Timescale Blog

Timescale Blog

Timescale is an advanced cloud solution that utilizes PostgreSQL, specifically designed for managing time series data, events, and analytics.

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  • 2 months ago | timescale.com | Jônatas Davi Paganini |Ana Tavares

    The intermittent energy project is a global energy grid analytics platform that processes and analyzes power grid data (a.k.a. time-series data) from over 40 countries. Created by Morgan Christiansson to test the assertion that “the wind is always blowing somewhere,” the project leverages publicly available energy data to shed light on energy transition discussions.

  • Jan 14, 2025 | timescale.com | James Blackwood-Sewell

    If I had to summarize 2024 for Timescale, I’d call it the year of Postgres for AI. From game-changing open-source launches like pgvectorscale (a performance booster for large production vector workloads with PostgreSQL + pgvector) to pgai (which integrates Postgres with LLMs for AI app development), we pushed the boundaries of what developers can achieve with Postgres. But AI wasn’t the only story.

  • Dec 20, 2024 | timescale.com | Jacky Liang

    When building a search or RAG application, you face a crucial decision—which embedding model should you use? The choice is no longer just between proprietary models like OpenAI and open-source alternatives. Now, you also need to consider domain-specific models trained for particular fields like finance, healthcare, or legal text. Once you've identified potential candidates, the testing process begins.

  • Dec 11, 2024 | timescale.com | Joshua Lockerman |Ana Tavares |Blagoj Atanasovski

    If you are working with a database, especially with time-series data, then you have likely faced the challenge of handling high-cardinality data. In particular, time-series high cardinality is a common problem in industrial IoT (e.g., manufacturing, oil & gas, utilities), as well as some monitoring and event data workloads.

  • Dec 4, 2024 | timescale.com | Jônatas Davi Paganini

    If you've been working with PostgreSQL, you've probably seen memes advocating for denormalized counters instead of counting related records on demand. The debate usually looks like this:-- The "don't do this" approach: counting related records on demandSELECT COUNT(*) FROM post_likes WHERE post_id = $1;-- The "do this instead" approach: maintaining a denormalized counterSELECT likes_count FROM posts WHERE post_id = $1;Let's break down these approaches.

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