Functor Network Docs
  • Welcome to the Documentation Site
  • Overview
    • What is Functor Network?
    • Why Functor Network?
    • How is Functor enabling the onchain autonomous world?
    • Who can use Functor Network?
  • GETTING STARTED
    • Getting Started
  • USE CASES
    • Omnichain Automation
    • Liquidity Abstraction
    • Access Control
    • Key Management
    • Programmable Signing
    • Enterprise Integration
  • CORE CONCEPTS
    • Glossary
  • Resources
    • FAQs
  • COMMUNITY & CONTRIBUTION
    • Community & Contribution
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  • Programmable Policy Control
  • Onchain Verification for Security and Trust
  • Foundations for Institutional Workflows
  1. USE CASES

Enterprise Integration

Enterprise operations onchain require mechanisms for fine-grained control and policy enforcement that go beyond standard multi-signature wallets. Functor's architecture introduces a set of technical primitives designed to enable such operations with a high degree of customization and verifiable security.

The technology makes it possible to define dynamic, policy-driven workflows, offering a more flexible alternative to rigid, hard-coded smart contract logic for managing team-based assets and operations.

Programmable Policy Control

Functor enables programmable policies to be layered on top of accounts. This allows for the customization of operational workflows.

For example, policies can define specific rules like spending limits, required signers based on transaction size, or whitelisted counterparties.

Onchain Verification for Security and Trust

Security is rooted in onchain verification. All policies are enforced directly by the network, which minimizes reliance on off-chain components or trusted third parties.

This creates a transparent environment where the rules governing an account are auditable and their execution is guaranteed by the protocol, establishing trust in the system’s integrity.

Foundations for Institutional Workflows

These technical primitives - programmable policies, onchain verification, and flexible signer logic - form the building blocks for institutional-grade infrastructure. They make it possible to construct decentralized treasury management systems and other complex financial workflows within a self-custodial framework.

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Last updated 6 days ago