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Efficiency
How can devices use large-model capability while reducing token consumption and improving token efficiency?
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EDGE INTELLIGENCE · CLOUD–EDGE COLLABORATION
边缘智能
Build a software–hardware edge collaborative inference framework that breaks the latency–efficiency–privacy trilemma for large-model deployment.

Bringing large models to devices and industrial scenes requires answers on efficiency, latency, compute, and security.
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How can devices use large-model capability while reducing token consumption and improving token efficiency?
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How can we effectively reduce time-to-first-token (TTFT)?
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How can we improve the inference speedup ratio?
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How can we better protect local private data?
Heterogeneous dual-brain on device with cloud LLMs: local draft prediction and cloud parallel verification form an efficient, secure, low-latency loop.
On-device lightweight model (e.g. Qwen-0.8B) runs draft prediction
Cloud LLM verifies token sequences in parallel
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Local Data Processing
Desensitization / compression / feature extraction on the AI inference chip
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Draft Prediction
Generate token sequences locally
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Cloud Verification
Token sequences are verified in the cloud
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Return Results
Efficient, secure, and low-latency
From algorithms to chips—building deployable edge collaborative inference.
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Core Technologies
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Turn serial inference into local parallelism: draft on device, verify in cloud, raise edge–cloud throughput.
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Core Technologies
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Convert raw data into high-density desensitized embeddings to cut wasteful token cost.
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Core Technologies
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Hardware-level isolated encrypted compute—“data stays on device; only features go to the cloud.”
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Core Technologies
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Hardware optimized for Transformer ops, with efficient KV-cache management and low-power matrix compute.
Target metrics that describe efficiency, experience, and trust gains from edge collaboration.
2~3x
Target inference speedup
TTFT ↓
Significantly lower TTFT
50%+
Projected cloud token savings
Highest Tier
Local-first privacy (data on device; features only upstream)