> For the complete documentation index, see [llms.txt](https://hyper-performance-edge-computing.gitbook.io/hyper-performance-edge-computing-hpec-dao-docs/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://hyper-performance-edge-computing.gitbook.io/hyper-performance-edge-computing-hpec-dao-docs/documentation/basics-execution-layer/integrations.md). # Governance & DAO This is the constitutional layer of everything we’ve built so far. ### Overview HPEC is governed by a **Decentralized Autonomous Organization (DAO)** that defines rules, incentives, permissions, and enforcement across the entire network. The DAO does **not** operate infrastructure directly.\ It governs *who can*, *how they can*, and *under what conditions*. All execution is autonomous, but **authority is explicit**. *** ### Scope of DAO Governance The HPEC DAO governs: * CMHPEC network rules * Node admission and revocation * Node Factory compliance * ANaaS and AaaS service definitions * Economic incentives and rewards * Penalties and exclusion mechanisms * Protocol upgrades and evolution Anything that affects the **shared network** falls under DAO authority. *** ### What the DAO Does *Not* Do The DAO does **not**: * Run servers * Schedule individual workloads * Operate Node Factories * Manually manage agents * Intervene in normal operations Operational autonomy is preserved by design. *** ### Governance Layers HPEC governance is structured in layers: #### 1. Protocol Governance Defines: * Network rules * Security constraints * Compliance requirements * Service interfaces Changes require DAO approval. *** #### 2. Infrastructure Governance Applies to: * CMHPEC worker nodes * Node Operators * Node Factories Includes: * Admission criteria * Revocation conditions * Performance requirements *** #### 3. Service Governance Covers: * ANaaS definitions * AaaS agent roles * Autonomous Web Infrastructure * SLA guarantees Ensures service consistency and reliability. *** #### 4. Economic Governance Controls: * Reward distribution * Fee structures * Treasury allocation * Incentive alignment Economics are transparent and rule-based. *** ### Node Admission & Revocation #### Admission Nodes may join only by: * Running the approved bootstrap * Meeting security requirements * Accepting worker-only constraints Admission is **permissioned and revocable**. *** #### Revocation Nodes can be removed if they: * Violate security policies * Fail uptime requirements * Attempt privilege escalation * Act maliciously Revocation: * Is immediate * Requires no physical access * Does not disrupt the network *** ### Node Factory Governance Node Factories must: * Operate DAO-approved configurations * Maintain declared capacity * Meet performance and uptime SLAs * Accept monitoring and audits Factories are **independent**, but not sovereign. *** ### Autonomous Agents & Governance AaaS agents operate under: * Predefined scopes * Limited permissions * Auditable behaviors * DAO-approved roles Agents cannot: * Modify governance rules * Escalate privileges * Override DAO constraints Autonomy exists **inside governance boundaries**. *** ### Economic Model & Treasury The DAO treasury: * Collects protocol fees * Funds development and expansion * Incentivizes infrastructure growth * Provides long-term sustainability Revenue is distributed to: * Node Operators * Node Factories * Agent Operators * DAO-managed reserves *** ### Upgrades & Evolution Protocol changes follow: 1. Proposal submission 2. Review and validation 3. DAO approval 4. Staged rollout 5. Network-wide enforcement Backward compatibility and safety are prioritized. *** ### Transparency & Accountability DAO operations are designed to be: * Verifiable * Auditable * Predictable * Enforceable Rules apply equally to all participants. *** ### Summary HPEC DAO provides **governance without micromanagement**. It ensures: * Security without central control * Autonomy without chaos * Incentives without favoritism * Evolution without instability > Autonomous systems still require law.\ > HPEC DAO is that law.
Economic Incentives & Rewards

Understand how rewards are generated, distributed, and aligned across Node Operators, Node Factories, Agents, and the DAO.

What this page will cover:

  • Revenue sources (ANaaS, AaaS, services)
  • Reward distribution logic
  • Treasury flows
  • Incentive alignment
  • Long-term sustainability
https://www.gitbook.com/integrations#analytics
Service Guarantees & SLAs

Learn how uptime, availability, and performance guarantees are defined, enforced, and audited in a decentralized system.

What this page will cover:

  • SLA definitions (node, service, network)
  • Enforcement mechanisms
  • Redundancy guarantees
  • Failure handling
  • What happens when SLAs are missed
https://www.gitbook.com/integrations#support
Real Deployment Examples

Explore real-world deployments built on CMHPEC, ANaaS, and Autonomous Web Infrastructure.

What this page will cover:

  • Example Node Factory
  • Example Autonomous Website
  • Example AI workload
  • Architecture diagrams
  • Operational flow
https://www.gitbook.com/integrations#interactive
FAQ for Operators

Answers to common questions from Node Operators, Factory Operators, and infrastructure partners.

What this page will cover:

  • Hardware requirements
  • Earnings expectations
  • Risks & responsibilities
  • Security concerns
  • Exit & revocation scenarios
https://www.gitbook.com/integrations#visitor-authentication
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