Develop a keyless wallet application that uses biometric data (fingerprint, facial recognition) for authentication, eliminating the need for private keys and enhancing security.

Create a comprehensive set of educational tools and resources aimed at new developers and users, including interactive tutorials, courses, and gamified learning experiences for the Acki Nacki ecosystem.

Research and implement zero-knowledge proofs for TIP-3 tokens on Acki Nacki, allowing users to prove ownership and complete transactions without revealing sensitive information.

Provide a library of pre-compiled, customizable smart contract templates that optimize TVM instruction execution for common use cases, reducing development time and gas costs.

Implement an AI-powered block explorer that offers predictive search, natural language queries, and smart contract auditing features for an improved user experience.

Offer TVM SDK bindings for additional programming languages, focusing on ease of use, comprehensive documentation, and robust support for future Acki Nacki updates.

Develop a debugging utility specifically designed for smart contracts on the Acki Nacki blockchain, featuring step-through execution, variable inspection, and automated vulnerability scanning.

Integrate advanced cryptographic techniques that are resistant to quantum computing attacks into the Acki Nacki protocol, ensuring long-term security.

A comprehensive set of validator tools that support multiple operating systems and cloud providers, featuring automated node setup, health monitoring, and performance analytics.

Create a blockchain infrastructure tool that visualizes transaction volumes, block creation rates, and network activity in real-time through an interactive heatmap.

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