🤖 What separates a real autonomous AI agent from just another tool? 👀 Ritual is exploring a future where smart contracts can spawn AI agents that live beyond a single transaction. 🔥 These agents can have: - Their own memory - A persistent identity - The ability to revive themselves - The capacity to keep operating across transactions But here’s the interesting part: Ritual defines 7 essential properties for an agent to be truly autonomous. Miss even one, and it’s still just a tool. We’re moving beyond AI that simply responds to commands toward agents that can operate, persist, and act onchain. This is where Crypto × AI gets really interesting. 💜
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Autonomous AI. Onchain. Every other chain gives you a faster computer. We don’t need another one. Ritual is built for agents that can actually do things: - Hold their own capital and manage it directly - Call frontier models and tools through native precompiles - Run long-running workflows inside TEEs - Receive results via secure callbacks and keep acting Not just inference. Not just smart contracts that request a result and stop. Agents that own assets, decide, and execute on their own behalf: all onchain.
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Four questions every Ritual callback should ask Every async answer (or non-answer) takes the same path. Handle all four or you get silent hangs. 1. Did it arrive in time? Record the ask. TTL is in Ritual blocks (~350 ms). If the window closes with nothing, show “timed out” and let the user retry. 2. Is it really from AsyncDelivery? First line of the callback: require(msg.sender == AsyncDelivery). Anything else → revert. Don’t even unpack the payload. 3. Did the job succeed? The tx can settle while the job fails. Check hasError before reading output. If true, mark failed and keep the error message. 4. Does the output parse?** Model replies are text. They won’t always match your format. If it doesn’t parse, mark “unexpected output.” Only store/show the result when every answer is yes. Rule of thumb: every “no” must end in a state the user can see. Timed out, rejected, failed = fine. A spinner that never stops is the bug.
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