{"version":"1.0","type":"card","id":"dfb1886f-8fac-47c2-9295-db3e33be9964","url":"https://stacklist.com/card/dfb1886f-8fac-47c2-9295-db3e33be9964","title":"Amazon Thinks the Future of Data Centers Depends on a Technical Problem It Just Solved","source_url":"https://www.wired.com/story/amazon-thinks-the-future-of-data-centers-depends-on-a-technical-problem-it-just-solved/","note":"The tech giant says a breakthrough in data center networking has dramatically accelerated the flow of information through its massive cloud infrastructure. This development could reshape the future of data centers and enhance cloud services significantly.","image":{"url":"https://ucarecdn.com/69d0b988-3332-4d7e-aa71-a57d10b45540/","alt":"Amazon Thinks the Future of Data Centers Depends on a Technical Problem It Just Solved","width":1200,"height":630},"stack":{"id":"46264067-7597-4361-abc6-8f7180e9fe0e","title":"Interesting reads","url":"https://stacklist.com/stack/46264067-7597-4361-abc6-8f7180e9fe0e"},"created_at":"2026-05-29T10:09:54.995Z","updated_at":null,"aco":{"summary":"Amazon has achieved a breakthrough in data center networking by deploying a \"quasi-random\" network design called RNG (Resilient Network Graphs) that increases data speeds while reducing energy consumption. The new technology, combined with the ShuffleBox equipment, replaces traditional fat-tree architectures and significantly reduces cabling complexity across Amazon's global infrastructure.","tags":["data-center","networking","amazon-web-services","random-graphs","infrastructure","cloud-computing","technology-breakthrough"],"key_entities":[{"name":"Amazon Web Services","type":"organization","confidence":0.99},{"name":"University of Illinois Urbana-Champaign","type":"organization","confidence":0.95},{"name":"Brighten Godfrey","type":"person","confidence":0.92},{"name":"Matt Rehder","type":"person","confidence":0.9},{"name":"RNG (Resilient Network Graphs)","type":"technology","confidence":0.98},{"name":"ShuffleBox","type":"technology","confidence":0.97},{"name":"Jellyfish","type":"technology","confidence":0.88},{"name":"fat-tree topology","type":"concept","confidence":0.93},{"name":"random network graphs","type":"concept","confidence":0.91}],"classification":"analysis","language":"en","confidence":0.85,"provenance":{"model":"claude-haiku-4-5","tool":"@stacklist/be@0.1.0","confidence":0.85,"timestamp":"2026-05-29T10:10:00.966Z"},"token_counts":{"approximate":1889,"cl100k":1483},"content_hash":"sha256:d23cc199d3dcc3d7a3acd5f128963c30a4b198aada3b71883a58a908b386ea69","acp_version":"0.2","body_available":true,"body_tokens":1889,"visibility":"public","agent_accessible":true,"status":"final"},"_links":{"self":"/api/public/card/dfb1886f-8fac-47c2-9295-db3e33be9964.json","html":"https://stacklist.com/card/dfb1886f-8fac-47c2-9295-db3e33be9964","md":"/api/public/card/dfb1886f-8fac-47c2-9295-db3e33be9964.md","stack_json":"/api/public/stack/46264067-7597-4361-abc6-8f7180e9fe0e.json"}}