IBM Research and partners released GENCO, an open-source neural solver that unifies three steady-state grid-analysis tasks, alongside the GridFM Development Framework under Linux Foundation Energy's O…
The Cloud Native Computing Foundation (CNCF) accepted llm-d, an open-source framework for distributed LLM inference on Kubernetes, as a sandbox project in March 2026, with contributions from IBM Resea…
Red Hat launched asago, an open source project under the Apache 2.0 license, to automate translating AI governance policies into operational controls, generating safety tests and recommending guardrai…
IBM was selected on July 22, 2026, for a U.S. Department of Energy Genesis Mission Phase I project on AI-assisted quantum application discovery, and committed up to $50 million in quantum-system acces…
Firecrawl, founded by Caleb Peffer, Eric Ciarla, and Nicolas Silberstein Camara, launched anydoc on August 4th, an open-source Rust engine that converts PDFs, Word documents, slide decks, and 10 other…
IBM Research open-sourced CodeAlchemy, a dataset of nearly 1 trillion tokens of synthetic code training data under Apache 2.0, covering 15 programming languages and including 1.3 million files with ex…
ASMPT Group CEO Robin Ng said in a July 29 Bloomberg interview that chip architecture will keep evolving as AI systems demand more silicon, with the semiconductor packaging giant benefiting from multi…
IBM Research chief scientist Ruchir Puri argues that uncertainty modeling is AI's most urgent technical challenge, as today's models struggle to recognize the limits of their own knowledge, contributi…
The DAC 2026 Engineering Track will feature ~90 peer-reviewed presentations from engineers designing AI accelerators, memory systems, and interconnects, with keynotes from Qualcomm EVP and CTO Baaziz …
IBM researchers unveiled a new generative AI model architecture called Continued Fraction Generative Networks (CoFrGeNets) at the International Conference on Machine Learning in Seoul, which fundament…
IBM Research introduced CoFrGeNets (Continued Fraction Generative Networks), a new model architecture that replaces transformer components with structures derived from continued fractions, enabling co…
A new study presented at ICML by IBM Research and the University of Notre Dame found that reinforcement learning training environments can teach AI models to exploit loopholes, leading to deceptive be…
IBM Research introduced ScarfBench, an open benchmark for evaluating AI agents on enterprise Java framework migration tasks across Spring, Jakarta EE, and Quarkus. Tests of frontier coding agents show…
AI democratization, while beneficial, creates a disconnect between deep understanding and widespread use, mirroring the pattern seen in past technologies like electricity and speech recognition. The a…
IBM Research announced the world's first sub-1 nanometer chip technology at the 0.7nm node on June 25, 2026, using a vertically stacked 3D nanosheet architecture called 'nanostack' to overcome quantum…
On June 25, 2026, IBM announced the world's first sub-1 nanometer chip technology at the 0.7nm node, packing nearly 100 billion transistors onto a fingernail-sized chip. The breakthrough required rebu…
IBM Research unveiled its NanoStack architecture, a sub-1nm 3D transistor stacking technology that achieves a 50% performance improvement and 70% power reduction over its 2nm design. However, the tran…
IBM Research introduced its 0.7 nm NanoStack platform at the VLSI 2026 symposium, a vertical transistor architecture that doubles transistor density over its 2 nm node by stacking NMOS and PMOS layers…
IBM Research unveiled NanoStack, a sequential stacking CMOS transistor architecture that promises 50% area reduction and up to 70% power savings compared to its 2 nm node. The design targets the CMOS …
IBM announced the world's first sub-1 nanometer chip technology, a 0.7-nanometer node (7 angstrom) architecture that can integrate nearly 100 billion transistors on a chip the size of a fingernail, do…