FHE Hardware Acceleration for Zero Trust Computing

Niobium is changing the privacy paradigm with mathematically guaranteed data privacy.

Hardware Acceleration

Niobium offers the industry’s first purpose-built fully homomorphic encryption (FHE) hardware accelerator: A custom PCIe card that can accelerate the performance of FHE software by multiple orders of magnitude. Niobium’s hardware accelerator supports all major FHE schemes, giving organizations and hardware manufacturers the flexibility to improve any application or environment.

Next-Gen Privacy

FHE enables mathematically guaranteed privacy for applications that cross organizational boundaries, like cloud computing, fraud detection, and medical research. Data remains encrypted even during processing, so it can never be stolen or erroneously disclosed.

FHE Hardware Acceleration SoC

Niobium’s low-power PCIe card can be easily inserted into any server. This hardware leverages existing FHE libraries and software for flexible integration into existing workflows.

High Speed, Low Power

Highly parallelized architecture and dedicated hardware for common FHE mathematical operations make Niobium’s PCIe card the most efficient FHE accelerator in existence.

Zero Trust Computing

Zero Trust Computing (ZTC) is a set of technologies that allow organizations to share and analyze sensitive data while maintaining its confidentiality and integrity. In a true ZTC application, data privacy is guaranteed during storage, transmission, and processing. Niobium’s FHE hardware accelerator makes ZTC feasible by enabling encrypted data processing without sacrificing performance.

Insights

Electronic Design: 11 Myths About Fully Homomorphic Encryption

Fully Homomorphic Encryption is no longer just theoretical—Niobium’s FHE accelerator delivers real-world performance gains, making encrypted computation practical and increasingly viable for real applications.

Cybersecurity Insiders
FHE: The Privacy Revolution Cybersecurity Needs Now

Niobium CTO Dr. David Archer outlines how Fully Homomorphic Encryption (FHE) enables secure data processing without decryption, offering a practical solution for privacy in cloud computing, healthcare, and finance.

Cybersecurity Insiders: FHE: The Privacy Revolution Cybersecurity Needs Now

Discover how Fully Homomorphic Encryption (FHE) enables private information retrieval (PIR), allowing organizations to query sensitive data without revealing intentions—reshaping cybersecurity, protecting against breaches, and unlocking secure data collaboration.

Disaster Recovery Journal: 2025 Forecast: A Perfect Storm for Privacy Technology

As data privacy becomes a strategic imperative, this blog explores why Fully Homomorphic Encryption (FHE) is gaining momentum—driven by regulation, public demand, and the need for secure AI and data collaboration.

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