Velocity Engine

The Velocity Engine is the low-latency processing layer that turns raw quantum measurements into high-fidelity entropy and keeps request-to-chain finality under <400ms.

Request-to-chain finality (<400ms)

From the moment your request is accepted to the moment the result is anchored on Solana (and you receive the response), the target is <400ms. That includes:

• Job scheduling and QPU engagement

• Quantum measurement and raw output

• Normalization and post-processing

• Solana transaction submission and confirmation (or sufficient finality for the response)

• API response back to you

The Velocity Engine is optimized for this path so that verifiable quantum entropy is fast enough for real-time use cases—games, oracles, AI agents, interactive apps.

Normalizing raw quantum measurements

Raw quantum processor outputs are not “ready to use” as generic entropy. They may be vendor-specific, biased, or noisy. The Velocity Engine:

• Ingests raw measurement data from the multi-vendor fleet.

• Normalizes it into a uniform, high-fidelity entropy format (e.g. unbiased bytes).

• Anchors the result (or a commitment) on Solana and associates it with the Quantum Job ID.

• Delivers the final entropy in the API response, with Job ID and Solana tx.

So you get high-fidelity entropy—suitable for cryptographic or fairness-critical use—without dealing with vendor-specific formats or low-level quantum details.

How it fits in the Integrity Stack

The Velocity Engine sits in the Velocity Processing stage (stage 3) of the Integrity Stack: after Subatomic Mapping and QPU Engagement, before API Delivery. It is the bridge between “raw quantum output” and “verifiable, usable entropy on-chain and in your hand.”

For hardware details: Hardware Abstraction. For on-chain details: Solana Settlement.