The setup
Task sets, success criteria and baselines, written down before any run.
The research agenda
Atlas investigates whether heterogeneous AI coordination can make work more reliable and efficient under explicit resource, quality, and authority constraints. These are questions we plan to test; no results are published yet.
Choose a research direction to inspect the proposed experiment.
Compare specialists assigned by task against a strong single-model baseline and a fixed multi-model workflow.
What would challenge the hypothesisNo repeatable improvement over well-tuned simpler workflows under matched constraints.
Strong comparative research needs baselines, honest failure reporting, and independent acceptance.
Define the task set, success criteria and hold-out cases before running comparisons. Changing the goal after seeing results would undermine the evaluation.
Did the work satisfy acceptance criteria that were defined before execution?
What compute, tokens, time, and human intervention were actually required?
Did checks or independent reviewers support the claimed outcome?
Can the observation be repeated under a declared configuration and task scope?
Atlas's planned reviewer-trial design would check who built the change, where the reviewer's model comes from, that the exact same version was reviewed, and whether the check actually ran. Explore the example cases.
A reviewer who built the candidate is not independent. The reviewer-trial protocol rejects that pairing before scoring any findings.
Eligibility for a reviewer trial is not a merge permission or a finding of correctness. This is a schematic of protocol rules—not an actual review verdict.Task sets, success criteria and baselines, written down before any run.
Completion, cost and time against a strong single model and fixed workflows, including where Atlas loses.
What broke, how it was caught and what changed.
Enough detail for someone else to repeat it.