What’s Next in Hybrid Cloud is seamless computing
The history of computing is one of abstraction. Orchestration has been divorced from the developer's work, vastly increasing productivity. Multi-cloud computing is another step on this journey. With the advent of agentic AI, generative computing, and quantum-centric supercomputing, there is the potential to blend these computational powers together, across cloud providers and all the way to the edge. At IBM Research, we’re building the computing architecture that will enable the world to use these systems in concert to discover faster, solve more complex problems, and push the frontiers of science and business.
Our work
- NewsPeter Hess
IBM Storage Scale delivers real-world performance: an in-depth analysis
Technical noteBrian Belgodere, Chris Miller, John Lewars, Matthew Klos, Yukio Hayashi Leon, Mara Miranda Bautista, and Olaf WeiserAn AI model with a finger on the time series pulse
ReleaseKim MartineauReimagining storage for the generative AI era
ResearchTalia Gershon, Mike Murphy, Swaminathan Sundararaman, Haris Pozidis, and Khanh NgoIBM and UIUC develop an orchestration system to serve LLMs more efficiently
Technical noteArchit Patke, Saurabh Jha, and Chandra NarayanaswamiAI from deep cloud to far-edge: A flawless end-to-end experience
Technical noteSiddhika Nevrekar, Andreas Kuhmichel, Gaurav Garg, Eric Dulkeith, and Rojan Jose- See more of our work on Hybrid Cloud
Publication collections
International Conference on Very Large Data Bases
01 SepIEEE International Conference on Digital Health
07 JulIEEE International Conference on Cloud Computing
07 Jul
IBM Solution: Hybrid Cloud
Hybrid cloud allows for the seamless integration of platforms, applications, and infrastructure built on public cloud, private cloud and on-prem.