MQAR
Beyond Market Intelligence keeps MQAR in one place: 3 stories so far. The section currently leads with “Exploring AI routing that trims memory while keeping long-context accuracy high”, “Explore how hierarchical routing cuts memory while preserving long-context accuracy”, and “Explore a new recurrent architecture built for deeper reasoning and memory tasks.”. Memory is the bottleneck in long-context AI, and ALHR offers a refreshingly direct solution. Hierarchical routing is often a trade-off between memory and accuracy. Acme AI is the next-generation, AI-powered spreadsheet platform built to replace Excel and redefine how analysts, data scientists, and enterprise teams work… The list below is every MQAR story on Beyond Market Intelligence, newest first.
Exploring AI routing that trims memory while keeping long-context accuracy high
Memory is the bottleneck in long-context AI, and ALHR offers a refreshingly direct solution. This static binary tree system uses learnable functions to trim the number of keys, reducing VRAM usage while maintaining accuracy. Early tests with tiny stories look promising. It is a pragmatic, scalable approach. For deeper context on how AI learns from human action, see our related coverage on two new approaches shifting that dynamic.
Explore how hierarchical routing cuts memory while preserving long-context accuracy
Hierarchical routing is often a trade-off between memory and accuracy. ALHR, Adaptive Learnable Hierarchical Routing, challenges that assumption. By using a static binary tree paired with learnable functions, it reads fewer keys while preserving long-context performance. Less memory used, better VRAM scaling with tokens. For those building efficient AI systems, this is a practical step forward. If you're exploring sparse attention models, our related piece on how one model reads 94% fewer keys while keeping accuracy offers deeper context.
Explore a new recurrent architecture built for deeper reasoning and memory tasks.
After months of independent work, DABSN (Dynamic Adaptive Bias State Network) is now public, with a preprint and code that includes PyTorch, C++, and Triton implementations. The architecture's behavior on reasoning and long-sequence benchmarks is compelling, but the 24M-parameter language model trained on 1B tokens is where the results get genuinely interesting. Now, the ask is for collaborators: independent reproduction, stronger evaluations, or GPU access to push scaling further. It's a practical, open invitation to build on something promising, not a promise of perfection.