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Open-weights memory foundation model from MemTensor with a fixed-size persistent memory state, built on Qwen3.6-35B-A3B.

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MemT 1.0 at a glance

What is MemT 1.0?
MemT 1.0 is a model from MemTensor. Open-weights memory foundation model from MemTensor with a fixed-size persistent memory state, built on Qwen3.6-35B-A3B.
Who makes MemT 1.0?
MemT 1.0 is made by MemTensor.
Does MemT 1.0 work in the EU?
Available in the EU. Weights are downloadable from Hugging Face under Apache-2.0, which has no regional restrictions, so it can be self-hosted in the EU/EEA. Last verified 14 Nov 2026.
How much does MemT 1.0 cost?
Open source. Nano weights are free to download under Apache-2.0; running it requires your own GPU hardware. Licence: Apache-2.0.
Where was MemT 1.0 shown?
In 1 creator video by AI Search. Most recently by AI Search on 25 Oct 2026, at 38:33 in “Cybersecurity chaos, AI for DNA, Kimi K3.1, Claude Duet, Dessa, Fibo 2, Minimax 3.1: AI NEWS”.

Sources: the vendor's own pages (linked above) and creator videos at the linked timestamps. EU status is information, not legal advice; see how we check.

About

MemT-1.0 is a family of memory foundation models from MemTensor that build persistent, evolving memory into the model's computation. A Native Memory Block runs alongside the backbone attention. It combines a Local Memory Block (a dynamic multi-channel memory matrix) with a Hyper Memory Block (trainable query/key/value projections and erase, write, forget and output gates). The memory state is updated at the end of each turn or segment, so the model can use earlier history without re-reading the original context. According to the model card, the state stays constant in size and cuts storage by about 66× compared with a full-context KV cache at 128K history length.

The family has two models. MemT-1.0-Nano is built on Qwen3.6-35B-A3B (36B total, 3B active parameters, 451M trainable memory parameters). MemT-1.0-Flash is built on DeepSeek-V4-Flash (288B total, 17B active). On 11 memory benchmarks, the card ranks Flash first and Nano second among the evaluated parametric-memory methods. It also says strong textual-memory systems remain ahead overall, particularly on long histories that need detailed evidence retrieval. The project also demonstrates native memory for experience-guided agentic coding.

Nano is distributed on Hugging Face under Apache-2.0 and loads through Transformers with custom code. The card calls for Python 3.11+, a CUDA 13 build of PyTorch 2.11.0 and a pinned Transformers version. It is aimed at researchers and developers who want to experiment with parametric memory for long-running assistants and agents.

Key features
  • Fixed-size persistent memory state instead of re-reading chat history
  • Native Memory Block with local and hyper memory components and gated updates
  • Nano: 36B total / 3B active parameters, fine-tuned from Qwen3.6-35B-A3B
  • Flash: 288B total / 17B active parameters on DeepSeek-V4-Flash
  • ~66× lower storage than a full-context KV cache at 128K history (per model card)
  • Experience-guided agentic coding using native memory
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