remote-work
Execute amplihack work on remote Azure VMs with automatic region and resource selection
Packaged view
This page reorganizes the original catalog entry around fit, installability, and workflow context first. The original raw source lives below.
Install command
npx @skill-hub/cli install rysweet-azlin-remote-work
Repository
Skill path: .claude/skills/remote-work
Execute amplihack work on remote Azure VMs with automatic region and resource selection
Open repositoryBest for
Primary workflow: Ship Full Stack.
Technical facets: Full Stack.
Target audience: everyone.
License: Unknown.
Original source
Catalog source: SkillHub Club.
Repository owner: rysweet.
This is still a mirrored public skill entry. Review the repository before installing into production workflows.
What it helps with
- Install remote-work into Claude Code, Codex CLI, Gemini CLI, or OpenCode workflows
- Review https://github.com/rysweet/azlin before adding remote-work to shared team environments
- Use remote-work for development workflows
Works across
Favorites: 0.
Sub-skills: 0.
Aggregator: No.
Original source / Raw SKILL.md
---
name: remote-work
description: Execute amplihack work on remote Azure VMs with automatic region and resource selection
version: 1.0.0
author: amplihack
activation_keywords:
- remote
- remotely
- Azure VM
- offload
- distribute
min_tokens: 800
max_tokens: 2000
---
# Remote Work Skill
Execute amplihack tasks on remote Azure VMs using the `/amplihack:remote` command.
## When to Use
Use this skill when you want to:
- Run long-running tasks on remote VMs
- Leverage more powerful Azure compute
- Distribute work across multiple machines
- Isolate experimental or risky work
- Work in specific Azure regions
## How It Works
When you say things like:
- "Run this remotely"
- "Execute on an eastus VM"
- "Offload this to Azure"
- "Use a remote machine for this"
I will:
1. Extract your task description
2. Detect region preferences (if mentioned)
3. Recommend appropriate VM size based on task complexity
4. Execute `/amplihack:remote` with proper options
5. Guide you on accessing results
## Region Detection
I automatically detect Azure regions from your request:
- "eastus", "east us" → --region eastus
- "westus", "west us" → --region westus
- "centralus" → --region centralus
- (and other Azure regions)
## VM Size Recommendations
Based on your task complexity keywords:
**Small (size s)**: Quick analysis, simple fixes
- Keywords: "quick", "simple", "small", "analyze"
- Size: s (8GB RAM)
**Medium (size m)**: Standard development work
- Keywords: "implement", "feature", "refactor"
- Size: m (64GB RAM) - **default**
**Large (size l)**: Complex refactoring, large codebases
- Keywords: "large", "comprehensive", "complex", "entire codebase"
- Size: l (128GB RAM)
**Extra Large (size xl)**: Intensive compute tasks
- Keywords: "intensive", "heavy", "massive"
- Size: xl (256GB RAM)
## Instructions
When activated:
1. **Parse the user's request** to extract:
- The task description
- Region preference (if mentioned)
- Complexity hints for VM sizing
2. **Determine VM size** based on keywords:
- Default to "m" unless keywords suggest otherwise
- Use "s" for simple/quick tasks
- Use "l" for large/complex tasks
- Use "xl" for intensive/massive tasks
3. **Construct the command**:
```
/amplihack:remote --region {region} --vm-size {size} auto "{task}"
```
If no region mentioned, omit --region (uses azlin default)
4. **Execute the command** using the SlashCommand tool
5. **Guide the user** on next steps:
- Results will be in `.claude/runtime/logs/remote/`
- Git branches in `remote-exec/` namespace
- How to view logs and integrate changes
## Examples
### Example 1: Simple with Region
**User**: "Run this analysis remotely on an eastus VM"
**Your Response**:
```
I'll execute this analysis on a remote Azure VM in eastus.
Detected:
- Task: analysis work
- Region: eastus
- Size: s (small - suitable for analysis)
Executing: /amplihack:remote --region eastus --vm-size s auto "analysis work"
```
Then use SlashCommand tool to execute it.
### Example 2: Large Refactoring
**User**: "I need to offload this comprehensive refactoring to Azure, use westus2"
**Your Response**:
```
I'll execute this comprehensive refactoring on a remote Azure VM in westus2.
Detected:
- Task: comprehensive refactoring
- Region: westus2
- Size: l (large - for comprehensive work)
Executing: /amplihack:remote --region westus2 --vm-size l auto "comprehensive refactoring"
```
### Example 3: No Region Specified
**User**: "Run this remotely"
**Your Response**:
```
I'll execute this task on a remote Azure VM using your default region.
Detected:
- Task: [extract from context]
- Region: default (from azlin config)
- Size: m (medium - standard)
Executing: /amplihack:remote --vm-size m auto "[task]"
```
## Result Integration
After execution completes, guide the user:
```
Remote execution complete!
Results:
- Logs: .claude/runtime/logs/remote/
- Branches: Check `git branch -r | grep remote-exec`
- Integration: Review changes and merge if ready
To view logs:
cat .claude/runtime/logs/remote/remote-exec-*.log
To merge remote changes:
git fetch
git merge remote-exec/main
```
## Error Handling
If the command fails, explain common issues:
**Secrets Detected**:
"Remote execution blocked - secrets found in repository. Please remove hardcoded secrets and use .env files instead."
**Azlin Not Configured**:
"Azlin is not configured. Please run: `azlin configure`"
**Timeout**:
"Task timed out. The VM has been preserved for inspection. Use `azlin connect <vm-name>` to investigate."
## Best Practices
Remind users:
- Keep git state clean before remote execution
- Use `.env` for secrets (never hardcode)
- Monitor Azure costs with `azlin list`
- Clean up VMs after debugging with `azlin kill <vm-name>`
## Token Budget
- Core instructions: ~1,200 tokens
- Examples and guidance: ~400 tokens
- Total: ~1,600 tokens (well under 2,000 limit)
## See Also
- `/amplihack:remote` - Direct command interface
- Azlin documentation: https://github.com/rysweet/azlin
- Remote execution module: `.claude/tools/amplihack/remote/README.md`