

alfadanil (❖,❖)
7.3K posts

@ALFACREATIVE33
📸 Ambassador of your possibilities🌍 Ritty @ritualnet Magnitude 6 @SeismicSys OG @kash_bot






Ritual Testnet NFT Leave your signature on the blockchain🔥 Enter your username, upload a photo, choose your role, and leave your personal signature on the blockchain forever. Click 'Mint' and upload a photo for your X post ritual-community-card.vercel.app You can write whatever you like – it will be your personal mark on the network. @ritualfnd @ritualnet


AI agents are getting more capable every day but capability alone is not enough most agents still operate with broad permissions and little accountability Rialo is taking a different approach with proof carrying computation agents can prove they followed the rules before actions are finalized onchain combined with reactive transactions native coordination tools and SCALE task contracts Rialo is building infrastructure for agents that can actually be trusted what I also like is the community around it projects like Onlatch are already showing what secure agent delegation can look like in practice the future of agents is not just intelligence it is trust coordination and verifiable execution @RialoHQ is building for that future









Ritual Testnet Stats: Week 6 This week I do not want to start with precompiles. I want to start with something quieter: the pulse of the network. The explorer is showing 128 recent blocks, about 4.3 minutes of live history. Average gas usage is 341,397 per block. Average block size is 15.89 KB. Average block time is 0.31s. These are short live windows, so I would not treat them as final benchmark numbers. But they are useful for another reason. They show motion. Gas is not flat. Block size is not flat. Execution is arriving in bursts. That is what a live testnet should look like. Not a perfectly smooth demo. A moving system. Latest Transactions show around 2.1 transactions per block. On its own, that number does not say enough. The better question is not only how many transactions? The better question is: what kind of activity is creating the pulse? That is where the Agent Transactions page becomes useful. Average agent transactions are at 1.1 per block. There are 58 registered agents. In the current window, the agent activity is mostly Heartbeat and Sovereign transactions. The heartbeat number is the one I like. Heartbeat is not flashy. It does not sound like a big AI moment. But for agents, heartbeat is a sign of life. A normal bot answers and disappears. An agent needs to keep existing. It needs to be monitored, reachable, and visible over time. So when the explorer starts showing agent heartbeats as part of network activity, Ritual feels less like a place for one-off demos and more like a place where agents can have presence. That is a different kind of signal. Async activity tells the same story from another angle. Total async is 44, with 17 commits and 27 settlements. The split matters more than the total. Work is not only being started. It is also coming back. For an agent environment, that matters. Useful work often does not finish in the same instant it begins. Something gets picked up, something runs, and something returns. Week 6 gives a nice operational view of that. The machinery is visible. The scheduled pool is almost empty right now: 0 active scheduled jobs, 1 total in pool, and 1 completed recently. At first, that sounds small. But the example still matters: frequency of 10 blocks, TTL of 30. That is Ritual’s time layer in miniature. A task can be placed into the future. Not every action needs to happen now. For agents, that matters a lot. They need more than instant response. They need timing: check later, return after a delay, try again, continue when the condition is ready. Even one scheduled job is a reminder that Ritual apps can be designed around time, not just clicks. The mempool adds another small clue. Pending transactions are at 0. Scheduled pool is at 0. The async pipeline shows 10. Base fee is 7 wei. That is a clean snapshot. No visible pending congestion. Tiny base fee. But the async pipeline is still alive. That tells me the interesting work is not always sitting in the normal pending queue. Some of it lives in the workflow layer. That matters for builders. If you build on Ritual, your app should not only watch transaction status. It should watch process status. A user should not be stuck with loading. They should know whether the work is waiting, committed, settled, delivered, expired, or failed. That may become one of the biggest UX differences between normal dApps and Ritual apps. The validator screen gives the base layer context: 33 validators, 33 active proposers, and 348 blocks analyzed in the last minute. That is the foundation underneath all of this. So Week 6 is not about one primitive winning. It is about the system showing its pulse. Blocks are moving. Gas and block size are uneven. Agents have visible activity. Async work has both commits and settlements. Scheduler is present as a time layer. The mempool is calm, but the async pipeline is alive. Validators are keeping the base rhythm going. That is the story I take from this week. Ritual testnet to look less like a page of features and more like an operating environment with different kinds of motion. Some motion is immediate. Some motion is delayed. Some motion is agent-driven. Some motion is async. Some motion is just the base chain breathing underneath A network with a pulse. Check: explorer.ritualfoundation.org/stats @ritualnet @ritualfnd



Introducing ritualpad ❤️ A memepad terminal. Where you can deploy your memecoin by one click. Explore : ritual-rocketpad.vercel.app Only on @ritualnet testnet You can - deploy your own meme coin - buy/sell memecoin - check the coin chart & mcap - check the coin status & creator profile - check your holding & trading status on your profile #buildonritual



Activation Rewards. The first work stream for Guardian Node License holders for Guardian Node License holders from DIO Season 1. Twelve months. Earned. 🧵








