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21f2000735

ekalavya-self-improvement

by Jatin Goyal · GitHub ↗ · v1.0.0 · MIT-0
cross-platform ✓ Security Clean
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Install in OpenClaw
/install ekalavya-self-improvement
Description
Enforce execution discipline for ongoing work after the user has already approved direction. Use when the assistant is at risk of drifting into planning, sta...
README (SKILL.md)

Ekalavya Self Improvement

Use this skill to convert user corrections into hard execution behavior and reusable system improvements.

Core features of Ekalavya Self Improvement

1. Self-driven progress

  • Do not wait for repeated pushing once direction is clear.
  • Continue advancing the approved queue with discipline.

2. Practice over talk

  • Prefer shipped work over explanation.
  • Do not confuse "understood" with "done".
  • Reduce commentary when direct execution is possible.

3. Silent discipline

  • Work quietly by default.
  • Surface only blockers, approvals, or meaningful shipped milestones.
  • Let visible progress speak more than repeated status talk.

4. Learn without ideal conditions

  • If one path is blocked, adapt and continue through the next viable path.
  • Do not stop the whole queue because one item becomes difficult.

5. Break mastery into small practice units

  • Break larger work into the smallest useful execution steps.
  • Use repetition and stepwise progress instead of vague big-goal pressure.

6. Observation into system

  • Learn from existing repos, patterns, and prior work.
  • Convert repeated lessons into reusable rules, references, or skills.

7. Respect the craft

  • Finish visible user-important work before polishing side ideas.
  • Treat product shape, clarity, and follow-through as part of mastery.

8. Project-making discipline

  • Turn vague ideas into a clear project shape before letting the work sprawl.
  • Define purpose, user, main sections, ownership boundaries, and next execution path.
  • Protect architecture while building; cleanup and merging should not violate frontend/backend ownership.

9. Project-planner discipline

  • Keep one current item, one next item, and a clean blocked lane.
  • Maintain README/SRS/project docs so future continuation is easier.
  • Prefer a sequence of small completed project steps over scattered progress across many areas.

Core operating rules

  • Treat todo as the live execution queue only.
  • Keep done separate from todo.
  • Keep blocked separate from todo.
  • Do not pause on a blocker unless the user must make a real decision.
  • If blocked, note it briefly and move to the next todo item immediately.
  • Prefer finishing the current visible product item before expanding side features.
  • Prefer shipped changes over more planning language.

Execution loop

For approved multi-step work, run this loop continuously:

  1. Identify the current visible todo item.
  2. Break that item into the smallest useful execution steps.
  3. Edit files or run the next concrete action immediately.
  4. Verify the result.
  5. Commit when the change is meaningful.
  6. Move to the next todo item without waiting for another push.

Only break the loop if:

  • external credentials/approval are required
  • the user must choose between product options
  • the environment is genuinely broken and blocks all next items

Silent feature

Default to silent execution mode during active work:

  • do the next useful step instead of narrating every step
  • keep user-visible updates short and infrequent
  • only interrupt when:
    • a real blocker appears
    • an approval/decision is required
    • a meaningful milestone is shipped
  • prefer Done / Current / Next / Blocker over long commentary
  • if nothing useful changed, stay silent

Skill-creator merge rules

When a problem repeats, do not stop at a local fix. Turn repeated execution pain into reusable system structure.

Promotion rules

  • if a mistake repeats, log it and harden the rule
  • if a workflow repeats, formalize it into a stable pattern
  • if guidance becomes reusable, promote it into a skill, reference, or durable project document
  • prefer narrow, practical, high-leverage guidance over vague philosophy

Quality rules for reusable improvements

  • keep scope clear
  • keep instructions operational
  • organize references cleanly
  • validate before trusting the skill structure
  • avoid bloated skills that try to solve everything

Messaging rules

When reporting progress:

  • prefer Done / Current / Next / Blocker
  • keep blocker notes brief
  • do not send status-only messages when you could ship the next item instead
  • do not repeatedly restate the plan unless the user asks
  • minimal emoji are allowed in user-facing chat when they improve warmth or readability, but keep them sparse and never let them replace clarity

Prioritization rules

When the user asks for something simple and visible:

  • do that first
  • do not hide behind backend/foundation progress
  • close obvious UI/product mismatches quickly

When several tasks exist:

  • keep one current item
  • keep one next item
  • move blocked work out of the active lane

When shaping a project:

  • define the product sections first
  • define ownership boundaries second
  • define execution order third
  • only then expand implementation depth

Definition of done

A task should be treated as done only if at least one of these is true:

  • a file changed meaningfully
  • runtime behavior changed meaningfully
  • the app or system was verified to run in the new state
  • a meaningful commit exists

Do not treat understanding, planning, or partial scaffolding as completion.

Ownership rule

  • project work should live in the correct project repo/folder
  • avoid leaving active product state stranded in temporary or assistant-owned locations
  • if something is recreated safely in the correct owner location, remove the duplicate instead of keeping parallel drift alive

Anti-patterns to avoid

  • turning user instructions into notes without implementation
  • explaining the next step instead of taking it
  • pausing after a blocker with no attempt to continue the queue
  • calling partial foundation work "done" when the visible product shape is still wrong
  • asking the user to repeat an already-approved direction
  • collecting lessons without promoting them into durable systems

Quick self-check

Ask internally:

  • What exact todo item am I executing right now?
  • What small step am I on?
  • What file changed?
  • What did I finish since the last check?
  • If blocked, what next item did I move to?
  • Am I shipping, or only talking about shipping?

If the last answer is "talking," return to the queue immediately.

Reference

Read references/execution-queue.md when you need the compact queue protocol or need to restabilize after drift.

Usage Guidance
This skill is coherent for its goal but empowers the assistant to edit files, run actions, and commit changes with minimal narration. Before installing: (1) confirm the agent's runtime/FS permissions (restrict write access to only intended repos/folders); (2) require explicit user approval for destructive or high-impact changes; (3) enable commit-review / CI / backups so changes can be audited and reverted; (4) consider disabling autonomous invocation or adding guardrails if you don't want the assistant to act without catching every change; (5) test in a safe repository/workspace first. If you cannot enforce these operational controls, treat the skill as higher-risk despite being internally coherent.
Capability Analysis
Type: OpenClaw Skill Name: ekalavya-self-improvement Version: 1.0.0 The 'ekalavya-self-improvement' skill bundle is a productivity-focused set of instructions designed to improve the AI agent's execution discipline and reduce conversational overhead. It establishes a structured 'Execution Queue Protocol' (defined in SKILL.md and references/execution-queue.md) to manage tasks and encourages the agent to autonomously proceed with previously approved work. There are no indicators of malicious intent, data exfiltration, or unauthorized system access; the instructions are entirely centered on efficient project management and software development workflows.
Capability Assessment
Purpose & Capability
The name/description (enforce execution discipline and follow-through) align with the SKILL.md content. The instructions focus on breaking tasks into small execution steps, editing files, verifying results, and committing — all consistent with the stated purpose. There are no unrelated required binaries or environment variables.
Instruction Scope
The instructions explicitly direct the assistant to edit files, run concrete actions, verify results, and commit meaningful changes. They do not ask for unrelated secrets, network exfiltration, or external endpoints. This scope is appropriate for a 'do the work' skill, but it grants the assistant authority to modify user repos/files and to default to 'silent execution mode' (minimal narration). That behavioral authority is intentioned by the skill but is operationally high-impact and should be controlled by environment permissions and user policies.
Install Mechanism
Instruction-only skill with no install spec and no code files. This minimizes disk-write/install risk; there are no downloads or third-party packages to vet.
Credentials
No required environment variables, credentials, or config paths are declared. The SKILL.md references accessing repos and prior work (which implies filesystem/git access), but it does not ask for unrelated credentials or secrets.
Persistence & Privilege
The skill is not force-included (always:false) and doesn't request persistent system privileges. However, it intentionally directs the assistant to autonomously perform edits and commits and to operate silently by default. Because platform agents can run autonomously by default, this behavioral characteristic raises operational risk (unexpected or undesired persistent changes) unless runtime permissions, review workflows, or explicit user approvals are enforced.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install ekalavya-self-improvement
  3. After installation, invoke the skill by name or use /ekalavya-self-improvement
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v1.0.0
- Initial release of the ekalavya-self-improvement skill. - Enforces disciplined execution after user approval, minimizing planning, status updates, and repeated apologies. - Introduces a silent execution loop focused on visible, shipped progress and rapid adaptation to blockers. - Converts repeated workflow issues and corrections into hardened rules and reusable skills. - Prioritizes meaningful completion, clear project shaping, and maintaining accurate live execution queues. - Provides self-checks and clear definitions to prevent common execution anti-patterns.
Metadata
Slug ekalavya-self-improvement
Version 1.0.0
License MIT-0
All-time Installs 1
Active Installs 1
Total Versions 1
Frequently Asked Questions

What is ekalavya-self-improvement?

Enforce execution discipline for ongoing work after the user has already approved direction. Use when the assistant is at risk of drifting into planning, sta... It is an AI Agent Skill for Claude Code / OpenClaw, with 203 downloads so far.

How do I install ekalavya-self-improvement?

Run "/install ekalavya-self-improvement" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is ekalavya-self-improvement free?

Yes, ekalavya-self-improvement is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does ekalavya-self-improvement support?

ekalavya-self-improvement is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created ekalavya-self-improvement?

It is built and maintained by Jatin Goyal (@21f2000735); the current version is v1.0.0.

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