In the rapidly evolving Web3 environment, the importance of strengthening security measures is increasingly evident. For Ingonyama, a company specializing in digital security technologies, its ICICLE technology has made it a significant presence in the industry. ICICLE not only optimizes the execution efficiency of Zero-Knowledge Proofs (ZKP) but also significantly reduces computational costs, enhancing overall computational performance.

Recently, Ingonyama has formed a strategic partnership with hardware acceleration company Accseal (Zhixin Huaxi). The two companies are integrating their products—Accseal's Leo and Ingonyama's ICICLE v3. This collaboration is expected to further enhance the performance and usability of ZKP (Zero-Knowledge Proof) applications. Additionally, Ingonyama has leveraged its technology platform to launch a new game based on ZK+MPC (Zero-Knowledge + Multi-Party Computation) technology, offering users a novel gaming experience.

On the hardware front, Ingonyama has introduced ICICLE-NG (non-GPU version), an advanced hardware configuration optimized for ZK workloads. By utilizing high-core-count CPUs, cutting-edge Nvidia GPUs, and substantial RAM, ICICLE-NG provides developers with a seamless transition from a local development environment to one optimized specifically for ZK workloads.

Next, we will delve into the specific applications and future prospects of Ingonyama's digital security technology—ICICLE and its hardware innovations, demonstrating how it is leading the trend in the Web3 security domain.

Partnership with Accseal: Integrating Leo Chip and ICICLE v3

In early May, the collaboration between Ingonyama's ICICLE technology and Accseal's Leo product marked a significant milestone in technological innovation for both companies. This partnership not only signifies a powerful alliance between two leading enterprises but also heralds a new direction for the future development of ZKP hardware acceleration technology.

Background of the Innovative Collaboration

Accseal has already achieved remarkable success in the field of ZKP hardware acceleration, particularly with the development and launch of its Leo product. Leo is the market's first ASIC chip specifically designed for ZKP, compatible with the major zk-SNARK algorithms, making it the preferred hardware for ZKP computation. Meanwhile, ICICLE, as an efficient GPU cryptography library, has introduced its latest version, ICICLE v3, providing robust computational support and a streamlined development experience for ZKP applications.

Specific Implementation of the Collaboration

In the second quarter of 2024, Accseal plans to mass-produce miner servers based on Leo, becoming the world's first company to complete ZKP ASIC miner production. These miners will offer multiple configuration options, outperform other solutions on the market, and be available at lower prices. This move is set to promote the widespread adoption of ZKP hardware and reduce the overall cost of the industry.

Simultaneously, the strategic partnership between Accseal and Ingonyama will see a deep integration of Leo chips with ICICLE v3. Through this collaboration, ICICLE v3 will fully support Leo ZKP-ASIC, achieving breakthroughs in the ZK cloud computing field. Their collaboration will also extend to the development of ZK cloud computing pools, further reducing computational costs and enhancing performance.

In summary, the close cooperation between ICICLE v3 and Leo will bring unprecedented computational efficiency and cost-effectiveness to ZKP applications. Additionally, Leo's technology will be integrated into Ingonyama's ZaKi deployment architecture, paving the way for the development of more cost-effective ZK prover instances. This partnership is not just a technological collaboration but a shared vision between the two companies to advance ZKP technology. Both the Accseal and Ingonyama teams are highly optimistic about this collaboration, hoping that their joint efforts will further enhance product performance and drive innovative development in the ZK cloud computing industry.

ICICLE is a GPU-based cryptography library designed to accelerate zero-knowledge proofs (ZK). Since its launch in March 2023, the library has rapidly evolved, now supporting multiple programming languages such as Golang, Rust, and C++. It integrates with various frameworks like Gnark and Lambdaworks. ICICLE significantly enhances computational efficiency by implementing high-speed cryptographic primitives on GPUs, including elliptic curve (EC) operations, multi-scalar multiplication (MSM), number theoretic transform (NTT), and Poseidon hash.

The latest version of ICICLE introduces support for polynomial arithmetic and small fields, further expanding its capabilities. This allows for comprehensive end-to-end GPU-based proving. These features not only drastically reduce proving time (experiments show up to a tenfold increase in speed) but also facilitate easy integration into existing proving systems, providing significant convenience for circuit developers and ZK provers.

Development and Application Scenarios

ICICLE's powerful capabilities make it the preferred technology for leaders in various fields. For instance, leading ZK companies like Celer Network and Gnark have adopted ICICLE to accelerate their proving processes. Additionally, ICICLE offers developers the opportunity to access GPU resources for free on Google Colab, enabling easy experimentation and prototyping. The Vast.ai platform provides a global GPU marketplace, allowing developers to rent GPU resources as needed, further lowering the barrier to entry.

Collaboration with ICICLE-NG and the ZaKi Platform

The ZaKi platform leverages ICICLE's capabilities, particularly its latest GPU-less version, ICICLE-NG, to provide a specialized hardware-optimized environment for ZK computations. This platform is designed to eliminate hardware setup and configuration hurdles, enabling teams to focus on developing ZK applications. By adopting a pay-per-proof model, ZaKi offers cost-effective solutions, which is crucial for scaling ZK provers within data centers.

ZaKi's technical prowess is also evident in its design philosophy—centered around developers, it simplifies the process of leveraging powerful computing resources. This not only enables development teams to enjoy the benefits of advanced ZK proofs without delving deeply into hardware knowledge but also alleviates the burden typically associated with such upgrades through continuous software and hardware support.

ICICLE technology and its applications bring revolutionary changes to the security domain of Web3 by providing efficient and scalable ZK proof computing capabilities. Whether offering GPU-accelerated solutions for circuit developers or eliminating hardware barriers through the ZaKi platform, ICICLE demonstrates its potential in advancing the forefront of blockchain technology security. With more enterprises and developers embracing this technology, we can anticipate the arrival of a more secure and efficient Web3 world.