📰 Hackernoon

DataOps.live is redefining enterprise data engineering by applying DevOps principles to data pipelines. Built on Snowflake innovations like Zero Copy Clone, it

Most data pipeline failures come from silent schema changes, not system crashes. Data contracts fix this by enforcing validation at the source using tools like

Raising two toddlers feels a lot like debugging complex software systems—there are no logs, tiny bugs cause massive failures (like missed naps), and the system

Most AI failures in production aren’t technical—they’re organizational. Teams invest in accuracy and trust but ignore accountability: who owns the system, detec

Researchers introduce Graphical Mutual Information (GMI), a new way for AI to learn from graph data without labels. By maximizing information between node featu

Monolith is ByteDance’s real-time recommendation system that updates itself using live user behavior instead of waiting for batch retraining. It solves major is

IBM’s Granite Code models are a new family of AI systems built to handle real-world coding tasks—writing, fixing, explaining, and translating code across 116 la

GET3D is an AI system that generates complete 3D models—geometry and textures—from simple 2D images. Unlike older methods, it produces ready-to-use assets compa

This paper shows how to speed up AI on edge devices by splitting neural networks across multiple machines instead of relying on the cloud. It introduces a metho

Using real data from Alibaba’s Ele.me, this study shows food delivery platforms helped small businesses survive COVID lockdowns by boosting sales, jobs, and acc

Researchers created the first high-resolution map of over 13 million buildings across the Qinghai-Tibetan Plateau using satellite imagery and AI. Despite extrem

Researchers built a privacy-preserving AI that identifies battery types using just one charge cycle—no historical data needed. Using federated learning and a no

Researchers use generative AI to estimate the health of retired lithium-ion batteries without costly tests. By analyzing limited pulse voltage data, the model g

Researchers at IBM connected two 127-qubit processors using a real-time classical link, effectively creating a 142-qubit system. By employing dynamic circuits,

Researchers ran deep quantum circuits on a 127‑qubit superconducting processor and measured accurate expectation values for problems beyond classical brute‑forc