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Enigm is designed around the principle that privacy should be a foundational property of the platform rather than an optional feature. This document explains the privacy intent that drives the Enigm ecosystem. It is different from the Privacy Model: Privacy Principles explain why Enigm is designed this way, while the Privacy Model explains how privacy expectations are applied across system components. This document is intended for enterprise customers, privacy-conscious users, security auditors, and technical partners.

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Overview

Enigm is privacy-oriented by design. The ecosystem is intended to minimize unnecessary collection, reduce identity exposure, lower metadata visibility, and protect user communications. Privacy is treated as a platform objective that informs product architecture, security controls, device trust, network design, and governance.

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Privacy By Design

Privacy considerations are intended to be incorporated into platform design decisions from the beginning. Privacy by design means:
  • Privacy is considered during product architecture.
  • Security controls are evaluated for privacy impact.
  • Data collection is reviewed against defined purposes.
  • Metadata exposure is treated as a security and privacy concern.
  • Administrative visibility is kept separate from plaintext access.

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Data Minimization

The platform is designed to collect and retain only the information required to operate services, maintain security, and support platform integrity. Data minimization means:
  • Limited collection.
  • Purpose limitation.
  • Minimal retention.
  • Access control.
  • Security review of data handling.
  • Separation between protected content and operational metadata.
Enigm documentation should describe data collection and retention in terms of necessity, scope, and purpose.

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Identity Minimization

The platform is designed to reduce unnecessary dependence on public identifiers where possible. Identity minimization supports:
  • Reduced exposure of direct user identifiers.
  • Preference for privacy-preserving identifiers where appropriate.
  • Separation between account identity, device trust, and message content.
  • Scoped use of identity context for authorized workflows.
  • Reduced unnecessary identity metadata in security and operational records.
Identity-minimizing design does not remove all identity requirements. Some identity context is required for account security, authorization, device lifecycle, abuse prevention, and compliance obligations.

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Metadata Reduction

Enigm includes multiple layers intended to reduce metadata exposure and communication-pattern visibility. Metadata-reducing controls may include:
  • Privacy-preserving identifiers.
  • Traffic separation.
  • Traffic shaping.
  • Network protections.
  • Device trust controls.
  • Data minimization.
  • Purpose-limited security visibility.
Metadata reduction is intended to lower exposure and reduce confidence in simple communication-pattern inference. It should not be interpreted as an absolute identity or traffic-analysis guarantee.

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Device Trust

Device trust contributes to privacy by helping ensure that protected information is accessed only by expected devices. Device trust supports:
  • Explicit device association.
  • Device revocation.
  • Multi-device trust establishment.
  • Trust Security Center posture.
  • Managed device visibility where enabled.
  • Remote Attestation where applicable.
Device trust is a privacy control because compromised, unknown, or revoked devices can create exposure risk for protected communications and identity workflows.

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User Control

Users should remain in control of their devices, identities, and communications. User control includes:
  • Explicit device enrollment.
  • Device review and revocation.
  • Account lifecycle decisions.
  • Privacy Mode where supported.
  • Verification workflows where supported.
  • Message expiration and secure handling controls.
User control should be understandable and actionable without requiring users to understand internal system mechanics.

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Secure Communications

Confidentiality protections are intended to support private communications. Secure communications rely on:
  • End-to-end encryption.
  • Protected key material.
  • Trusted device association.
  • Verification workflows.
  • Secure message and attachment handling.
  • Separation between administrative systems and plaintext access.
Administrative systems are not intended to provide plaintext access to messages, calls, media, attachments, or user conversations.

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Security As Privacy Enabler

Security controls exist to support privacy objectives. Examples include:
  • Device integrity.
  • Trusted software delivery.
  • End-to-end encryption.
  • Remote Attestation.
  • Hardware-backed signing.
  • Trust Security Center posture.
  • Secure device management.
  • Controlled rollout infrastructure.
Security helps preserve privacy by reducing unauthorized access, limiting exposure, supporting trusted device decisions, and protecting the integrity of software and communications.

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Continuous Improvement

Privacy is an ongoing objective rather than a static feature. Continuous improvement includes:
  • Reviewing privacy and security controls.
  • Reducing unnecessary data collection over time.
  • Improving metadata-reducing controls.
  • Reassessing identity exposure.
  • Reviewing retention and deletion practices.
  • Improving security controls that support privacy.
The Enigm ecosystem should continue to evolve toward lower exposure, stronger confidentiality, and better user control as platform capabilities and threat conditions change.