dWallet Labs
Official@dwallet-labs
Enables decentralized cross-chain signing and validator node management through 2PC-MPC cryptographic protocols for distributed ledger networks.
Agent Skills by dWallet Labs
Showing 4 vetted skills indexed across 1 GitHub repositories.
dwallet-labsika-sdk
Orchestrate cross-chain signing workflows with the Ika TypeScript SDK.
dwallet-labsika-move
Integrate Ika's 2PC-MPC dWallet workflow into Sui Move contracts for cross-chain signing.
dwallet-labsika-operator
Deploy and manage Ika network nodes including validators, fullnodes, and notifiers.
dwallet-labsika-cli
Orchestrate Ika CLI workflows for dWallet operations, validator management, and network deployment.
Frequently Asked Questions About dWallet Labs
FAQPage SchemaWhat specific tasks does dWallet Labs enable for blockchain developers?▼
Developers can implement cross-chain signing capabilities using 2PC-MPC protocols. This allows smart contracts to manage and sign transactions for assets residing on external blockchain networks, effectively enabling decentralized custody and interoperability without relying on centralized bridges or trusted third-party custodians.
Which technical personas are the primary users of these network components?▼
The primary users are blockchain engineers and protocol architects focused on decentralized finance and cross-chain interoperability. Additionally, infrastructure operators and node validators utilize these components to manage network participation, maintain validator uptime, and ensure the security of the distributed signing environment.
What are the core prerequisites for deploying Ika network nodes?▼
Deployment requires familiarity with distributed system architecture and specific knowledge of the Sui Move environment. Operators must manage server infrastructure capable of running validator and fullnode binaries, while ensuring secure key management practices for the 2PC-MPC signing processes required by the network.