Now in Public Beta

AI-enabled conflict resolution

Mergeweave leverages the best of both worlds. Deterministic code analysis - AST parsing, semantic diffing, type-aware merging, and syntax validation - all supporting the context awareness of our merge agent.

calculator.py
$
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class Calculator:
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    def __init__(self):
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        self.history = []
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5
<<<<<<< HEAD
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    def add(self, a, b):
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        return a + b
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=======
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    def add(self, a, b, precision=2):
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        result = a + b
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        return round(result, precision)
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>>>>>>> feature/precision
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    def subtract(self, a, b):
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        return a - b
Ready
Semantic • Python

Tooling-first AI

Most AI tools guess. Ours reasons over deterministic code analysis—ASTs, type systems, control flow. The tooling grounds the AI in facts, not token prediction.

Semantic Understanding

AST parsing, semantic diffing, type analysis, and syntax validation. Sophisticated support tooling that ensures our agent understands your code deeply before touching it.

AI-Powered Reasoning

The agent interprets conflicts, weighs trade-offs, and generates resolutions—backed by deterministic analysis, not hallucination.

Verified & Auditable

Every resolution is syntax-checked and validated. Confidence scores, reasoning traces, and full diff visibility before you commit.

How it works

Deterministic analysis feeds the AI. The AI reasons and resolves. Validation confirms correctness.

01Deterministic

Parse & Analyze

AST parsing extracts the code structure. Semantic analysis identifies functions, types, and dependencies. The agent sees code as a graph, not lines.

02AI-Powered

Reason & Resolve

The AI interprets what each branch intended, weighs the structural analysis, and generates a merged resolution that preserves both intents.

03Verified

Validate & Score

Syntax validation ensures the result compiles. Type checking confirms consistency. A confidence score tells you exactly how certain the resolution is.

Language-aware tooling

Native AST parsers for most major languages. Type-aware analysis for TypeScript, Python, Java, and more.

Python
JavaScript
TypeScript
Java
Go
Rust
C++
C#
Ruby
Kotlin
Swift
PHP
+28 more

Merge conflicts, solved with precision

See how AI + deterministic tooling delivers merge resolutions you can actually trust - syntax-validated, type-checked, fully auditable.