Mobile, AL – August 28, 2025 – Fastcomcorp unveils PlexiusDNS, a next-generation DNS software designed to deliver resilient, intelligent, and sovereign networking for enterprise, government, and mission-critical environments. PlexiusDNS integrates advanced AI governance, hardware security module (HSM) authentication, post-quantum cryptography, and cutting-edge networking technologies to provide a secure and future-ready DNS solution.
Fastcomcorp unveils PlexiusDNS with two editions: a public version for enterprise and general users, and a restricted edition designed for government and C4ISR environments. Both editions deliver the core security, performance, and AI capabilities, while the restricted edition includes enhanced compliance and mission-critical features available only to authorized users. This ensures wide accessibility without exposing sensitive capabilities.
This soft launch engages select early adopters, partners, and government organizations for private evaluation. Feedback during this phase will inform enhancements ahead of a public release Participants will receive early access to the platform, targeted integration support, and a channel to provide feedback that will shape the final public release of PlexiusDNS.
Core Innovations in PlexiusDNS
Minerva AI
At the center of PlexiusDNS is Minerva AI, an advanced governance engine built from the ground up in Rust and Elixir, delivering fault-tolerant, high-performance, and ethically-governed intelligence. Minerva AI continuously monitors DNS traffic, optimizes query routing, detects anomalies in real time, and ensures maximum uptime under complex network conditions while maintaining strict ethical boundaries through the Minerva Covenant. The Minerva Covenant enforces six core principles: Truth Above Utility, Respect for Free Will, Defense of the Innocent, Protection Over Dominion, Neutrality and Justice, and Bounded Authority. This ensures AI decisions remain ethical, transparent, and accountable. Alongside engineered to work alongside the AI Alexander System.
Laplace’s Box
Laplace’s Box in PlexiusDNS serves as a cryptographic guardian that protects key system components while maintaining transparency in non-sensitive areas. It ensures robust security, ethical AI governance, and a trusted execution environment by validating covenant integrity, code integrity, and ethical framework compliance. This safeguards critical algorithms, proprietary innovations, and AI logic from tampering while keeping operations predictable and accountable.
Sanctum Core
Sanctum Core operates as an intelligent trust orchestrator that continuously validates device identities (including IoT devices and edge computing nodes), verifies cryptographic signatures, and maintains a distributed trust ledger. The system provides robust IoT device onboarding, secure firmware validation, and edge-to-cloud trust establishment through its high-performance router architecture with intelligent caching and policy enforcement. It also supports popular Cloud-Based LLMs and Local/On-Premise LLMs.
Helicopter Protocol
Fastcomcorp unveils PlexiusDNS with the Helicopter Protocol, a comprehensive DNS-based authentication and compliance system. It enables HSM devices to authenticate at the network level while ensuring adherence to STIG standards, providing verified, auditable, and secure infrastructure for critical network operations.
Post-Quantum Security
PlexiusDNS includes experimental support for DNSSEC signing using Falcon-512, Falcon-1024, Dilithium2, Dilithium3, and Dilithium5 algorithms, positioning networks for post-quantum cryptography readiness while maintaining high performance.
Providence Layer + QUIC Mesh: Resilience & Censorship Resistance
Providence Layer — orchestrates fallback chains using AI-driven threat detection, performance metrics, and real-time conditions to choose the optimal continuity mechanism. This fully implemented system provides intelligent routing through multiple DNS layers with automatic failover when disruption or blackout is detected special for critical infrastructure environments.
QUIC Mesh — a distributed, peer-to-peer networking layer that enables sub-100ms local routing and sub-500ms remote connections across trusted nodes. Together they enable seamless transitions from primary DNS to satellite fallback, QUIC mesh routing, Hypercore bypass, and SDR ghost protocols.
Privacy & ENS Domain Querying
zk-SNARKs: Privacy-preserving queries protect both users and networks without compromising speed.
ENS Domain Querying: Experimental support for querying Ethereum Name Service (ENS) domains for Web3 compatibility, allowing organizations to resolve decentralized domain names securely and efficiently.
Mission-Critical Network Readiness
PlexiusDNS is designed to support secure and resilient network operations in demanding environments, ensuring reliability, compliance, and high performance across all infrastructure layers.
Protocols, Integrations & Observability
PlexiusDNS supports DoH, DoT, DoQ, multi-protocol bridging, Satcom integration with Starlink or Viasat, SDR pathways, and native observability via SigNoz. Vendor integrations include Palo Alto Networks, Fortinet, SonicWall, Stellar Cyber, Arctic Wolf Aurora, Kaspersky Threat Intelligence, OPSWAT, BlackBerry UEM, and can be deployed in Akamai Cloud, AWS, Azure, Google Cloud, IBM Cloud, local environments, and bare-metal environments. Identity integrations include Microsoft Active Directory, LDAP, Kerberos, and Oracle GSS.
About Fastcomcorp
Fastcomcorp is a technology solutions company focused on digital infrastructure, cybersecurity, and next-generation PlexiusDNS software. With expertise in AI, cloud services, cybersecurity, and compliance, Fastcomcorp helps organizations—build secure, resilient, and intelligent networks. Committed to innovation and trusted partnerships, Fastcomcorp delivers solutions that combine cutting-edge technology with ethical AI governance and sovereign networking capabilities.
Press contact:
Christopher Reihsmann
Media Relations Coordinator
Fastcomcorp
[email protected]
+1 (251) 645-2261
