What is HEAL?

HEAL defines the software-hardware execution contract for encrypted compute, enabling hardware-agnostic FHE optimization. As new accelerators emerge—from specialized FHE chips to next-generation GPUs—HEAL ensures your encrypted workloads automatically benefit from improved performance without requiring any modifications to your code.

This abstraction layer acts as a bridge between your encrypted compute applications and the underlying hardware, automatically optimizing execution based on available acceleration capabilities. HEAL eliminates the traditional trade-off between hardware optimization and code portability, giving you the best of both worlds.

How HEAL Works

HEAL operates at the interface between software and hardware, providing a standardized execution contract that both sides must adhere to. This contract defines how encrypted computations are expressed and executed, allowing hardware vendors to optimize their implementations while ensuring software remains portable.

When new acceleration hardware is deployed, it implements the HEAL interface, automatically enabling optimization for all workloads built on the platform. This "pull-through adoption" model means that hardware innovations immediately benefit the entire ecosystem of encrypted compute applications.

Key Benefits

HEAL provides significant advantages for both developers and organizations deploying encrypted compute:

• Future-proofing - Your workloads automatically benefit from new accelerators as they become available, ensuring performance tracks the best available hardware
• Pull-through adoption - Hardware deployments automatically pull Lattica's execution layer, ensuring consistent optimization across the ecosystem
• Interface control - Defines the software-hardware execution contract, preventing vendor lock-in and ensuring portability
• Zero code changes - Existing workloads automatically benefit from new hardware without requiring modifications
• Hardware-agnostic development - Build once, optimize everywhere—your code works optimally on any HEAL-compatible hardware

The Future of Encrypted Compute

HEAL represents a fundamental shift in how encrypted compute systems are architected. By standardizing the software-hardware interface, HEAL enables an ecosystem where hardware innovation directly benefits all applications, while software development remains focused on functionality rather than hardware optimization.

As the encrypted compute industry continues to evolve, HEAL ensures that organizations can adopt new acceleration technologies without the traditional costs and risks of hardware-specific optimization. This approach accelerates innovation while protecting investments in encrypted compute applications.