Sartoris Digital avatar

Sartoris Digital

Official

@sartoris-digital

0Followers
|
2Public Repos
|
21Published Skills

Offers structured multi-agent orchestration for test-driven software development, code review, and systematic bug diagnosis within isolated repository environments.

Skills Distribution
DomainDeveloper To...Software Engineeri.. (40%)Quality Assurance .. (30%)Multi-Agent Orches.. (30%)

Agent Skills by Sartoris Digital

Showing 21 vetted skills indexed across 1 GitHub repositories.

sartoris-digitalsartoris-digital

security-review

Audit code changes for exploitable security vulnerabilities with multi-agent validation.

Official
Advanced
sartoris-digitalsartoris-digital

subagent-driven-development

Execute implementation plans by dispatching subagents for tasks with two-stage reviews.

Official
Advanced
sartoris-digitalsartoris-digital

verification-before-completion

Run tiered verification commands before declaring code completion or bug fixes.

Official
Advanced
sartoris-digitalsartoris-digital

ecomode

Route AI tasks to lower-cost model tiers to reduce API expenses.

Official
Basic
sartoris-digitalsartoris-digital

writing-skills

Guide AI skill creation using Test-Driven Development and subagent pressure testing.

Official
Advanced
sartoris-digitalsartoris-digital

receiving-code-review

Evaluate and respond to code review feedback with technical verification.

Official
Intermediate
sartoris-digitalsartoris-digital

requesting-code-review

Dispatch a code-reviewer subagent to analyze code changes against requirements.

Official
Intermediate
sartoris-digitalsartoris-digital

writing-plans

Generate TDD-based implementation plans with atomic tasks and commit instructions.

Official
Intermediate
sartoris-digitalsartoris-digital

ralplan

Generate implementation plans through iterative planner, architect, and critic reviews.

Official
Advanced
sartoris-digitalsartoris-digital

brainstorming

Guide software design through structured questions and explicit user approval.

Official
Advanced
sartoris-digitalsartoris-digital

troubleshooting

Automate bug diagnosis with a multi-agent pipeline for triage, investigation, and TDD-based fixes.

Official
Advanced
sartoris-digitalsartoris-digital

finishing-a-development-branch

Verify tests and integrate a feature branch via merge, PR, keep, or discard.

Official
Advanced
sartoris-digitalsartoris-digital

executing-plans

Execute implementation plans with sequential, parallel, autopilot, and Ralph modes.

Official
Advanced
sartoris-digitalsartoris-digital

code-review

Automate multi-agent code review for pull requests and identify bugs and compliance violations.

Official
Advanced
sartoris-digitalsartoris-digital

dispatching-parallel-agents

Dispatch specialized agents to debug independent test failures concurrently.

Official
Advanced
sartoris-digitalsartoris-digital

using-superpowers

Guide AI to discover, invoke, and prioritize specialized skills in conversations.

Official
Basic
sartoris-digitalsartoris-digital

plan

Routes user requests to appropriate planning workflows, including escalation to crisis mode.

Official
Intermediate
sartoris-digitalsartoris-digital

systematic-debugging

Breaks down bug-finding into manageable steps for root cause analysis.

Official
Advanced
sartoris-digitalsartoris-digital

test-driven-development

Guide software development through the Red-Green-Refactor cycle.

Official
Advanced
sartoris-digitalsartoris-digital

cancel

Cancel active execution modes and clean up state in the Pi environment.

Official
Basic
sartoris-digitalsartoris-digital

using-git-worktrees

Create isolated Git worktrees with automated setup and safety verification.

Official
Advanced

Frequently Asked Questions About Sartoris Digital

FAQPage Schema
What specific software engineering tasks are enabled by these capabilities?

These capabilities enable systematic bug diagnosis, test-driven development cycles, multi-agent code reviews, and security vulnerability auditing. Users can manage complex implementation plans, verify code changes through tiered testing, and maintain isolated repository environments using worktrees.

Which technical personas benefit most from these development methodologies?

Software engineers, technical leads, and quality assurance specialists benefit from these methodologies. The system is designed for developers managing complex codebases who require structured, multi-agent support for debugging, peer review, and maintaining high-quality, tested code standards.

What are the primary prerequisites for implementing these development processes?

Implementation requires a Git-based repository environment and a configured execution runtime capable of supporting multi-agent dispatch. Users must define clear implementation plans and maintain test suites to support the required test-driven development and verification cycles.