Dan Biderman, co-founder of Engram, predicts the shift in enterprise AI architectures away from pure RAG toward parametric pre-training-style memory.
Prediction Not checkable as stated
Biderman: AI-native companies will amass trillions of internal tokens within 18 months
“In 18 months, many companies would have maybe trillions of tokens, which of internal company data, proprietary data. I'm talking about like maybe trillions. It sounds exaggerated, but I don't think it's an impossibility if they're really AI native.”
Prediction Not checkable as stated
Biderman: Hard engineering tasks will require test-time gradient updates
“We think that eventually part of the solution for very hard tasks in, in science and engineering and defense and all that stuff will involve some form of gradient based updates during during doing these long horizon tasks.”
Prediction Open · timeframe Jul 2031
Biderman: PC hardware will soon run near-trillion-parameter models locally
“And in the long, long term, I do think these things will actually run on people's devices, and we're seeing right now the new hardware on personal computers is already, ah, you know, soon approaching the ability to run inference on close to trillion parameters…”
Disclosure
Biderman: Engram trains models to decide what to memorize vs keep in notes
“The way to work on it is to train models both, to train models to manage it themselves, and that's an active area for us. Have the model know, like, without any explicit supervision signal to determine this kind of stuff I can pull from my brain, and that kind…”
Insight
Biderman: Manually partitioning LLM memory vs retrieval becomes unmanageable whack-a-mole
“And now the thing is, if you start manually, heuristically saying this is in, this is out, then it becomes a whack-a-mole. Every, every person in every enterprise has different data, and you can really very easily pick and choose what goes in and what goes out…”
Prediction Not checkable as stated
Biderman: AI models must learn to autonomously filter out erroneous user feedback
“Increasingly the models will get better, and increasingly they'll know more things than we do, so the model in some way has to learn and understand and kind of, like, discern what, which feedback is valuable and which feedback should be ignored.”