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GigaBrain-0
GigaAI · 2025-10
VLAIndustry modelsNot disclosedflow matching
Reduces dependence on real-robot data with generated data from the GigaWorld world model (Real2Real, Sim2Real, human video conversion, etc.).
Paper
GigaBrain-0: A World Model-Powered Vision-Language-Action ModelarXiv 2510.19430
Overview
- Category
- Industry models
- Type
- VLA
- Released
- 2025-10
- Organization
- GigaAI
- Open weights
- Yes
- Parameters
- Not disclosed (GigaBrain-0-Small 402M)
Architecture
- Backbone LLM
- Gemma 2 · PaliGemma2 config (size not disclosed)
- Vision encoder
- SigLIP (RGB-D)
- Action head
- flow matching DiT (MoT) (flow matching)
- Chunk
- Not disclosed
- Control rate
- Not disclosed
- Architecture (original summary)
- PaliGemma2 VLM + flow-matching DiT, mixture-of-transformers; RGB-D input (SigLIP depth channel zero-initialized); embodied CoT (10 2D trajectory keypoints, discrete action tokens, subgoal language)
Training
- Pretraining accelerators
- Not disclosed
- Pretraining duration
- Not disclosed
- Pretraining steps & batch
- Not disclosed
- GPU/TPU-hours
- Not disclosed
- Fine-tuning
- GPU and time not disclosed; laundry folding G1 300 demos · batch 128 · 40K steps; paper towel PiPER 100 demos · batch 128 · 20K steps
- Data type
- Real robot + simulation·synthetic (GigaWorld-generated) + public robot data
- Data scale
- In-house real robot 1,182 h (Agilex Cobot Magic 199 h, AgiBot G1 983 h; 14 environments, 3,100 m²); amount of public and generated data not disclosed
- Main datasets
- In-house data, AgiBotWorld, RoboMind, Open X-Embodiment, GigaWorld-generated data
- Tasks & evaluation
- Laundry folding, paper towel prep, juice making, table clearing, moving boxes·baskets, appearance·layout·viewpoint generalization; vs π0 laundry folding +30%, paper towel +10% (main text)
- Robot
- AgiBot G1, PiPER arm, Agilex Cobot Magic
Inference
- Inference device & speed
- On Jetson AGX Orin, GigaBrain-0-Small 0.13 s vs π0 1.28 s
- Inference memory
- Not disclosed
- Weights bf16 (calc.)
- Not disclosed
- Where it runs
- Onboard (Jetson AGX Orin, Small)
Reinforcement learning & base
- Reinforcement learning
- Not used · Supervised learning on real robot + generated data
- Base control
- Wheeled (Direct base velocity/pose output) · In mobile manipulation tasks (moving boxes·laundry baskets, AgiBot G1) the model does obstacle-avoiding movement·base repositioning; base command format not stated; PiPER bimanual arms are fixed
Notes
- Key features
- Reduces dependence on real-robot data with generated data from the GigaWorld world model (Real2Real, Sim2Real, human video conversion, etc.). The lightweight GigaBrain-0-Small (402M) runs in 0.13 s on Jetson AGX Orin.
- Notes
- Parameters (B) is null because the total for this model is not disclosed (only GigaBrain-0-Small 402M is disclosed). Per-task absolute success rates from figure bar labels could not be confirmed in verification, so only the differences in the text (+30%, +10%) are used. Weights released 2025-11-27 (repository Apache-2.0). GigaBrain-0.7 in the README is a 2026 release and excluded. Data hours (h) cover in-house data only. arXiv v1 2025-10-22.
- Verification
- Confirmed
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