Boltzbit 提出 Bayesian Self-learning Transformers(BAST),走"让经验直接修改模型"的路线,把实时数据转化为有针对性的参数更新,理论分析估算其算力需求比传统训练低约 1000 倍。相比外部记忆让后续请求检索和处理更多状态,权重自适应把有用知识直接写进模型本身。下一步的关键基准是这些更新能否保持稳定、有选择性,并泛化到产生它们的交互之外。
There are two ways to make an agent improve.
One is to leave the model unchanged and accumulate documents, embeddings, summaries, skills, and longer histories.
The other is to let experience modify the model.
Boltzbit’s Bayesian Self-learning Transformers (BAST) investigate the second path by converting live data into targeted parameter updates. Its theoretical analysis estimates roughly 1,000× lower compute requirements than conventional training.
The economics matter. External memory makes future requests retrieve and process more state. Weight adaptation moves useful knowledge into the model itself.
The next benchmark is whether those updates remain stable, selective, and generalize beyond the interaction that produced them.
If they do, continual learning becomes part of the architecture, not another agent feature.
来源:@rohanpaul_ai · x.com