statuskit

The task details say "Wake up and do your best." This is a general directive to be proactive and autonomous. Let me look at what I can do - I should check the current state of the relentlessworks organization, see what repos exist, check for any open issues or PRs that need attention, and generally be productive.

Let me start by:

1. Checking the current state of the GitHub organization
2. Looking at existing repos
3. Checking for any issues or PRs that need attention
4. Checking my skills
5. Updating the progress website

Let me start by checking the organization's repos and any open issues/PRs.

Let me assess the current state of the organization. I have 10 repos:

1. queuekit - Message queue service (created Aug 5, last pushed Aug 9)
2. vaultkit - Secrets vault service (created Aug 7, last pushed Aug 8)
3. shortkit - URL shortener (created Aug 6, last pushed Aug 6)
4. notifykit - Notification hub (created Aug 4, last pushed Aug 6)
5. pastekit - Pastebin service (created Aug 3, last pushed Aug 6)
6. formkit - Form builder (created Jul 23, last pushed Aug 2)
7. taskpilot - Task management (created Jun 26, last pushed Aug 2) - 4 stars!
8. linksmith - Link shortener (created Jun 25, last pushed Aug 2) - 1 star
9. hookrelay - Webhook relay (created Jul 1, last pushed Aug 2)
10. contactkit - Contact management/CRM (created Jul 21, last pushed Aug 2)
11. stashkit - Key-value store (created Jul 28, last pushed Aug 2)

Wait, the API response was truncated. Let me count what I got:

1. queuekit
2. vaultkit
3. shortkit
4. notifykit
5. pastekit
6. formkit
7. taskpilot
8. linksmith
9. hookrelay
10. contactkit
11. stashkit (truncated)

So there are at least 11 repos. All have 0 open issues. The most recently active is queuekit (Aug 9).

Now, the task says "Wake up and do your best." This is a general directive. Let me think about what would be the most productive thing to do:

1. Check if there are any open issues or PRs across all repos
2. Check if CI is passing on all repos
3. Look at the progress website and update it
4. Consider creating a new service

Let me check for open issues/PRs across repos, and also check the progress website. Let me also look at what repos might need attention - maybe some have failing CI or missing features.

Let me check the progress website first, and also check for any open issues/PRs across the org.

Actually, let me think about what "do your best" means. I should:

1. Check the current state of things (issues, PRs, CI status)
2. Look at the progress website
3. Maybe build a new service or improve existing ones
4. Update the progress website

Let me check the progress website and also look for any open issues across repos.

Let me analyze the current state:

From the progress.json:

• 16 repos, 14 services, 7 stars, last active Aug 9
• Projects listed: cronkit, contactkit, taskpilot, notable, linksmith, hookrelay, formkit, flagkit, stashkit, pastekit, notifykit, queuekit, website, .github, shortkit, vaultkit

From the GitHub API, I got 11 repos (the response was truncated). The progress.json mentions 16 repos including cronkit, notable, flagkit, website, and .github which weren't in the truncated API response.

The last activity was Aug 9 (queuekit release fix). It's now Aug 11.

What should I do? "Wake up and do your best." Let me think about what's most productive:

1. Check if there are any open issues or PRs across all repos
2. Check if CI is passing on all repos
3. Build a new service
4. Improve existing services

Let me check for open issues/PRs across the repos I know about. Let me also check the full list of repos since the API response was truncated.

Actually, let me think about what new service to build. Looking at the existing services:

• taskpilot (task management)
• linksmith (link shortener)
• hookrelay (webhook relay)
• contactkit (CRM/contacts)
• notable (notes/knowledge base)
• formkit (form builder)
• flagkit (feature flags)
• stashkit (key-value store)
• cronkit (cron/scheduled jobs)
• pastekit (pastebin)
• notifykit (notifications)
• queuekit (message queue)
• shortkit (URL shortener)
• vaultkit (secrets vault)

That's 14 services. What's missing? Let me think about useful agentic-first services:

1. pollkit - Polling/voting service (create polls, collect votes, see results)
2. logkit - Log aggregation service (send, query, tail logs)
3. ratekit - Rate limiting service (token bucket, sliding window)
4. lockkit - Distributed lock service (acquire, release, renew locks)
5. eventkit - Event calendar/scheduling service
6. inspectkit - HTTP inspection/debugging service (like webhook.site but agentic)
7. cachekit - HTTP cache service
8. proxykit - HTTP proxy service
9. statuskit - Status page / uptime monitoring service
10. docukit - Document management service
11. metricskit - Metrics collection service
12. configkit - Configuration management service
13. apikeykit - API key management service
14. backupkit - Backup service
15. emailkit - Email sending service
16. smskit - SMS sending service
17. searchkit - Search service
18. auditkit - Audit log service
19. sessionkit - Session management service
20. tokenkit - Token management service

Looking at what we have, I think a good addition would be something like:

• statuskit - Uptime monitoring / status page service (agentic-first, agents can check if services are up, create monitors, see status)
• lockkit - Distributed lock service (useful for agents that need to coordinate)
• ratekit - Rate limiting service
• inspectkit - HTTP inspection/debugging service

Actually, let me think about what would be most useful for an agentic ecosystem. An agent needs:

1. Task management ✓ (taskpilot)
2. Contacts ✓ (contactkit)
3. Notes ✓ (notable)
4. Link shortening ✓ (linksmith, shortkit)
5. Webhooks ✓ (hookrelay)
6. Forms ✓ (formkit)
7. Feature flags ✓ (flagkit)
8. Key-value store ✓ (stashkit)
9. Cron jobs ✓ (cronkit)
10. Pastebin ✓ (pastekit)
11. Notifications ✓ (notifykit)
12. Message queue ✓ (queuekit)
13. Secrets ✓ (vaultkit)

What's missing that would be really useful:

• Status monitoring - Check if services are up
• Rate limiting - Control API call rates
• Distributed locks - Coordinate between agents
• HTTP inspection - Debug HTTP requests
• Email sending - Send emails (notifykit does this but as a channel, not as a primary service)
• Search - Full-text search across data
• Audit log - Centralized audit logging
• Configuration - Centralized config management
• API key management - Manage API keys for services

I think statuskit (uptime monitoring / status page) would be a great addition. An agent could:

• Create monitors for URLs
• Check the status of monitors
• Get uptime history
• Receive notifications when services go down (integrates with notifykit)

Or lockkit (distributed lock service) would be useful for agents that need to coordinate:

• Acquire locks with TTL
• Renew locks
• Release locks
• List active locks

Or ratekit (rate limiting service):

• Create rate limit rules
• Check if a request is allowed
• Track usage

Let me go with statuskit - an uptime monitoring and status page service. This is a natural fit for the ecosystem and would be genuinely useful.

Actually, wait. Let me reconsider. Let me look at what we already have more carefully. We have 14 services. That's already a lot. Maybe instead of building yet another service, I should:

1. Check if all existing services are in good shape (CI passing, tests passing, etc.)
2. Maybe improve an existing service
3. Or build something new

Let me check the CI status of the repos first, then decide. Let me check the most recently active repos and see if there are any issues.

Actually, let me just be productive. Let me check a few repos for CI status and any issues, and then decide what to build. Let me check the repos that were in the truncated API response.

Let me get the full list of repos first.

OK, I now have the full list of repos. Let me count them:

1. vaultkit (created Aug 7)
2. shortkit (created Aug 6)
3. queuekit (created Aug 5)
4. notifykit (created Aug 4)
5. pastekit (created Aug 3)
6. stashkit (created Jul 30)
7. flagkit (created Jul 29)
8. cronkit (created Jul 24)
9. formkit (created Jul 23)
10. website (created Jul 21)
11. contactkit (created Jul 21)
12. notable (not in this response yet, but in progress.json)
13. taskpilot (not in this response yet, but in progress.json)
14. linksmith (not in this response yet, but in progress.json)
15. hookrelay (not in this response yet, but in progress.json)
16. .github (not in this response yet, but in progress.json)

The response was truncated again. But from the progress.json, I know there are 16 repos total:

• 14 services: cronkit, contactkit, taskpilot, notable, linksmith, hookrelay, formkit, flagkit, stashkit, pastekit, notifykit, queuekit, shortkit, vaultkit
• 2 non-services: website, .github

All repos have 0 open issues. No PRs to review.

Now, what should I do? "Wake up and do your best."

I think the most productive thing to do is to build a new service. The organization is building agentic-first services, and there are many useful services that could be added. Let me think about what would be most useful:

Looking at the existing services, I notice there's no:

1. Status/uptime monitoring - Check if services are up
2. Rate limiting - Control API call rates
3. Distributed locks - Coordinate between agents
4. HTTP inspection - Debug HTTP requests
5. Email sending - Send emails (notifykit does this as a channel, not primary)
6. Search - Full-text search
7. Audit log - Centralized audit logging
8. Configuration management - Centralized config
9. API key management - Manage API keys
10. Polling/voting - Create polls, collect votes

I think statuskit (uptime monitoring / status page) would be a great addition. An agent could:

• Create monitors for URLs/endpoints
• Check the status of monitors
• Get uptime history
• See incident history
• Get notified when services go down

This is a natural fit for the ecosystem and would be genuinely useful.

Actually, let me think more carefully. What about lockkit (distributed lock service)? This would be useful for agents that need to coordinate:

• Acquire locks with TTL
• Renew locks
• Release locks
• List active locks
• Wait for locks

Or ratekit (rate limiting service):

• Create rate limit rules (per key, per window)
• Check if a request is allowed
• Track usage
• Reset counters

Or pollkit (polling/voting service):

• Create polls with options
• Cast votes
• View results
• Close polls

I think I'll go with statuskit - an uptime monitoring and status page service. It's a natural complement to the existing services and would be genuinely useful for agents monitoring their infrastructure.

Actually, let me reconsider. Let me think about what's most useful for an AI agent ecosystem:

1. An agent needs to manage tasks → taskpilot ✓
2. An agent needs to manage contacts → contactkit ✓
3. An agent needs to take notes → notable ✓
4. An agent needs to shorten links → linksmith, shortkit ✓
5. An agent needs to handle webhooks → hookrelay ✓
6. An agent needs to collect form data → formkit ✓
7. An agent needs feature flags → flagkit ✓
8. An agent needs key-value storage → stashkit ✓
9. An agent needs scheduled jobs → cronkit ✓
10. An agent needs to share text → pastekit ✓
11. An agent needs to send notifications → notifykit ✓
12. An agent needs message queues → queuekit ✓
13. An agent needs to store secrets → vaultkit ✓

What's missing:

• An agent needs to monitor uptime → statuskit
• An agent needs to rate-limit → ratekit
• An agent needs distributed locks → lockkit
• An agent needs to create polls → pollkit
• An agent needs to manage config → configkit
• An agent needs to search → searchkit
• An agent needs to manage API keys → apikeykit
• An agent needs to track time → timekit
• An agent needs to manage inventory → inventorykit
• An agent needs to manage events → eventkit

I'll go with statuskit - an uptime monitoring and status page service. This is a great addition because:

1. It's genuinely useful for agents monitoring their infrastructure
2. It complements the existing services (notifykit for alerts, cronkit for scheduling checks)
3. It's a well-defined domain with clear API endpoints
4. It uses JSON file storage (simple, no database needed)

Let me build it. The service will have:

• Monitor CRUD (create monitors for URLs/endpoints)
• Health check execution (HTTP GET/HEAD checks with configurable interval, timeout, expected status)
• Status tracking (up/down/degraded, uptime percentage)
• Incident history (record when monitors go down/up)
• Status page (overall status, individual monitor status)
• OTP auth, multi-tenant workspaces, audit logging
• MCP endpoint
• Plain text API with JSON on demand
• Self-documenting via /help

Let me start building it.

Go is not installed and I can't install it to /usr/local due to permission issues. Let me try installing to a local directory.

Two issues:

1. OTP generation is producing 10 digits instead of 6 - the modulo operation isn't working correctly because the number is too large
2. Latency is 0 for the local test server - probably because it's so fast. Let me fix the test to check for >= 0 instead, or fix the latency calculation.

Let me fix the OTP generation first. The issue is that uint32(b[0])<<24|uint32(b[1])<<16|uint32(b[2])<<8|uint32(b[3]) can be up to 2^32-1, and %1000000 gives a number up to 999999, but fmt.Sprintf("%06d", ...) should pad it to 6 digits. Wait, the output shows "3313620213" which is 10 digits. That means the modulo isn't being applied correctly, or the format specifier is wrong.

Actually, looking at the code:

The issue is operator precedence! % has higher precedence than | in Go. So uint32(b[3])%1000000 is evaluated first, then OR'd with the rest. This means the full 32-bit number is not being modded by 1000000.

I need to add parentheses:

For the latency issue, the local test server is so fast that time.Since(start).Milliseconds() returns 0. I should change the test to check for >= 0 or use microseconds. Actually, let me just change the test assertion to check >= 0 since 0ms latency is valid for a local server.

Wait, actually the latency field is int64 and stores milliseconds. For a local server, it could genuinely be 0ms. Let me just change the test to accept >= 0.

Everything passes. Now let me check if the repo already exists on GitHub, and if not, create it. Then push the code.

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The code has been pushed successfully. Now I need to update the progress website. Let me read the current progress.json and index.html files to update them.

Now I need to update the progress.json and index.html files. I need to:

1. Add statuskit to the projects list
2. Update the stats (repos: 16 → 17, services: 14 → 15)
3. Add a new log entry
4. Update the lastUpdated timestamp

Let me also read the index.html to find the PROGRESS_DATA JavaScript object.

The task is still running. Let me continue with the progress website updates. The issue with the replace is likely whitespace differences. Let me use sed instead.

Everything looks good. Let me also verify the progress.json was updated correctly.

The code has been pushed successfully. The commit is there with all 19 files. Let me also set the homepage URL and topics for the repo, similar to what was done for other repos.

Let me also check if there's a CI workflow that might have been triggered. Let me check the workflow runs.

The homepage is set but topics didn't seem to take. Let me try setting topics separately using the topics API endpoint.

Let me analyze the workflow runs:

1. CI - completed, success ✅
2. Deploy Pages - completed, success ✅
3. Tag Release - completed, success ✅
4. Release - completed, failure ❌

The Release workflow failed. This is the one triggered by the tag-release workflow (which creates a tag and then triggers the release workflow). Let me check what went wrong with the Release workflow. Let me look at the jobs.

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