EDENCODE · COMPANY OVERVIEW

The intelligence layer for useful quantum computing.

AI-native error correction and real-time control — built across hardware modalities.

San Jose, California · 2026

01 · THE BOTTLENECK

Useful quantum computing will be limited by the loop around the hardware.

As systems scale, the hard problem moves beyond the qubit. Measurement, error decoding, calibration and real-time execution must work together inside the control loop.

Latency and error tradeoff in quantum error correction — **Latency is part of the computation.**
EdenCode works between measurement and useful output.

02 · THE EVIDENCE

Measured where the system becomes real.

Each signal below answers a different investor question: can it run fast enough, can it reduce the hardware burden, and has anyone outside the company taken notice?

MEASURED · FPGA0.37 µs

Atom-rearrangement latency — about 160× faster than prior published work.

IBM HARDWARE · 74 QUBITS74

Physical qubits in a public superconducting-hardware benchmark.

DOE SELECTED · TOP 6%5,000+

Proposals in the field; selected with UC San Diego and Berkeley Lab.

03 · THE SYSTEM

Experiment. Data. Control. Better experiments.

Quantum experiments produce the data that trains the models that improve the next experiment. EdenCode is building the intelligence layer inside that loop.

Three-dimensional lattice used in quantum error correction — EXPERIMENT→DATA→AI DECODER / CONTROL→REAL-TIME HARDWARE→BETTER EXPERIMENT

04 · THE SIGNAL

Already outside the lab.

The work is visible through public research, open source, real hardware and external selection. The company is early; the evidence is not hypothetical.

JUL 2026DOE Genesis Mission award

Selected from more than 5,000 proposals with UC San Diego and Berkeley Lab.

Read the announcement →

MAY 202674-qubit IBM benchmark

Error detection benchmarked on IBM superconducting hardware.

Read the paper →

APR 2026Graph Transformer Decoder

An attention-based decoder released for public inspection and use.

View the code →

05 · THE NEXT QUESTION

Which hardware path wins first is not the question we need to answer.

Every useful quantum system will need an intelligence and control layer. We are building that layer across modalities.

Research collaboration Investment enquiries