tezos_superstack

Route multi-scope Tezos requests across sub-skills into a unified readiness report.

2|Updated Apr 13, 2026
One-click install
npx skills add https://github.com/Paulwhoisaghostnet/kiln --skill tezos-superstack
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: tezos_superstack
Source: https://github.com/Paulwhoisaghostnet/kiln/tree/main/skllz/skills/tezos_superstack
Command: npx skills add https://github.com/Paulwhoisaghostnet/kiln --skill tezos-superstack

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Tezos orchestration across multiple lifecycle and UI tasks can be error-prone and fragmented; this skill provides an integrated routing layer that coordinates the Tezos sub-skills to deliver a single, consolidated readiness output.

Core Features & Use Cases

  • Orchestrates contract lifecycle, wallet operations, data indexing, and visualization into a single workflow.
  • Enforces dependency order, provenance tracking, and unified status reporting for multi-skill outcomes.
  • Supports optional references to guide execution and produce auditable handoffs.

Quick Start

Run tezos_superstack to route a multi-scope Tezos request through contract, wallet_ops, data_pipeline, visualization, and game_influence sub-skills and generate a unified readiness report.

Frequently Asked Questions about tezos_superstack

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

FAQPage Schema
How do I orchestrate Tezos workflows across contract deployment and wallet operations?

Tezos workflow orchestration routes multi-scope requests across contract lifecycle, wallet operations, data pipelines, and visualization sub-skills to generate a single unified readiness report. It enforces dependency-ordered execution and standardized status reporting to prevent fragmented operations.

What is the best way to coordinate on-chain data indexing with visualization on Tezos?

Coordinating on-chain data indexing with visualization on Tezos requires an integrated routing layer that maps data pipeline outputs directly into visualization workflows. This ensures provenance tracking and dependency-ordered execution planning so indexed data accurately reflects contract states.

Does Tezos orchestrator support non-custodial wallet operations alongside contract lifecycle management?

Tezos orchestration supports non-custodial wallet operations alongside contract lifecycle management by routing requests through dedicated sub-skills. It applies fixed execution order rules to ensure wallet orchestration and contract deployment tasks are processed safely and tracked with provenance.

How do I generate a unified readiness report for multiple Tezos sub-skills?

A unified readiness report for multiple Tezos sub-skills is generated by routing requests through contract, wallet_ops, data_pipeline, and visualization components. The orchestrator applies standardized per-skill status blocks and explicit routing rules to consolidate outputs into one auditable verdict.

Can I track provenance and execution order for Tezos contract deployment workflows?

Provenance tracking and execution order for Tezos contract deployment workflows are supported through optional references and dependency-ordered execution planning. This structure enables auditable handoffs and standardized reporting across all routed sub-skills.

When should I use an orchestration layer for Tezos data pipelines instead of standalone sub-skills?

An orchestration layer for Tezos data pipelines is needed when coordinating multiple lifecycle tasks like contract deployment, wallet operations, and visualization simultaneously. Standalone sub-skills risk error-prone fragmentation, whereas the orchestrator enforces fixed execution order and consolidated status reporting.