q4 2027

  • QpiAI Qubits
  • Target Coherence Time ~100 µs
  • Error Correction by Q-LDPC Codes
  • Error rate: 10⁻⁴ - 10⁻⁶

Pragati

20 Logical Qubits

Q4 2028

  • QpiAI Qubits
  • Target Coherence Time ~100 µs
  • Error Correction by Q-LDPC Codes
  • Error rate: 10⁻⁴ - 10⁻⁶

Unnati

100 Logical Qubits

Q4 2030

  • QpiAI Qubits
  • Target Coherence Time ~100 µs
  • Error Correction by Q-LDPC Codes
  • Error rate: 10⁻⁶

QpiAI AI Technology

QpiAI’s Domain Targeted Multi Agent System

Specialized Agent Clusters

Domain-specific AI agents trained with industry vertical focus

Quantum-Enhanced Processing Layers

Leveraging quantum algorithms for complex optimization

Dynamic Resource Allocation

Real-time computing resource distribution based on task complexity

Cross-Domain Knowledge Integration

Seamless insight exchange between specialized agents

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02150 Espoo Finland

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