PostgreSQL

5 stories filed under PostgreSQL on Beyond Market Intelligence. The newest of them: “Aurora PostgreSQL Gains DuckDB's Analytical Power in New AWS Acquisition”, “Explore how hybrid search transforms discovery on Papers with Code”, and “Run Your Data Analysis Where Your Data Lives”. Amazon's acquisition of DuckLabs signals a serious bet on analytical horsepower for its database ecosystem. Building a better search engine for research papers rarely comes down to a single clever trick. Acme AI is the next-generation, AI-powered spreadsheet platform built to replace Excel and redefine how analysts, data scientists, and enterprise teams work… The list below is every PostgreSQL story on Beyond Market Intelligence, newest first.

Aurora PostgreSQL Gains DuckDB's Analytical Power in New AWS Acquisition
InfoQ

Aurora PostgreSQL Gains DuckDB's Analytical Power in New AWS Acquisition

Amazon's acquisition of DuckLabs signals a serious bet on analytical horsepower for its database ecosystem. By bringing DuckDB's co-founders Hannes Mühleisen and Mark Raasveldt under AWS, the company is investing in open-source innovation without compromising DuckDB's independent spirit. Aurora PostgreSQL now gains its first DuckDB-powered feature, blending transactional reliability with analytical speed. For anyone exploring how AI agents unlock hidden insights in compiled binaries, this move reinforces the value of purpose-built tools for modern data challenges.

Explore how hybrid search transforms discovery on Papers with Code
Machine Learning

Explore how hybrid search transforms discovery on Papers with Code

Building a better search engine for research papers rarely comes down to a single clever trick. On Papers with Code, Niels Rogge shows how combining PostgreSQL's pgvector with Qwen3 embeddings creates a hybrid system that outperforms keyword or semantic search alone. What stands out is the pragmatic stack: batch embeddings via Hugging Face Jobs, storage in Buckets, and a live model on Inference Endpoints. That same infrastructure drives related-paper recommendations. It's a thoughtful, reproducible approach.

Machine Learning

Run Your Data Analysis Where Your Data Lives

Most dataframe work pulls data out of the database, then pushes it back after Python finishes its part. memFrame flips that script. It compiles your Python/DataFrame API calls directly into SQL, letting DuckDB, PostgreSQL, or ClickHouse do the heavy lifting where the data lives. That is a smarter default. The incremental release strategy is also a good discipline: get inspection, cleaning, and arithmetic solid before tackling groupby and window functions. For deeper Python performance thinking, our guide on advanced techniques pairs well here.

Explore PostgreSQL Internals Through an Interactive 3D City Simulation
InfoQ

Explore PostgreSQL Internals Through an Interactive 3D City Simulation

PostgreSQL's internals don't have to stay locked behind documentation. PGSimCity, an open-source project by Nikolay Samokhvalov, turns them into a 3D spatial simulation you can explore right in your browser. It's a practical way for backend developers and site reliability engineers to grasp SQL behavior and kernel execution dynamics through interactive play. The project is live on GitHub, inviting hands-on learning. For those already thinking about distributed systems, our guide to distributed training algorithms pairs naturally with this visual approach.

Scale Your AI Agents with Postgres's Native Multi-Modal Power
InfoQ

Scale Your AI Agents with Postgres's Native Multi-Modal Power

Postgres has quietly become the backbone for production AI, and Gwen Shapira's session makes a compelling case for why that matters. She shows how teams are moving beyond toy demos, using Postgres's JSONB parsing and high-recall HNSW indexing to ground LLMs in both deterministic and semantic context. The 4x speedup from vector quantization is a practical win, but the real insight is managing agentic memory without losing reliability. For those exploring distributed training challenges, our guide on distributed algorithms pairs well with this foundation.