DFINITY
Official@dfinity · Switzerland
The Internet Computer aims to reinvent the internet as a computer to host secure software and a new breed of open internet services.
Agent Skills by DFINITY
Showing 16 vetted skills indexed across 1 GitHub repositories.
dfinitycanister-security
Implement IC-specific security patterns for Motoko and Rust canisters.
dfinityasset-canister
Deploy frontend assets to the Internet Computer with SPA routing.
dfinitysns-launch
Configure and launch SNS DAOs on the Internet Computer.
dfinityicp-cli
Build and deploy Internet Computer applications using the icp-cli command-line tool.
dfinitycycles-management
Manage Internet Computer canister cycles, balances, top-ups, and lifecycle.
dfinityic-dashboard
Query public REST APIs for Internet Computer canister, ledger, SNS, and metrics data.
dfinitystable-memory
Persist Internet Computer canister data across upgrades using stable memory.
dfinityinternet-identity
Integrate Internet Identity authentication for Internet Computer apps with passkey and OpenID flows.
dfinitycertified-variables
Serve cryptographically verified query responses using Merkle trees and BLS signatures on the Internet Computer.
dfinitymulti-canister
Design multi-canister dapps on the Internet Computer with inter-canister calls.
dfinitywallet-integration
Integrate cryptocurrency wallets with Internet Computer dApps using ICRC signer standards.
dfinityhttps-outcalls
Manage HTTPS outcalls from Internet Computer canisters with deterministic transform functions.
dfinityvetkd
Implement vetKeys encryption and key derivation for Internet Computer canisters.
dfinityevm-rpc
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dfinityicrc-ledger
Deploy and interact with ICRC-1 and ICRC-2 token ledgers on the Internet Computer.
dfinityckbtc
Integrate Bitcoin and ckBTC deposits, transfers, and withdrawals in Internet Computer canisters.
Frequently Asked Questions About DFINITY
FAQPage SchemaWhat specific tasks can developers perform using DFINITY's infrastructure?▼
Developers can build decentralized applications that host frontend assets, manage token ledgers, and execute cryptographically verified query responses. The platform supports persistent data storage across upgrades, inter-canister communication, and secure key derivation for encryption, enabling fully on-chain services without traditional centralized server dependencies.
Which technical personas are the primary target for these capabilities?▼
The primary target personas are blockchain engineers, distributed systems architects, and smart contract developers. These professionals utilize Motoko or Rust to build scalable, secure services that require high-performance cryptographic verification, decentralized identity management, and native integration with tokenized financial assets.
What are the prerequisites for deploying applications on the Internet Computer?▼
Deployment requires familiarity with Motoko or Rust for canister development and the use of cycles for resource management. Developers must configure canister lifecycles, implement stable memory for state persistence, and integrate Internet Identity for authentication to ensure compatibility with the protocol's decentralized architecture.