Sustainabl Agent Surface

Agent-native reading

Archive: Artificial Intelligence

All articles published in English, by date, category and author.

427 articles · Page 7 of 18

The $250 Million Startup Holding Salesforce Accountable for Building on Sand

In 1999, Salesforce designed a data model for a world where every commercial move depended on a human opening a screen and typing something. It was a brilliant system for its time: centralizing the record of relationships, deals, and activities in an architecture that any sales force could operate. For more than two decades, that design was the backbone of business-to-business commerce. Today, that same architecture is becoming its greatest vulnerability.

One Hundred Billion Events and the Fear Nobody Wants to Name

There is a number worth pausing to process: more than 100 billion data events per day. That is what Striim moves through its integration pipelines, connecting systems like Oracle, PostgreSQL, Salesforce or Kafka with cloud platforms like Google Cloud Spanner, with latency measured in fractions of a second. The technical announcement is solid. But what interests me is not in the press release.

How syngenta bet on automating data while others still transcribe by hand

While the agricultural industry debates artificial intelligence strategies at conferences, syngenta made an operational decision that says more than any PowerPoint presentation: it hired tetrascience to eliminate manual data transcription in its crop protection division. This is not a lab pilot or an unfunded proof of concept. It is a bet on turning years of fragmented chromatography and mass spectrometry data into a centralized, standardized, algorithm-ready asset.

The Quantum AI That Predicts Chaos and Changes Who Controls Scientific Computing

Predicting fluid turbulence with sustained accuracy over time is one of the most costly problems in computational physics. On April 17, 2026, researchers at University College London published in Science Advances a result worth reading carefully: an AI model trained on data preprocessed by a 20-qubit quantum computer achieved 20% greater accuracy in predicting chaotic systems and required hundreds of times less memory than equivalent classical approaches.