
David Ebbo contributed to the dust-tt/dust repository, delivering robust backend and frontend features over five months. He engineered incremental data sync, Slack and Notion integrations, and region-aware OpenAI routing, focusing on data freshness, security, and maintainability. His work included CSV parsing, access control, and workflow orchestration, leveraging TypeScript, Go, and React to streamline data ingestion, querying, and export. David refactored core models, optimized memory usage, and improved observability through enhanced logging and debugging tools. By addressing reliability, concurrency, and configuration management, he enabled safer data operations and more flexible integrations, demonstrating depth in distributed systems and full stack development.

October 2025 for dust: Focused on data freshness, Notion integration, and EU-key routing. Delivered incremental data sync, UUID-based Notion URL support, and embedding-path updates to pass the EU OpenAI key, plus UI-triggered Notion requests and a robust HTML-to-CSV fix. These changes improve data timeliness, integration flexibility, and reliability while simplifying configuration and enhancing observability.
October 2025 for dust: Focused on data freshness, Notion integration, and EU-key routing. Delivered incremental data sync, UUID-based Notion URL support, and embedding-path updates to pass the EU OpenAI key, plus UI-triggered Notion requests and a robust HTML-to-CSV fix. These changes improve data timeliness, integration flexibility, and reliability while simplifying configuration and enhancing observability.
September 2025 monthly summary for dust-tt/dust. Focused on stabilization, data integrity, observability, and region-aware OpenAI usage to drive reliability and business value. Delivered concrete UX improvements, safer data operations, and clearer logging to support faster issue resolution and compliance.
September 2025 monthly summary for dust-tt/dust. Focused on stabilization, data integrity, observability, and region-aware OpenAI usage to drive reliability and business value. Delivered concrete UX improvements, safer data operations, and clearer logging to support faster issue resolution and compliance.
August 2025 monthly summary focusing on key accomplishments for the dust project. Delivered major capabilities across Slack integration, MCP tooling, data export, and trigger/poke UX, while strengthening reliability and maintainability. The work emphasizes business value through improved search relevance, safer tool management, faster data operations, and enhanced operator workflows.
August 2025 monthly summary focusing on key accomplishments for the dust project. Delivered major capabilities across Slack integration, MCP tooling, data export, and trigger/poke UX, while strengthening reliability and maintainability. The work emphasizes business value through improved search relevance, safer tool management, faster data operations, and enhanced operator workflows.
July 2025: Delivered a focused set of data ingestion, querying, and reliability improvements for the dust project, driving throughput, stability, and developer productivity while simplifying architecture.
July 2025: Delivered a focused set of data ingestion, querying, and reliability improvements for the dust project, driving throughput, stability, and developer productivity while simplifying architecture.
June 2025 dust project — Delivered core functionality enhancements, security/governance improvements, UX updates, and major internal refactoring, delivering measurable business value and a more maintainable codebase. Key features delivered include crawler behavior tuning and access controls, UI/provider management enhancements, and workspace model refactoring. A critical bug fix also improved reliability in transcript workflows. Overall impact: improved data freshness and relevance, stronger governance and security, more reliable developer tooling, and increased maintainability and velocity. Technologies/skills demonstrated include backend feature development, API/data access controls, UI state management and testing, cross-team integrations (Slack bot, MCP citations), and codebase refactoring for long-term maintainability.
June 2025 dust project — Delivered core functionality enhancements, security/governance improvements, UX updates, and major internal refactoring, delivering measurable business value and a more maintainable codebase. Key features delivered include crawler behavior tuning and access controls, UI/provider management enhancements, and workspace model refactoring. A critical bug fix also improved reliability in transcript workflows. Overall impact: improved data freshness and relevance, stronger governance and security, more reliable developer tooling, and increased maintainability and velocity. Technologies/skills demonstrated include backend feature development, API/data access controls, UI state management and testing, cross-team integrations (Slack bot, MCP citations), and codebase refactoring for long-term maintainability.
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