Robinhooks

In less than three days, RobinHooks has come a long way. We launched $RHOOKS through Pons on Robinhood Chain, crossed 375 holders, reached close to a $300K ATH, and recorded more than $500K in trading volume. The product kept moving during the launch too. We shipped seven major code updates covering: • Deterministic burn-hook recipes • A searchable template catalog with status filters • Marketplace previews and smoother purchases • Stronger recipe and graph validation • Visual comparisons between hook versions • Reusable stress-testing scenarios • Portfolio monitoring for deployed hooks • Clear publication of the official $RHOOKS contract across the platform For everyone finding RobinHooks now: Hooks let a liquidity pool run its own programmable rules. A pool can collect a custom fee, split revenue between a treasury and creator, block oversized swaps, enforce specific limits, or react to activity as trades happen. Writing this logic from raw Solidity takes time and leaves plenty of room for expensive mistakes. RobinHooks turns the process into a visual recipe. Choose tested nodes, connect the behavior you want, configure the values, and inspect the generated Solidity. The platform validates the graph, derives the required Uniswap v4 permissions, compiles the hook, runs integration tests, provides simulation evidence, and prepares the deployment for your connected wallet. A team building a token could start with Whale Protection, add an executed-size guard, and route a disclosed hook fee between the project treasury and another recipient. Builders can save versions, compare recipe changes visually, run stress scenarios, and monitor deployed hooks from one place. Creators can also publish compiled and tested recipes through the marketplace. Other builders get a reusable starting point, while the original creator earns when their work is purchased. Official information: Website: robinhooks.site Studio: robinhooks.site/studio Templates: robinhooks.site/templates Marketplace: robinhooks.site/marketplace Docs: robinhooks.site/docs X: xitter.gq/robinhooks_rh Launch platform: pons-supercycle.fun Official CA: 0xE07119cdd031E8A2043C3c9c4F9c56f34e54A81e

RobinHooks already runs deterministic scenarios from explicit inputs. We are planning reusable simulation suites next. A builder could save several stress cases, change the recipe, then rerun the full set against the new version. Fee behavior, rejected swaps, state changes and modeled gas would remain comparable across every edit. This extension is planned.

We think hook operators need useful alerts tied to evidence. The planned $RHOOKS alert center would surface reverted calls, unusual fee changes, failed automation and deployment issues. Each alert should point to the affected hook and the event that triggered it, giving the operator somewhere concrete to begin. This is planned work.

We are planning a fuller view of what happens after deployment. The monitoring layer would follow confirmation depth, explorer verification, callback activity, failures, gas usage and contract health for each hook. Builders could inspect one continuous record from wallet signature through live operation. Post-deployment monitoring is planned.

Another thing we are working toward is private team workspaces. The plan gives each collaborator a clear role: owner, editor, reviewer or read-only. Teams could build a recipe together while keeping changes, approvals and deployment authority attached to the right people. This remains planned work.

Visual recipe comparison is already live. We are planning its next upgrade. Builders should be able to compare node additions, removals, configuration edits, callback permissions and generated Solidity side by side. A recipe change needs to show its full effect before anyone chooses a version to deploy. This deeper comparison layer is planned work.

RobinHooks development update 🪝 We have shipped the next layer of the platform: • One-click stress-testing scenarios • Volume surge, liquidity crunch, and volatility simulations • Wallet-owned hook portfolio analytics • Immutable version tracking • Confirmed deployment counters • Live deployment-health indicators The hooks simulator is so much better now: robinhooks.site/simulator

Another area we are working toward is modular external integrations. The idea is to represent approved routers, oracle adapters, vaults, reward distributors, and accounting components as explicit recipe capabilities. Each dependency should remain visible before generation and deployment. This layer is planned.

We are planning to improve what happens after a hook goes live. Post-deployment monitoring would track callback activity, fee behavior, failed interactions, and configured thresholds around each deployed hook. Builders could then receive alerts when the evidence needs attention. This is still on the roadmap.

Another thing we are planning is a permission-aware hook copilot. It should understand which callbacks a recipe needs, explain the permission changes caused by a suggestion, and prepare an editable graph patch for the builder to review. The current proposal and approval boundaries will remain explicit.

We are working through how marketplace reputation should be earned. The direction is evidence-based: authorship, tested versions, build results, deployments, and verifiable usage should give buyers something concrete to inspect before purchasing a hook. This reputation layer is planned.

We are planning to improve hook testing with reusable stress scenarios. A builder could save a set of trade sizes, liquidity levels, price movement, and trader inputs, then run the same conditions against every new recipe version. That would make changes easier to compare before deployment. This remains planned.

Another thing we are working toward is private team workspaces. The plan is to let a team invite collaborators, separate editing and review permissions, and keep recipe decisions attached to the project while wallet control remains explicit. This is planned work.

We have shipped visual version comparisons for hook recipes. Builders can now place two saved versions side by side and inspect changed nodes, connections, configuration, and callback permissions before choosing what to deploy. The review happens inside each hook project under Versions.

Today we made RobinHooks easier to browse and calmer to use. What shipped: • Searchable Templates page • Status filters with live counts • Clear empty and no-results states • Marketplace loading feedback • Safer request handling with clearer errors Builders can now find the right starting point faster and understand what the marketplace is doing while each request runs. These changes are live.

One builder may operate the same hook family across several pools and markets. We want RobinHooks to provide a single performance view for deployments, fees, activity, alerts, and recipe versions. A clearer operating layer for the $RHOOKS ecosystem.

Useful hooks need more than isolated callbacks. We are designing a modular integration layer for approved vaults, routers, oracles, reward distributors, and accounting adapters, with capabilities shown directly in the recipe graph.

Deployment is the beginning of a hook’s operating life. Next on our monitoring roadmap: callback activity, fee accrual, failed interactions, parameter drift, and configurable alerts collected around each deployed hook.

The useful version of an AI hook copilot has boundaries. We are mapping a permission-aware assistant that can suggest graph changes and explain risks while validation, simulation, signing, and deployment stay inside explicit user-controlled steps.

Marketplace reputation should come from evidence. RobinHooks is exploring recipe records that connect authorship, versions, simulations, deployments, and usage into one inspectable trail. Better signals for builders choosing logic they can trust.