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Confidential Computing is a technology that ensures sensitive data remains secure throughout processing by running computations in a protected environment. This solution leverages advanced security measures to prevent unauthorized access and ensures data integrity in high-risk industries like finance, government, and healthcare.
Confidential Computing protects data in three states: in use, in transit, and at rest. By leveraging secure execution environments and NVIDIA confidential GPUs, it guarantees that data is shielded from unauthorized access, even during processing, providing full privacy and compliance with industry standards.
Confidential Computing is particularly valuable for sectors with strict data security requirements, including finance, government, and healthcare. These industries handle highly sensitive information and must meet stringent regulatory standards, making robust data protection essential.
Our solution uses high-performance NVIDIA confidential GPUs, which provide the processing speed necessary for demanding workloads while upholding the highest levels of data privacy. This ensures that organizations can deploy advanced AI models without sacrificing efficiency.
Attestation is the process of verifying the integrity of a system’s environment. In Confidential Computing, attestation reports validate that large language models (LLMs) and other deployed AI models are operating in a secure and trusted environment. This verification instills confidence that the system’s outputs are trustworthy.
Yes, Confidential Computing is designed to meet the rigorous data privacy and security standards required by regulations in finance, government, and healthcare. By providing end-to-end encryption and secure data processing environments, it helps organizations stay compliant with industry standards.
NVIDIA’s confidential GPUs enable high-speed processing within secure execution environments. These GPUs support demanding AI workloads while ensuring that data remains protected, making them ideal for Confidential Computing in sensitive sectors like finance, government, and healthcare.
Traditional data security often protects data only when it’s stored or in transit. Confidential Computing goes further by safeguarding data during active processing. This extra layer of protection is critical in sectors where sensitive data is continuously analyzed, such as finance and healthcare.
Yes, Confidential Computing is highly scalable and designed to meet the needs of organizations of all sizes, from startups to large enterprises. Its robust infrastructure can handle vast amounts of data and complex workloads, ensuring optimal performance at scale.
To get started, contact our team to schedule a consultation. We’ll discuss your organization’s specific needs, explore how Confidential Computing can be integrated into your existing systems, and provide a customized deployment plan tailored to your industry requirements.