Code, in a new format.
Render readable source-code images with adjustable density. Keep the original text whenever exact symbols matter.
VISUAL CONTEXTTurn source code into visual context. Connect a model on your machine or use leading AI APIs to inspect code images and reason over a project—with full control of what gets sent.
01export async function
02inspectRepository(repo) {
03 const files = await
04 repo.findRelevant();
05 return files.map(
06 file => render(file)
07 );
08}
Sending every file as plain text isn't always the best way to work. LKXGO lets you inspect relevant files, turn code into readable images, and test how vision-capable models interpret them.
Render readable source-code images with adjustable density. Keep the original text whenever exact symbols matter.
VISUAL CONTEXTUse a compatible Ollama / vLLM model locally, or bring your own OpenAI / Claude API key for a one-off vision query.
MODEL FLEXIBILITYInspect reported usage where available. Real savings depend on the model, image detail, the task, and possible retries.
REAL-WORLD COSTKeep image rendering local. Send a code image only when you explicitly run a model request. Use the provider that fits your privacy, hardware and budget.
Connect to Ollama or an OpenAI-compatible vLLM server with a vision-capable model. Your model does the reasoning on your hardware.
Use an OpenAI or Anthropic vision-capable model with your own temporary API key. You control every outgoing request.
Use local tools to inspect and render. Compare local and cloud responses when needed; keep precise source text for edits.
The code image generator works entirely in your browser. Optionally run a vision request using a configured model. Real results, no simulated AI response.
Choose a folder from your computer, describe a task, and explore the files most likely to matter. Search is local keyword matching—not an AI model—and never modifies your source.
Select a project folder to begin.
// LKXGO / local repository explorer
Code images may reduce some text context, but visual processing also consumes tokens or GPU time. Evaluate the entire task: model cost, answer quality, follow-up calls and failures.
Run your own comparison ↗Illustrative bars—not performance measurements.
Useful AI tooling should explain what actually happens to your code, your keys and your compute.
Yes. Set up a vision-capable Ollama model or an OpenAI-compatible vLLM server. In-browser connections can require explicit CORS and browser network permissions; the local server is separate from this website.
The studio can send a request with a manually entered API key directly from your browser. Keys are never stored, but browser-direct keys have security risks and may be restricted by provider or browser policies. For production and multi-user deployments, use a secure server-side proxy.
No. Folder selection, keyword ranking and code-image rendering happen in your browser. Only the currently rendered image and your question are sent to a model endpoint when you explicitly click Analyze.
This static website provides a working vision and repository workspace with optional model inference. Autonomous file edits, tests and pull requests require a separately deployed, permissioned agent runtime and execution sandbox.
No. Vision pricing, image size, model accuracy and retry costs differ. Compare real provider usage and task results before deciding whether visual context is more efficient.
Open the working tools, bring a vision-capable model, and see what a different representation of code can unlock.
Launch vision studio ↗