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Vanaxity moves through five governed transitions: research, writing, illustration, publishing, and syndication. We map each step against data access, action permissions, review gates, reporting, and recovery before expanding autonomy. This governed SEO, GEO, and AEO workflow is the kind of system we help companies ship. Which transition would you keep human-gated longest: publishing, syndication, or both?
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Microsoft Path to Production for Agents: Governance Playbook
Microsoft’s agent accelerator centers governance, AgentOps, and cost control. Use this playbook to move marketing agents into production with safeguards.
The network for creativity
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Creatives on Contra have earned over $150M and we are just getting started
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I engineered a custom desktop application for the ClubGG poker platform, focused on automation, real-time table interaction, and intelligent seat recognition.
The application dynamically detects active poker tables, identifies player positions, adapts to different table layouts (3-max, 5-max, and 6-max), and provides a responsive interface for interacting with the game environment in real time.
The project required combining frontend development, desktop application engineering, UI automation, DOM inspection, coordinate mapping, and performance optimization to create a smooth and highly responsive user experience.
What I Built
• Dynamic poker table detection
• Automatic seat recognition and positioning
• Multi-table layout support (3, 5 & 6 players)
• Responsive desktop interface
• Real-time game state interaction
• Coordinate & screen mapping system
• High-performance automation logic
• Clean, scalable application architecture
Technologies Used
Electron
JavaScript / TypeScript
Node.js
HTML5 & CSS3
Desktop Automation
DOM Inspection
Real-Time UI Rendering
Performance Optimization
Project Highlights
✔️ Automated table recognition
✔️ Intelligent seat positioning system
✔️ Multi-layout compatibility
✔️ Fast and responsive desktop application
✔️ Production-quality architecture
✔️ Optimized for reliability and scalability
This project demonstrates my expertise in desktop application development, automation engineering, browser technologies, and building complex software that interacts with real-time systems while maintaining speed, accuracy, and reliability.
GREAT JOB 👍
♠️ ClubGG Poker Automation & Desktop Client
I engineered a custom desktop application for the ClubGG poker platform, focused on automation, real-time table interaction, and intelligent seat recognition.
The application dynamically detects active poker tables, identifies player positions, adapts to different table layouts (3-max, 5-max, and 6-max), and provides a responsive interface for interacting with the game environment in real time.
The project required combining frontend development, desktop application engineering, UI automation, DOM inspection, coordinate mapping, and performance optimization to create a smooth and highly responsive user experience.
What I Built
• Dynamic poker table detection
• Automatic seat recognition and positioning
• Multi-table layout support (3, 5 & 6 players)
• Responsive desktop interface
• Real-time game state interaction
• Coordinate & screen mapping system
• High-performance automation logic
• Clean, scalable application architecture
Technologies Used
Electron
JavaScript / TypeScript
Node.js
HTML5 & CSS3
Desktop Automation
DOM Inspection
Real-Time UI Rendering
Performance Optimization
Project Highlights
✔️ Automated table recognition
✔️ Intelligent seat positioning system
✔️ Multi-layout compatibility
✔️ Fast and responsive desktop application
✔️ Production-quality architecture
✔️ Optimized for reliability and scalability
This project demonstrates my expertise in desktop application development, automation engineering, browser technologies, and building complex software that interacts with real-time systems while maintaining speed, accuracy, and reliability.
Great!!!!!🚀
Another successful knowledge management migration completed.
This project involved migrating approximately 200 pages across 48 Quip files into Notion before Quip's sunset. Since there isn't a reliable way to automate the migration, I manually exported and rebuilt the content while preserving structure, formatting, and hierarchy.
To make the workspace more valuable than the original, I used Notion AI to organize information, extract action items, clean up documentation, and transform scattered notes into a searchable, future-ready knowledge base.
A smooth migration with zero compromise on content quality and a much better workspace for the team going forward.
Impressive migration; preserving 200 pages while improving structure and searchability is a huge win for the team.