SyneThe Context Compiler.

Distill legacy Java monoliths into precise execution flows. Cut token costs, eliminate context bloat, and keep enterprise code secure.

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Execution Slicing (.slice)

Extracts isolated execution paths from deep inheritance trees. Feed LLMs only the exact logic required for reliable refactoring.

Zero-Leakage Privacy

Process monolithic codebases entirely locally. Keep proprietary, audited banking software secure and completely out of cloud APIs.

GraphRAG Ready (.strata)

Compiles an Intermediate Representation (IR) knowledge graph. Map architectural blast radiuses before generating a single line of code.

How It Works

Syne parses your legacy Java application locally and compiles the context into LLM-optimized artifacts.

bash

# 1. Target the entry point of the monolith
$ syne compile src/main/java/com/bank/core/PaymentProcessor.java

# 2. Syne analyzes the AST and generates context artifacts
Compiling execution paths... [Done]
Extracting dependencies... [Done]
Building knowledge graph... [Done]

# Outputs generated:
# ➔ target/payment_flow.slice   (Optimized code prompt)
# ➔ target/architecture.strata  (GraphRAG IR)

Why build a compiler for context?

LLMs struggle with deep, sprawling enterprise codebases. Dumping 50,000 lines of Java into a context window leads to hallucinations, massive token bills, and security risks. Syne solves this by acting as a local pre-processor. By relying on deterministic static analysis and AST traversal, it distills the codebase so the LLM only "reads" what actually executes.