GoBlueFlare
Statement of Work Draft for Discussion v0.1 July 2026

AI Inference Platform Evaluation & Bounded Optimization

Prepared for GoBlueFlare Prepared by [Our Team Name]
Abstract

GoBlueFlare is choosing hardware for commercial LLM inference on OpenRouter, including unconventional and older-generation accelerators. We find the platform with the best economics once the right serving software is in place.

The approach is simple: get each candidate running, apply a sensible, capped amount of software optimization, measure what that effort actually buys, and stop once the best choice is clear.

Bounded optimization SLA-qualified economics Hardware–software co-design

Tiered engagement, From $35,000 CAD, stop at any tier. See the tiers ↓

Executive Thesis

Three ways to compare platforms. Only one produces a defensible decision.

Unconventional accelerators are routinely mis-judged because the comparison method is wrong before a single benchmark runs. Our differentiator is the method itself.

✕ Naive

Out-of-box shootout

Run each platform on stock, unoptimized software and pick the apparent winner.

Unfairly penalizes unconventional hardware: mature CUDA tooling wins on software readiness, not on the silicon's real potential.
✕ Overengineered

Optimize everything first

Fully optimize every candidate to its ceiling, then compare and choose.

Spends heavily before knowing whether the extra performance changes the procurement decision. Slow, expensive, and mostly wasted.
✓ Proposed

Bounded optimization

Baseline, profile, apply capped high-value engineering, measure the response, and stop when the selection is decision-stable.

Measures Ph(e), performance as a function of effort, and selects on SLA-qualified economics. This is the engagement's core method.

The positioning: we will determine which unconventional hardware becomes competitive after a commercially sensible amount of targeted software engineering, quantify the engineering required, and identify the point beyond which further optimization is unlikely to change the procurement decision.

Decision Lab

Model the decision before you buy the hardware.

Every input below is editable and every result is computed live in your browser. Values are clearly tagged by provenance. Measured benchmark fields are intentionally blank until real evaluation produces them, it shows Input required rather than inventing a number.

Illustrative assumptions, not benchmark results assumption user-provided default illustrative calc calculated measured benchmark n/a not yet available
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