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Technology

For our initial launch, Ceramic provides a training stack optimized for Transformer++ models. Our stack rewrites end-to-end, redefines the boundaries of math, networking and compute balanced for different machine architectures. 

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Ceramic's Tech Stack Reimagines Pre-training & Post-training 

Pre training

Pre-Training

Ceramic's training stack is cluster-aware, ensuring efficient coordination across nodes for seamless transformer++ training. This enables balanced and synergistic operations across the entire cluster.

Post training

Post-training

Ceramic offers robust tools and partnerships to streamline fine-tuning, assisting clients with data collection and metric setting to align with their specific needs.

Why long-context?

Post training

Why long-context?

Long-context is increasingly vital for advanced reasoning tasks and applications that demand a deep understanding of complex information (e.g. coding, research, finance, legal, etc). 

It prevents context fragmentation, enhances memory retention, and enables more complex problem solving. By integrating reasoning models with long-context training, AI systems can not only “remember” better but also “think” more critically, driving innovations in industries that rely on deep contextual insights and strategic decision-making.

Our proposition

Faster, Scalable & Long-context 

Faster at Small models, but enables large model long-context training.

Context Size

# GPUs

8k

16k

32k

64k

16

37

31

29

Ceramic MFU

64

61

64

67

72

Efficiency (2.5x) on 8B bf16 models - head to head faster

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