Your coding agents are burning tokens on work better tools would do for free.

When AI coding agents grep, read, and re-infer context they've already seen, every extra token is money spent on rediscovering what your codebase already knows. Moderne gives Claude Code, Cursor, Windsurf, and Cline the tools they need to work faster — at a fraction of the cost.

Works with Claude Code · Cursor · Windsurf · Cline · and any MCP-compatible agent

61M → 30K

Tokens for a Java 8→25 migration

With agent tools vs. without

32–70%

Token reduction on document generation

JPMorgan + Moderne Prethink [confirm]

<1 sec

Symbol-aware search across your entire org

Trigrep vs. grep + repeated reads

~3 min

Java 25 migration end-to-end

vs. 45+ min without tools

What is Moderne?

The intelligence, search, and execution infrastructure for AI coding agents.

Powered by the OpenRewrite Lossless Semantic Tree (LST), Moderne enables agents to search code at semantic depth, retrieve precomputed architectural context, and execute deterministic large-scale changes across thousands of repositories — with less token consumption, faster results, and governed, verifiable outcomes.

Most agent token waste isn't a model problem — it's a tooling problem. Agents search without type context, rebuild architectural knowledge every session, and execute migrations line by line when a single recipe call would do it in seconds. Moderne fixes the layer underneath: structured search, precomputed context, and deterministic execution that run on CPU instead of burning LLM budget.

AI with Moderne vs. AI alone

This isn't AI vs. Moderne. It's AI with Moderne vs. AI without the right tools.

Capability

AI alone

AI agent + Moderne

Code search
Grep → read multiple files to confirm type
Sub-second, symbol-aware Trigrep — no follow-up reads
Architectural context
Re-inferred from scratch each session (~60K tokens, ~2 min)
Pre-computed Prethink context — available in 5 seconds
Framework migration
61M tokens, 45+ min, repeated edge-case learning
30K tokens, ~3 min, deterministic recipe execution
Multi-repo changes
One repo at a time, inconsistent results
Thousands of repos, governed, synchronized, auditable
Token cost predictability
Consumption-based, unpredictable at scale
CPU-shifted, predictable, budgetable per operation
Agent improvement over time
Same mistakes repeated across sessions
Transcript feedback loops → new recipes → lower cost next run
How Moderne makes every agent tool call count

Four capabilities that compound across every interaction.

Not one improvement — a stack that changes the economics of agent-driven engineering.

Act 1 — Search

Symbol-aware code search

Most coding agents fall back on ripgrep or vector search, then burn tokens reading files to confirm what they found. Trigrep's trigram index is built from the LST — it includes type and symbol data — so the initial search is the final answer. No follow-up reads. Sub-second results across your entire organization.

The real savings: not the search, but the reads it replaces.

<1 sec

Results across the org

0

Follow-up file reads

Act 2 — Context

Pre-session context

Agents waste their most expensive tokens at the start of every session, re-generating architectural understanding from scratch. Prethink runs CPU-only static analysis on a regular cadence, so structured context is ready before the agent even begins.

Don't blame the agent. Blame the context.

5 sec

Architecture context retrieval

vs. ~2 min

Agent alone + 60K tokens

Act 3 — Execution

Deterministic transformations

For large migrations, agents without tools burn millions of tokens re-learning what a recipe already knows — making naïve scripting attempts, hitting edge cases, starting over. With Moderne recipes, one tool call replaces the entire loop.

"Even without the tools, the model recognizes that it wants them." — Jonathan Schneider, Founder & CEO

30K

Tokens, Java 8→25

vs. 61M

Without tools

~3 min

vs. 45+ min

Act 4 — Improvement

Transcript feedback loops

Tool gaps compound over time. By mining agent chat transcripts, Moderne identifies where agents fall back on expensive patterns, builds new recipes from those patterns, and lowers token consumption on the next run. Each engagement makes the next one more efficient.

A virtuous cycle of product-led cost reduction.