Build with AI

Pay.sh lets your AI agents pay for any API call without creating accounts, managing API keys, or setting up subscriptions. You add one line of code and your agent handles pay-as-you-go payments using Solana (a blockchain network) micropayments. It works with Claude, Codex, and other AI agents right out of the box.

Open Wearables lets you pull health data from devices like Apple Health, Whoop, and Oura Ring into one unified API (a single connection point for all your data sources). You host it on your own servers, so your users' health data never leaves your control. It turns raw wearable numbers into health scores and AI-powered recommendations your users can actually act on.

Epismo Hub lets you browse and copy community-built AI agent workflows so you can run proven processes without building them from scratch. You grab a full workflow — steps, artifacts, and checks included — then customize it for your business. It connects to your favorite AI agents via a CLI (command-line tool) or MCP server (a remote connection standard).

InstaVM lets you run AI agent code inside isolated virtual machines (VMs — dedicated computer environments in the cloud) that spin up in under 200 milliseconds. You get built-in storage, networking, and security controls so your agents can execute code without exposing your API keys or infrastructure. It works with Python, JavaScript, and Bash out of the box.

AgentBrush helps you generate AI-powered images directly from your coding environment (tools like Cursor or Claude Code). You type a request in your terminal and get back ready-to-use visuals — product photos, marketing creatives, game assets, and more. It works inside the AI coding tools you already use, so you skip the back-and-forth between apps.

OpenAI Codex lets you build AI-powered coding agents that can read, write, and run code on your behalf. You connect it to your codebase and it handles tasks like fixing bugs, writing tests, and generating new features. It's a developer platform, not a finished app — you build with it using OpenAI's API.

You get an AI-powered hardware design platform that covers electronics, mechanical, and robotics engineering in one place. It lets you design PCBs, run simulations, build 3D mechanical models, and automate robotics workflows without switching tools. Each specialized workstation handles a different domain so your team can move from concept to export faster.

Hopper lets you use AI agents to work inside IBM mainframe (z/OS) environments from a modern desktop app. You can write JCL (Job Control Language), debug failed jobs, query VSAM databases, and navigate TN3270 terminals — all without hunting through legacy interfaces. It connects directly to your own mainframe (LPAR) and runs on macOS, Windows, and Linux.

Minicor helps you automate desktop software that has no API — like older healthcare, logistics, or automotive systems. You trigger a workflow with one API call, and Minicor's AI agents interact with the desktop app just like a human would. When the UI changes, the agent adapts on its own so your automation keeps running.

Fabraix helps you understand how hard it is to break your AI agents (automated software that acts on your behalf) by measuring the cost an attacker would need to exploit them. You get a clear security score so you can fix weak spots before they become real problems. It's built for teams that are deploying AI-powered tools and need to know their risk level.