Sutra is pre-commercial. There is no revenue and won't be until the science clears its next bar. What exists today is defensible IP — a validated, reproducible code-discovery engine, a set of verified codes beating the field benchmark, an exact-distance certifier, and a method with no published precedent — plus a clear, staged path into a market that is already spending heavily on exactly this problem.
Tighten the result: deeper exact-distance certification, full circuit-level thresholds with a fault-tolerant schedule, live-literature novelty, and a hardware memory demo. Deliverable: a peer-defensible, hardware-anchored result. This is the credibility that unlocks everything after it.
Offer the engine to the groups building fault-tolerant stacks: code search, exact-distance certification, and heavy-hex embedding as tools and services. Low cost to deliver, immediately useful to academic and industrial QEC teams, and it seeds the hardware relationships for the next stage.
Bespoke codes and decoders tailored to a specific processor's connectivity and measured noise — directly cutting the physical-qubit overhead per logical qubit on a real machine. The clearest million-dollar value in the field: fewer qubits for the same computation.
The discovery-and-certification stack as the substrate the field builds on — codes, decoders, embeddings and layouts, licensed across quantum hardware and cloud providers as the overhead-reduction layer of fault-tolerant computing.
Pre-commercial is not pre-substance. The asset already exists; the plan only has to carry it across the validation line and into a market that is already paying for the answer.
A working, validated engine + verified codes beating the benchmark + an exact-distance certifier — not a slide deck.
Every quantum-hardware company's roadmap is gated on qubit overhead; better codes and decoders are bought, funded, and published at pace.
This is algorithms and compute, not a fab. The decisive next steps are verification runs and a 10-minute hardware demo, not a cleanroom.
Each stage is funded by what the prior one proves; no stage assumes the next.
Code search, exact-distance certification, and heavy-hex embedding offered to the academic and industrial groups building fault-tolerant stacks. Low cost to deliver, immediately useful, and it seeds the hardware relationships.
Bespoke codes and decoders matched to a specific processor's connectivity and measured noise — directly cutting the physical-qubit overhead per logical qubit. The clearest million-dollar value in the field: fewer qubits for the same computation.
We will not sell a fault-tolerance platform before the science earns it. Today there is defensible IP — a validated engine, verified codes, and an exact-distance certifier — and a clear path where each stage funds the next. That is what we're asking backers to advance, and nothing more.