Recursive Superintelligence
Self-improving automation of knowledge discovery
The explosion in AI inference workloads across enterprise and scientific computing has put a new premium on cost efficiency, especially as single-turn chatbot interactions give way to long-running agentic operations executed behind the scenes. Callosum recognizes that the infrastructure for AI computing is increasingly heterogeneous, and that workloads don’t always need to be routed to the most expensive models and chips. The company builds algorithms that can decompose token-intensive workloads and assign them to the models and silicon that offer the most efficiency for a given task on a given schedule. As the company says: “The problems worth solving are inherently heterogeneous, and so the intelligence we build to solve them must be too.”
Self-improving automation of knowledge discovery
Fast-tracking the development of fault-tolerant quantum computer systems
Error correction that makes fault-tolerant quantum computers achievable
Making computation for AI radically more efficient