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CUDA Kernel Optimizer vs Geiger

Both are Coding & Dev Tools and AI Agents tools. Both are open source.

CUDA Kernel OptimizerGeiger
TaglineA langgraph based workflow with a C++ CUDA harness to optimize CUDA kernelsSee every AI agent on your machine and what it can touch
PricingOpen SourceOpen Source
CategoriesCoding & Dev Tools, AI AgentsAI Agents, Coding & Dev Tools
Built forDevelopersDevelopers
PlatformsCLICLI
Tech stackLangGraph, CUDA, C++, PythonNode.js
Alternative to——
AI Launch upvotes▲ 0▲ 0
Hacker NewsY▲ 37 on HNY▲ 49 on HN
Launched2026-10-022026-09-24

Overview

Who it's for

CUDA Kernel Optimizer

GPU programmers and ML engineers optimizing CUDA kernels.

Geiger

Developers and IT teams who want to know what AI tooling is installed and what it can access.

Problem

CUDA Kernel Optimizer

Hand-tuning CUDA kernels and launch configurations is slow and requires deep expertise.

Geiger

AI agents and plugins can run commands, read files and hold credentials, but they're configured in dotfiles nobody checks.

Solution

CUDA Kernel Optimizer

An automated generate-validate-benchmark loop with a C++ harness that compiles with NVRTC and runs via the CUDA Driver API.

Geiger

One scan that finds agent configs across ecosystems, labels their exposure, redacts credentials and suggests fixes.

What makes it unique

CUDA Kernel Optimizer

Every candidate must pass validation against a reference, and ranking uses the geometric mean of latency across cases.

Geiger

Zero dependencies and read-only: it writes nothing unless you ask for a JSON report.