Cifer Sdk

What This Skill Does

The CIFER SDK provides a robust, quantum-resistant encryption framework specifically tailored for blockchain-based applications. As cryptographic standards face the existential threat of future quantum computing, CIFER utilizes the NIST-standardized ML-KEM-768 algorithm to ensure data confidentiality. It acts as an abstraction layer for AI agents, allowing them to manage sensitive information on-chain without exposing private data. The SDK features a multi-chain architecture, wallet-agnostic integration for seamless interoperability with MetaMask and other providers, and a high-performance async job system for handling large file encryption. By leveraging enclave clusters to manage key shards, it maintains a non-custodial, decentralized security model where agents only interact with authorization-based access protocols.

Installation

To integrate this skill into your environment, use the OpenClaw CLI to install the dependency directly into your agent's ecosystem: clawhub install openclaw/skills/skills/mohsinriaz17/cifer-sdk Ensure you have Node.js 18.0+ and TypeScript 5.0+ installed. For project-level integration, you can also use standard package managers: npm install cifer-sdk

Use Cases

• Sensitive Financial Data: Encrypting transaction metadata or off-chain asset records to prevent unauthorized scanning by observers.
• Decentralized Storage: Storing large encrypted files where the content remains private while references are secured on-chain.
• Secure AI Communication: Managing private keys for AI agents that require long-term storage of encrypted credentials or authentication tokens.
• Future-Proofing Assets: Upgrading existing dApps to comply with post-quantum security standards using ML-KEM-768 key encapsulation.

Example Prompts

1. "Initialize a new quantum-resistant secret on the network for my latest audit report and return the secret ID."
2. "Using the CIFER SDK, encrypt the local file at ./documents/financial_data.pdf and store the reference on-chain."
3. "Grant delegate access for my secret ID 456 to the address 0xabc...123 using the connected wallet."

Tips & Limitations

• Sync Time: Remember that new secrets require 30-60 seconds for key generation and synchronization. Do not attempt to use a secret until isSyncing returns false.
• Cluster Dependency: The security of your data relies on the availability of the enclave clusters. Ensure the blackboxUrl is reachable.
• File Limits: For data exceeding 16KB, ensure you are utilizing the async job system rather than passing the data directly as a payload to avoid memory overflows.
• Key Management: Always define clear delegate addresses for recovery, as losing the owner key in a non-custodial setup is irreversible.