AI can read the packet. Policy still needs to make the decision.

Models are excellent at reading messy clinical evidence, and they stay in the stack. LogicPearl makes the final readiness call from exact policy rules, the same way every time, with the source for each criterion.

Where AI alone and LogicPearl differ.

On identical inputs, 8 model groups split 20 approve to 4 deny, and their reasons drifted between runs.

An AI checklist A LogicPearl result
Source excerpt per criterion Often omitted or summarized Every criterion tied to source PDF text
Clause coverage accounting Usually unmeasured 99.9% measured on BCBSMA; misses preserved as review work
Nested AND/OR & exceptions Can flatten or invert Preserved in the decision logic
Table semantics Frequently flattened ~118k rows interpreted into checkable rules
Terminology provenance Implicit / hidden Explicit mapping status per criterion
Repeatable replay Can vary on the same packet Same packet and policy version → same result
Reviewer state Answer only Promotion gated, sign-off tracked
Packet-to-policy evidence link Not guaranteed Click-through packet and policy excerpts

Other ways teams handle this today

vs. hand-built rules

Analysts translating policy PDFs into configuration guess at coverage and take weeks per policy. The Blue Cross Blue Shield of Massachusetts corpus now arrives with coverage measured: 99.9% of clauses, every miss listed, and a semantic diff for every revision. The same accounting can run for any payer policy set.

vs. doing nothing

The status quo is reviewers interpreting policy from memory and audits reconstructed after the fact. The cost is hard to see until an overturn pattern, an audit, or a compliance finding makes it visible all at once.

Common AI comparison questions

Why is AI alone not enough for prior authorization decisions?
AI models can read clinical packets well, but identical packet and policy inputs can still produce different determinations and drifting rationales. In healthcare, the stated reason is part of the decision, so the final readiness call needs a repeatable policy boundary.
What does LogicPearl use AI for?
LogicPearl uses AI and document-understanding models to read messy clinical evidence. The final readiness decision comes from compiled payer policy rules, with source-linked evidence and a replayable audit receipt.
How does LogicPearl differ from hand-built rules?
Hand-built rules depend on analysts translating policy PDFs into configuration. LogicPearl compiles source policy text into versioned artifacts, measures coverage before cases run, and keeps uncovered clauses visible as review work.

See it on a synthetic case.

Walk through one prior-auth case on published policy, then run a shadow-mode pilot on yours.

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