Technology

Hierophant operates without accounts, usernames, or device IDs, making every message a standalone, untraceable event.

Hierophant's protocol ensures Zero Metadata Collection by design, precluding the generation, storage, or transmission of any identifying information.

Hierophant resists traffic analysis through its no-metadata design, untraceable messages, and the use of decoy traffic to obscure communication patterns. Optional hardware proxies further enhance this by routing traffic through multiple independent nodes.

Hierophant ensures Message Ephemerality, making communications transient and leaving no persistent trace on any infrastructure.

Hierophant's Zero-Knowledge Architecture ensures no client identifiers are revealed, with all cryptographic operations on the user's device (TEE). Even if servers are used, they are stateless relays, guaranteeing anonymity as no user data, keys, or metadata are stored or exchanged.

Hierophant features a Multi-Layer Protocol, providing a foundational post-quantum secure, zero-knowledge layer for data exchange. This allows diverse applications and custom protocols to be built on top, inheriting core privacy and security.

Hierophant employs Client-Side End-to-End Encryption (E2EE), ensuring all cryptographic operations, including key management, occur exclusively on the user's device within a TEE. Messages are encrypted at origin and decrypted only at destination, with no intermediary access.

Hierophant enables serverless and Peer-to-Peer (P2P) operation for direct, secure communication without central servers, supporting various networks like internet, radio, mesh, and physical media. This ensures resilience in compromised or infrastructure-denied environments.

Hierophant enables secure Radio Transmission of encrypted, metadata-free messages using technologies like LoRa, ensuring communication continuity when conventional networks fail. Its efficient protocol runs on basic microcontrollers for crisis deployment.

Hierophant's P2P capability facilitates Mesh Network Support, allowing devices to connect directly and relay messages to extend communication range. Secure, metadata-free messages maintain anonymity across multiple hops in infrastructure-denied areas.

Hierophant enables secure Air-Gap Transfer of encrypted, metadata-free messages via physical media or radio links between isolated systems. Cryptographic operations remain local, ensuring data protection in highly secure, offline environments.

Hierophant uses Protocol Mimicry to disguise its traffic as ordinary internet activity on public networks, dynamically adapting its fingerprint. This allows covert, secure communication by avoiding detection in censored or hostile environments.

Hierophant is Post-Quantum Safe by design, using NIST-certified PQC algorithms like Kyber combined with AES encryption. This hybrid approach protects data against current and future threats from quantum computers.

Hierophant uses Hardware-Protected Keys, managing and utilizing them exclusively within Trusted Execution Environments (TEE) or secure microcontrollers. This hardware-level isolation protects keys even if the device's main OS is compromised.

Hierophant supports On-Premise Data Sovereignty, allowing clients to install and operate all components within their own facilities. This provides absolute control over infrastructure and data, ensuring compliance and eliminating external dependencies.

Operating under Austrian and EU law, Hierophant benefits from strong privacy protections, support for E2EE, and no mandated backdoors. GetTrusted's Austrian base and zero-knowledge design ensure data sovereignty and no technical access to client communications.

Hierophant offers flexible software-only deployment on Linux, Android, and hardened platforms like GrapheneOS, providing secure messaging, file exchange, and tools for radio/mesh networking. This enables rapid integration with existing hardware.

For extreme security, Hierophant supports Bare-Metal (OS-Free) deployment on dedicated microcontrollers, minimizing attack surfaces. GetTrusted provides hardware like standalone messengers and LoRa/WiFi boards.

Hierophant offers Hybrid Solutions, combining software deployments with dedicated bare-metal hardware and expert integration services. This tailored, layered approach maximizes security and resilience for specific operational needs.

Hierophant solutions are designed for Customer-Owned (On-Premises) deployment, ensuring all infrastructure is physically located and exclusively managed by the client. This provides full data security, operational autonomy, and control.

Hierophant is also available as a SaaS model (per request) where GetTrusted hosts stateless, zero-knowledge relay servers for ease of deployment. Core security principles like E2EE and no persistent user data are maintained, offering a balance of convenience and high security.