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Nillion is the blind computer – a private computation and storage network for AI and data. The network uses PETs (Privacy-Enhancing Technologies) to enable computation and storage on data while maintaining privacy, making possible use cases like private personalized AI, encrypted databases, and privacy-preserving applications.

NIL is the native utility token of the network that is used for:

Network fees for blind computation and payments across the Coordination Layer and Petnet

Staking to secure the network

Governance participation the onchain governance module

NIL enables access to Nillion modules and services such as:

nilDB: an encrypted database with data split up across multiple nodes. Calculations can still be performed on data while in encrypted form.

nilAI: AI-focused privacy technologies that include AI Virtual Machine (AIVM), nada-AI, and nilTEE

nilVM: VM with libraries that simplify program development for AI devs by letting them use Python and Javascript to write web3 programs.

Nillion

Solv Protocol

Particle Network

Arcium

zkPass

RedStone

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Caldera

Sahara AI

Scroll employs a multifaceted approach to ensure its security, leveraging the robustness of battle-tested cryptographic libraries and the principles of open-source development. This approach is designed to maintain the integrity and safety of its zkEVM-based zkRollup on Ethereum, which is crafted to offer native compatibility for existing Ethereum applications and tools.

The foundation of Scroll's security strategy is its reliance on cryptographic libraries that have been thoroughly vetted and proven to be secure through extensive use and testing. This choice ensures that the core cryptographic components of the platform are resilient against known vulnerabilities.

Further enhancing its security posture, Scroll is committed to continuous improvement and rigorous testing of its codebase. This includes comprehensive code reviews and testing processes that aim to identify and rectify potential security issues before they can be exploited.

Independent audits play a crucial role in Scroll's security framework. By inviting reputable third-party auditors to examine its code and infrastructure, Scroll gains valuable insights into its security strengths and weaknesses, allowing for the implementation of recommended improvements.

The platform also fosters a collaborative security environment through its bug bounty program hosted on a dedicated platform. This program encourages security researchers and ethical hackers to identify and report vulnerabilities in exchange for rewards, thereby contributing to the overall security of the ecosystem.

Scroll's commitment to security is further evidenced by its establishment of a security council and the invitation to independent parties to operate follower nodes. These measures not only enhance the decentralization of the network but also introduce additional layers of oversight and resilience.

Collaboration with the community and the implementation of various sequencers are additional pillars of Scroll's security strategy. By engaging with the wider community and leveraging collective expertise, Scroll ensures that its security measures are robust and effective.

In summary, Scroll's security is achieved through a comprehensive and proactive approach that includes the use of proven cryptographic libraries, continuous improvement, independent audits, community collaboration, and a bug bounty program. This multifaceted strategy ensures the platform remains secure and trustworthy for its users.

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