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86% of What Coding Agents Do Is Just Reading — Not Solving | Alexander Whedon of Subquadratic

Eye On A.I.

22 HOURS AGO
Eye On A.I.

Eye On A.I.

22 HOURS AGO
Craig S. Smith speaks with Alexander Whedon, co-founder and CTO of Subquadratic, about making million-token AI systems faster, cheaper, and more useful for enterprise data, coding, finance, security, and robotics.
Alexander Whedon explains why standard attention makes long context prohibitively expensive and how Subquadratic’s dynamically selected sparse attention aims to reduce that cost without sacrificing useful relationships. The discussion covers enterprise data that remains inaccessible because of retrieval and transformation bottlenecks, coding agents that spend most of their steps reading, and the ways broader context could reshape RAG and agent workflows. Whedon also describes multi-million-token training, defensive cybersecurity, finance and document processing, the uneven state of long-context reasoning, the company’s training and pricing strategy, and a longer-term ambition to automate architecture research and extend context-based intelligence into robotics.
06:56
06:56
86% of coding-agent steps are reading
10:45
10:45
Large context is still a product and alignment frontier
13:43
13:43
Dynamic attention makes sparse context practical
19:20
19:20
RAG will be transformed, not eliminated
23:04
23:04
Long context can make defensive security much stronger
29:32
29:32
Less curation can unlock enterprise data
40:25
40:25
Long-context reasoning is asymmetric across industries
47:10
47:10
LLMs are helpful, but not sufficient
50:53
50:53
Robotics needs a vast context window