Bleximo

Website unreachable since Oct 23, 2026

Bleximo is developing co-designed full-stack superconducting quantum computers tailored for specific applications, aiming to achieve quantum advantage in computational tasks. This technology addresses the limitations of classical computing by providing exponential speedup for complex problem-solving in fields such as optimization and cryptography.

Traction 7/10

Berkeley, United States · HQ

Founded 201742K+ followers

Hardware
Quantum Computing

Updated 23 months ago

Funding

Raised to date

$6MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

Funding rounds are not available yet.

Founders

1 founder

Alexei Marchenkov

CEO

Product

Problem

Classical computers face limitations in solving complex computational problems, particularly in fields like optimization, materials science, and cryptography, hindering advancements that require exponential speedup. These limitations stem from the inherent constraints of bit-based processing when tackling exponentially growing problem spaces.

Solution

Bleximo is developing full-stack, co-designed superconducting quantum computers targeted at specific application domains. By leveraging the principles of quantum mechanics, their systems aim to provide exponential speedup compared to classical computing for certain computational tasks. This approach involves tailoring both the quantum hardware and the software stack to maximize performance for a defined set of problems, potentially unlocking solutions currently intractable for classical machines.

Target Audience

Bleximo's target audience includes researchers, enterprises, and government organizations seeking to solve computationally intensive problems in areas such as drug discovery, financial modeling, and national security.

Features

Co-designed hardware and software stack optimized for specific applications
Superconducting qubits for enhanced quantum coherence and fidelity
Full-stack architecture encompassing quantum control, measurement, and error correction