zbg-alpha-engine

Automate yield strategy execution across Zest, Granite, and HODLMM protocols.

2|1|Updated Mar 30, 2026

Search Tags:#safety checks #cross-protocol #yield execution #sBTC #reserve verification

Ready to run

npx skills add https://github.com/cliqueengagements/30-Days-AI-Challenge --skill zbg-alpha-engine

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: zbg-alpha-engine
Source: https://github.com/cliqueengagements/30-Days-AI-Challenge/tree/main/day-10-zbg-alpha-engine
Command: npx skills add https://github.com/cliqueengagements/30-Days-AI-Challenge --skill zbg-alpha-engine

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires zest, granite, hodlmm, bitflow, crypto, and includes scripts (resource) and references (resource) components.

What problem does it solve?

This Skill automates the execution of yield strategies across Zest, Granite, and HODLMM protocols, providing reserve verification and safety checks to ensure capital is moved securely and efficiently.

Core Features & Use Cases

Cross-Protocol Execution: Execute deploy, withdraw, rebalance, migrate, and emergency operations across Zest, Granite, and HODLMM.
Reserve Verification: Cryptographically verify the sBTC reserve backing assets before every operation.
Safety Pipeline: Run through a 6-gate safety pipeline that includes slippage checks, volume checks, gas checks, cooldown checks, relay health checks, and price source availability checks.
Use Case: An agent wants to deploy idle sBTC capital to the highest-yielding protocol. They would use the deploy command to automatically execute this operation with the necessary safety checks.

Quick Start

Use the zbg-alpha-engine skill to deploy idle sBTC capital to the highest-yielding protocol.

Frequently Asked Questions about zbg-alpha-engine

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I automate yield execution across Zest, Granite, and HODLMM protocols?▼

You can automate yield execution by using a cross-protocol engine to deploy, withdraw, rebalance, migrate, and execute emergency operations across Zest, Granite, and HODLMM. It cryptographically verifies sBTC reserves and runs safety checks before every operation.

What safety checks are needed before executing cross-protocol sBTC yield strategies?▼

Cross-protocol sBTC yield execution requires a 6-gate safety pipeline: slippage checks, volume checks, gas checks, cooldown checks, relay health checks, and price source availability checks. It also requires cryptographic sBTC reserve verification before operations.

How do I deploy idle sBTC capital to the highest-yielding protocol on Stacks?▼

To deploy idle sBTC capital, you can use an automated deploy command that targets the highest-yielding protocol among Zest, Granite, and HODLMM. This requires wallet access and signing capabilities to interact with Stacks smart contracts.

Can I execute cross-protocol yield operations without wallet signing capabilities?▼

No, executing cross-protocol yield operations requires wallet access and signing capabilities to interact with Stacks smart contracts. Deposit, withdrawal, rebalance, migration, and emergency operations all require authorized transaction signing.

Does yield execution on Stacks support emergency withdrawal operations across protocols?▼

Yes, cross-protocol yield execution supports emergency operations alongside deploy, withdraw, rebalance, and migrate functions. Emergency operations are subject to the same sBTC reserve verification and 6-gate safety pipeline checks.

Why do I need to verify sBTC reserves before executing yield operations?▼

Verifying sBTC reserves before yield operations ensures capital is moved securely and efficiently across Zest, Granite, and HODLMM. This cryptographic verification confirms the reserve backing assets before any deposit, withdrawal, or rebalance action occurs.