Did you know you don’t have to send your data to DeepSeek? You can rent a GPU from Hyperbolic, host your own R1 model using Ollama, and keep your data private. True user ownership powered by open-source AI—no middlemen, just control in your hands.
DeepSeek-R1 has taken over our feeds with its record-breaking performance and open-source availability. The model has sparked conversations around model training efficiency, training data, and privacy.
Committed to on-boarding the latest open-source models, you can access DeepSeek-R1 on Hyperbolic’s verified AI Inference Service today with guaranteed data privacy standards and join the conversation first hand on a trusted platform.
Setting New Performance Benchmarks
DeepSeek-R1 is a game-changer in the AI landscape, demonstrating remarkable performance metrics that rival or surpass leading closed-source and open-source models. With record breaking results across English, code, math, and Chinese language tasks, it's shattering the notion that the highest performing AI has to be closed-source.
Its metrics speak for themselves:
A Breakthrough in AI Efficiency
DeepSeek-R1 represents more than just impressive performance metrics—it showcases a fundamental shift in how AI development can be approached. Through innovative techniques like the Mixture-of-Experts (MoE) architecture and Multi-head Latent Attention (MLA), the team has been able to achieve remarkable results while using significantly fewer computational resources than its big-tech competitors like OpenAI, Anthropic, and Llama.
Consider this: DeepSeek-R1 was trained for approximately $5.57 million—a small fraction of the hundreds of the hundreds of millions spent on frontier models. This efficiency was achieved through smarter architecture choices rather than just throwing more compute at the problem. The model activates only 37B parameters during inference while maintaining a larger 671B parameter capacity, demonstrating that with the right approach, more can be done with less.
With this level of efficiency, the DeepSeek team is making waves in democratizing AI access.
The DeepSeek-R1 Controversy
X has been flooded with posts about DeepSeek-R1, with the AI community debating its many implications for trusted AI inference. While there's widespread recognition of the model's impressive engineering achievements and breakthrough performance metrics, the discourse has also surfaced important questions about data origins, training practices, and international AI development.
Various concerns have been raised about the model's training data, particularly whether it may have incorporated outputs from other AI models, potentially explaining why it sometimes thinks it’s ChatGPT. Additionally, given DeepSeek's origins as a Chinese AI startup, there's been significant discussion about the geopolitical implications and data security considerations for US-based users alla Tik Tok.
While DeepSeek-R1 represents a remarkable technical achievement in open-source AI, it’s clear that users need a secure, trusted way to leverage its capabilities. This is precisely why we've made it available through Hyperbolic's privacy-first decentralized infrastructure, making its performance and efficiency truly democratized.
Trusted Access on Hyperbolic
Data privacy is in Hyperbolic’s DNA. As our GPU Marketplace, Inference Service, and Agent framework continue to evolve, privacy always remains at the center.
We are addressing the criticisms around DeepSeek-R1 by hosting it on our secure decentralized GPU network with ironclad privacy guarantees:
Zero Data Retention: Unlike direct API access where your data might be stored or used for model training, Hyperbolic never stores your inference data. Once your request is processed, all input data is immediately and permanently destroyed.
Secure Processing: Your queries are routed through our decentralized network of verified GPUs, ensuring that your data remains protected throughout the verified inference process.
Decentralized Security: Our unique architecture distributes processing across a network of verified nodes, eliminating single points of failure and reducing security risks.
Why Choose Hyperbolic for DeepSeek-R1?
While DeepSeek-R1 can be accessed through various channels, none offer the Hyperbolic advantage:
Immediate Availability: We've moved quickly to make this powerful model accessible to our users, demonstrating our commitment to providing cutting-edge open-source AI.
Protected Innovation: Build with confidence knowing your proprietary data and intellectual property remain solely in your hands while you run your inference at BF16 precision.
Verified Performance: Experience the full capabilities of DeepSeek-R1 while benefiting from our performance-optimized infrastructure with the confidence of the gold standard in AI verification—Proof of Sampling.
Cost-Effective Scaling: Access this advanced model at a fraction of the cost of traditional providers, thanks to our efficient decentralized architecture.
DeepSeek-R1 Goes Hyperbolic
DeepSeek-R1 represents a significant leap forward in the democratization of AI, and now you can harness its power with the privacy and security guarantees that only Hyperbolic provides. Whether you're building the next generation of AI applications or conducting groundbreaking research, our platform ensures your data remains private while giving you access to the latest innovations in open-source AI.
Ready to experience DeepSeek-R1 with enterprise-grade privacy? Head to app.hyperbolic.xyz to be at the cutting-edge of AI innovation.
About Hyperbolic
Hyperbolic is democratizing AI by delivering a complete open ecosystem of AI infrastructure, services, and models. Through coordinating a decentralized network of global GPUs and leveraging proprietary verification technology, developers and researchers have access to reliable, scalable, and affordable compute as well as the latest open-source models.
Founded by award-winning Math and AI researchers from UC Berkeley and the University of Washington, Hyperbolic is committed to creating a future where AI technology is universally accessible, verified, and collectively governed.
Website | X | Discord | LinkedIn | YouTube | GitHub | Documentation
