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Language modelOpen weights

Sage-A1.5

Shanghai Artificial Intelligence Laboratory

Released
October 15, 2026
Data date
October 24, 2026
Benchmark-Meta-Score
Unavailable
No independent results
Input
Text, images, and video
Output
Text

Sage-A1.5 is an MoE agent model from the Shanghai Artificial Intelligence Laboratory. BF16 file metadata counts 35.95 billion parameters; the model text rounds its size to 35B. Active parameter count is not listed separately. Its config supports exactly 262,144 context tokens and image and video input.

The model combines long-horizon research and scientific tasks with tool calls, parallel orchestration, and optional verification. Its weights use Apache 2.0. The publisher links to a web trial.

Specifications and access

SpecificationValue and source
Provider model ID
InternScience/Sage-A1.5Source
Access
Open weights; local and through the linked web trialSource
Input modalities
Text, images, and videoSource
Output modalities
TextSource
License
Apache 2.0Source
Parameter count
Hugging Face safetensors metadata counts 35,951,822,704 BF16 parameters. The model card and report round the class to 35B; active parameters are not separately stated.Source
Context window
The published text config sets max_position_embeddings to 262,144 tokens.Source
Reasoning and tools
The chat template documents reasoning, verification, and agentic orchestration; function calls can use external tools and subagents.Source
First public date
Hugging Face repository metadata dates the model repository to October 15, 2026. The technical report is dated October 20, 2026.Source
Hosted access
The model card links to a web trial. This does not document ongoing prices or API rates.Source
Parameter count
35,951,822,704Source
Context window in tokens
262,144Source
License
Apache-2.0Source
Release
2026-10-15Source
Source access
Open Apache-2.0 weights for local deployment; linked web trial; no verified paid API tariffSource
Input
Text, images, videoSource
Output modality
TextSource
Reasoning and tools
Reasoning, verification, function calls, parallel agentic orchestration and subagentsSource