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Enterprise Workflows / Pega

Standardized offline Pega branch reviews on a 1,500-rule platform

Global healthcare-technology enterprise - supply-chain compliance platform

documented branch analyses
31
rules on the reviewed platform
1,500+
branches across 8 business domains
40
rules in the dual-jurisdiction compliance module
~650

Architecture at a glance

ARCHITECT-GRADE REVIEW WITHOUT A LIVE INSTANCE Branch export contents.txt -> scope Rule XML full rule logic Tracer logs runtime evidence Review methodology LLM knowledge file verified method catalogs hallucination kill-list fixed report template Impact report standardized structure x31 delivered Local LLM first pass architect verifies output 1,500+ rules · 40 branches

Context

A Pega 8.8 supply-chain compliance platform - 1,500+ rules across eight business domains, including a roughly 650-rule embargo and export-control module spanning two jurisdictions - needed consistent architect-level review of development branches. Live-instance access was scarce and review quality varied by reviewer.

Constraint

Branch exports look opaque: the instance data ships as undocumented binary blobs, and received wisdom said rule logic cannot be reviewed from an export. Reviews also had to be consistent - same structure, same depth - regardless of who performed them or when.

Architecture

A documented methodology that extracts everything the archives actually do expose: scope from the archive inventory grammar, full rule logic from rule XML, runtime evidence from tracer logs. Findings land in a standardized impact-report template so every review reads the same way.

The methodology is encoded as an LLM knowledge-injection file with verified catalogs of platform methods and actions - plus an explicit kill-list of behaviors language models reliably invent about Pega. That last part matters: it turns a local LLM from a confident hallucinator into a competent first-pass reviewer whose output an architect can trust enough to verify.

Outcome

31 standardized branch analyses delivered to date. Review turnaround no longer depends on live-instance availability, findings are comparable across time, and first-pass analysis is increasingly delegated to a locally hosted model working under the methodology.

More work

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