At IBM Research, we’re inventing what’s next in AI, quantum computing, and hybrid cloud to shape the world ahead.

IBM’s new open Granite models are designed for agentic AI, combining reasoning, tool use, coding, instruction following, and speech capabilities.

It’s the world’s first 0.7nm chip technology. Powered by IBM’s new nanostack architecture, this structure will pave the way for more powerful and efficient chips for years to come. This is the architecture to accelerate the Angstrom era.

Introducing Granite Libraries and Project Granite Switch, two new tools that bring the rigor and modularity of software engineering to LLMs.

At IBM Research, we’re inventing what’s next in AI, quantum computing, and hybrid cloud to shape the world ahead.

IBM’s most expansive model release to date covers new language, vision, speech, embedding, and guardian models — tailored for enterprise workloads.

IBM worked with Australia’s Royal Flying Doctor Service to aid clinicians on the ground and in the air using IBM Granite’s high-performing speech recognition technology.

Cryptography researchers at IBM are working with researchers at secure messaging services Signal and Threema to help defend against future quantum computers that may be able to break much of the encryption the internet relies upon.

IBM Research’s Project ALICE is a new experimental multi-agent system that can help engineers speed up the time it takes to locate and quash software bugs.

The new leaderboards, built atop benchmarks initiated by IBM Research, are designed to accelerate progress building and evaluating AI models and agents that can solve real-world enterprise issues.

New research suggests the AI industry is rapidly evolving, where local devices that many more people have access to can run smaller, more powerful models to answer most of their queries. IBM’s latest Granite models are up to the task.

IBM Research, along with NASA, ESA and others, have open-sourced drastically smaller versions of their Prithvi and TerraMind Earth observation models that can run on just about any device, from satellites orbiting the planet, to the smartphone in your pocket — while maintaining their performance levels.

IBM’s new time-series foundation model, FlowState, uses a state-space architecture to outperform much larger models on an industry leaderboard known for its challenging mix of short and long-term forecasting problems.

Using the multimodal AI and LLMs BharatGen is working on, it will work with IBM to build the unique tools needed to best serve Indian language speakers.

Ghazi Sarwat Syed and Gregor Seiler have won European Research Council Starting Grants to further their cutting-edge work, adding to IBM Research’s strong history with this award.

IBM is partnering with HackerOne to offer a bug bounty program for Granite, with up to $100,000 in bounty payouts available. The objective is to identify successful jailbreaks of Granite models deployed in enterprise-like settings with guardrails enabled, as businesses look to scale their AI workflows.

IBM and NASA are open sourcing Surya, a new AI model for solar physics that can be used to predict the kinds of fierce solar outbursts that can endanger astronauts in space and throw off satellites, power grids, and communications on Earth – faster than ever before.

IBM is exploring a future where generative AI isn’t limited to what’s in the prompt window.

IBM Research opened their new lab at the heart of Trinity College Dublin, one of Europe’s most prestigious institutions. The lab has focused on AI and quantum computing technologies, and plans to explore applications and algorithmic research that will benefit from being co-located with the Trinity community.

The latest IBM Granite 3.3 2B vision model recently debuted at number two on the OCRBench leaderboard, and is the most performant multimodal model under 7B parameters.