Disclaimer

1. Protocol-Embedded Caveat

Enerdex is not a financial product, an energy commodity exchange, or a regulated service. It is a protocol simulation anchored on XRPL determinism. Any observable output — whether through explorer.enerdex.org, grid.enerdex.org, epoch.enerdex.org, mesh.enerdex.org, or related telemetry feeds — must be interpreted as cryptographic artifacts only, never as advice, guarantee, or promise of value.

2. Interpretive Instability

All Enerdex emissions (StorageProofs, Votes, Quorum Certificates, AnchorCommits, Hook outcomes) are by design:

  • Non-intuitive: expressed as Merkle roots, bitmap densities, and aggregate signatures that cannot be reduced to conventional “user-friendly” metrics.
  • Epoch-dependent: validity exists only within bounded windows of nonce continuity and XRPL ledger closure.
  • Consensus-relative: a rejected AnchorCommit or failed Hook outcome does not imply fraud or error, but merely a divergence in protocol-internal invariants.

3. XRPL Reliance Disclaimer

Enerdex is strictly parasitic to XRPL finality. This entails:

  • Ledger amendments, validator rotations, or UNL reconfiguration on XRPL may alter Enerdex anchoring semantics without notice.
  • Hooks are experimental extensions; rejection of Anchors due to ESSeen, MintLock, or PolicyPin does not reflect Enerdex failure, but Hook determinism.
  • XRPL ledger close intervals (~3–5s) impose non-negotiable timing boundaries on Enerdex epochs.

Enerdex therefore disclaims liability for any interpretation gap between XRPL canonical state and Enerdex visualizations.

4. Market Simulation Disclaimer

Enerdex Units are not tradable assets. Any charts, DEX feeds, or liquidity metrics displayed are fabricated test vectors designed to illustrate XRPL mechanics, not real-world market depth or pricing.

  • “Enerdex/XRP pairs” are synthetic abstractions.
  • “DEX volumes” are algorithmically randomized telemetry shadows.
  • “Price discovery” is non-binding and does not represent energy valuation.

5. Reliability and Fault Domains

Enerdex does not guarantee uptime, accuracy, or interpretability. The system is susceptible to:

  • Nonce-chain discontinuity (invalidating StorageProof series).
  • Verifier mesh partitioning (delayed or fragmented QCs).
  • Anchor agent view changes (leader reassignment).
  • Hook-level rejections (state machine enforcing uniqueness).

These are not “bugs” but intrinsic to Enerdex’s simulation of distributed cryptographic protocols.

6. User Responsibility

By engaging with Enerdex you acknowledge that:

  • All information is non-binding telemetry, not advice.
  • No Enerdex Unit, ES ID, or QC has legal, financial, or commodity equivalence.
  • You alone are responsible for interpreting — or failing to interpret — the cryptographic state outputs.
  • Misunderstanding bitmap density, QC latency graphs, or Hook acceptance ratios cannot be grounds for liability.