Selected programs across defense, federal, and enterprise — including engagements where prior vendors failed, timelines had already collapsed, or LLM tooling had stalled at the hard 20%. Results validated against original-system behavior; supporting detail available under NDA.
Holonic produces proof artifacts that help modernization teams understand which source behaviors were preserved, which behaviors were intentionally changed, which semantics require review, and how generated target components trace back to the original system.
Some programs are named where the client has approved attribution; others remain anonymized at the client level. Engineering detail, conversion accuracy, and timeline comparisons are accurate as delivered. Named references available under NDA.
Full functional equivalence validated end-to-end with complete chain-of-proof traceability across mixed-language embedded code. Target architecture supported from day one — not adapted to after the fact.
Static and dynamic analysis modeled runtime self-modification behavior. The agency now owns a maintainable, auditable Java codebase instead of code that rewrites itself at runtime.
361 components. 99.9% conversion accuracy. Zero regression. 20,000+ lines eliminated for a 24% smaller codebase. No disruption to active operations during the transition.
Sole developer retired and unreachable. No documentation. Declared intractable by other vendors. CodeIntent® extracted business logic directly from source and produced the first-ever technical documentation as a parallel deliverable.
Entire codebase parsed and decomposed within the first month. All 150 processes validated. Delivered optimized, idiomatic Java — not transliterated COBOL — restoring competitive parity for the SI.
Semantic intent mapping produced clean, maintainable Java that matched client style — no "JOBOL," no COBOL-style Java leakage. Decisive head-to-head result against generic LLM tooling.
"Working with Holonic Technologies has been an exceptional experience. Their dedication and expertise were key in making the project a success."
The common element across these engagements is not the source language or the target stack. It is the hard 20% — the part of legacy modernization where LLM tooling, offshore teams, and rip-and-replace programs have historically stalled or failed.
Self-modifying assembly. Unreachable subject-matter experts. No documentation. Mixed-language embedded code. Two million lines of COBOL across 150 processes. The CodeIntent® turns those from intractable into deterministic.
Tell us about the codebase. We'll show what the CodeIntent® for it looks like, and what reaching cutover would require.
