TESSARMEX CORETECH

ARCANE™

The World's First Self-Evolving AI Based Encryption

Built to Outsmart Everything.

LAUNCHING Q3 2025

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The Kyros™ Advantage

The Central Nervous System of Next-Generation Defense

Unified Operational Platform

Kyros™ OS is the revolutionary, military-grade operating system that powers the full spectrum of Tessarmex CoreTech's advanced defense technologies. It serves as the secure, intelligent, and resilient digital command infrastructure for the modern battlefield.

At its heart lies SentinelCore – an adaptive neural cryptographic engine that constantly evolves the OS's encryption, access logic, and digital signatures, making the platform impenetrable.

Learn More About Kyros™ OS

Our Technology Pillars

A Glimpse into Our Advanced Defense Portfolio

ARCANE™ Protocol

AI-driven resilient cryptography with adaptive context-aware exchange.

Next Launch: Q3 2025

GHOSTFIELD™

Real-time synthetic satellite deception and decoy generation.

NEUROVAULT™

Brainwave-based identity cryptography for ultimate security. (In Development)

IN DEVELOPMENT

PANTHEON INTEL FABRIC™

Global conflict early warning AI monitoring all digital frontiers.

View Full Technology Portfolio

Our Mission

Pioneering the Future of Global Security

Tessarmex CoreTech is dedicated to the research, development, and deployment of advanced technological solutions that ensure national security and global stability. We specialize in creating resilient systems capable of operating in the most demanding and contested environments, all unified under the Kyros™ OS.

About Tessarmex CoreTech

NEXT-GEN RELEASE CYCLE

ARCANE PROTOCOL LAUNCH

The next breakthrough in our defense technology portfolio. ARCANE Protocol represents the evolution of cryptographic security, joining our arsenal of advanced systems including GHOSTFIELD™, NEUROVAULT™, and PANTHEON INTEL FABRIC™.

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Kyros™ Operating System

The foundational platform being developed to power all Tessarmex CoreTech defense technologies.

KYROS™ OS v1.0-dev

MISSION-CRITICAL DEFENSE PLATFORM

Kyros™ is the secure, real-time operating system being developed as the foundation for all Tessarmex CoreTech technologies. Designed from the ground up for defense applications, it will provide unparalleled security, reliability, and performance in the most demanding operational environments.

Quantum-Resistant Security

Security

Built-in post-quantum cryptography protecting against future quantum computing threats

IN DEVELOPMENT

Real-Time Threat Response

Defense

AI-powered threat detection and automated countermeasures with sub-millisecond response times

IN DEVELOPMENT

Neural Processing Engine

AI/ML

Dedicated AI acceleration for machine learning workloads and cognitive computing tasks

IN DEVELOPMENT

Mesh Network Architecture

Networking

Self-healing, decentralized communication protocols for resilient connectivity

IN DEVELOPMENT

Zero-Trust Framework

Security

Continuous verification and micro-segmentation for all system components and users

IN DEVELOPMENT

Hardware Abstraction Layer

Platform

Universal compatibility across diverse hardware platforms and architectures

IN DEVELOPMENT

Distributed Data Management

Storage

Encrypted, redundant storage with automatic failover and data integrity verification

IN DEVELOPMENT

Mission-Critical Reliability

Reliability

99.999% uptime guarantee with hot-swappable components and graceful degradation

IN DEVELOPMENT

Modular Architecture

Integration

Plug-and-play technology integration with standardized APIs and interfaces

IN DEVELOPMENT

Secure Development Pipeline

Development

Built-in DevSecOps with automated security testing and code verification

IN DEVELOPMENT

Real-Time Performance

Performance

Deterministic scheduling and microsecond-precision timing for critical operations

IN DEVELOPMENT

Adaptive Configuration

Optimization

Self-optimizing system parameters based on workload patterns and mission requirements

IN DEVELOPMENT

IN DEVELOPMENT • PROJECTED COMPLETION Q4 2025

Advanced Defense Projects

Next-generation technologies in development to reshape the future of warfare and intelligence.

⚠ CLASSIFIED PROJECTS // DEVELOPMENT PHASE ⚠

These cutting-edge systems represent the pinnacle of defense technology innovation in development. Each project addresses critical gaps in modern warfare capabilities, from deception operations to nano-scale battlefield intelligence.

GHOSTFIELD™

v0.8 // DECEPTION WARFARE

IN DEVELOPMENT

TOP SECRET

Real-time AI system that generates fake satellite data to simulate decoy military bases, fleets, or terrain activity. Capable of creating believable signals, heat maps, and drone paths to mislead enemy reconnaissance systems.

Core Capabilities

Synthetic satellite imagery generation
False heat signature projection
Decoy communication patterns
Terrain activity simulation

THREAT ASSESSMENT:CRITICAL ADVANTAGE

DEPLOYMENTS:DEVELOPMENT PHASE

KYROS™ OS INTEGRATION:

PLANNED INTEGRATION

NEUROVAULT™

v0.5 // BIOMETRIC SECURITY

EARLY PROTOTYPE

SECRET

AI-driven encryption that reads EEG brainwaves and converts them into unrepeatable cryptographic keys. No passwords, no files ever decrypt unless the authorized user maintains the correct neural state.

Core Capabilities

EEG-based key generation
Neural state authentication
Thought-pattern encryption
Biometric key rotation

THREAT ASSESSMENT:UNBREAKABLE

DEPLOYMENTS:PROTOTYPE PHASE

KYROS™ OS INTEGRATION:

PLANNED INTEGRATION

OBLIVION GRID™

v0.7 // SECURE COMMUNICATIONS

IN DEVELOPMENT

SECRET

Self-deleting, AI-scheduled communication and memory infrastructure for critical missions. Automatically purges data based on mission parameters, threat assessment, and temporal triggers.

Core Capabilities

Automated data destruction
Mission-based scheduling
Threat-responsive purging
Zero-trace communications

THREAT ASSESSMENT:GHOST PROTOCOL

DEPLOYMENTS:DEVELOPMENT PHASE

KYROS™ OS INTEGRATION:

PLANNED INTEGRATION

SENTINEL DUST™

v0.4 // SWARM SIMULATION

CONCEPT PHASE

SECRET

Advanced swarm simulation software modeling how nano-drones (mosquito-sized) behave under EMP attacks, wind patterns, and AI counterattacks. Essential for next-gen battlefield planning.

Core Capabilities

Nano-swarm behavior modeling
EMP resistance simulation
Environmental factor analysis
Counter-AI tactical planning

THREAT ASSESSMENT:FORCE MULTIPLIER

DEPLOYMENTS:CONCEPT PHASE

KYROS™ OS INTEGRATION:

PLANNED INTEGRATION

PANTHEON INTEL FABRIC™

v0.6 // INTELLIGENCE ANALYSIS

IN DEVELOPMENT

TOP SECRET

AI mesh that passively monitors the entire internet and deep web for early signs of war, cyberattacks, and coups before they become official. Analyzes patterns across all digital communications.

Core Capabilities

Global internet monitoring
Deep web intelligence gathering
Predictive conflict analysis
Multi-source pattern recognition

THREAT ASSESSMENT:OMNISCIENT

DEPLOYMENTS:DEVELOPMENT PHASE

KYROS™ OS INTEGRATION:

PLANNED INTEGRATION

Project Development Status

LAUNCHING SOON

IN DEVELOPMENT

EARLY PROTOTYPE

100%

KYROS™ COMPATIBLE

∞

POTENTIAL

Technology Integration Architecture

How all Tessarmex CoreTech systems will work together on the Kyros™ platform.

Every Tessarmex technology is being designed to run seamlessly on Kyros™ OS, creating an integrated defense ecosystem where security, AI, and hardware systems will work in perfect harmony. This unified architecture will ensure maximum interoperability and mission effectiveness.

KYROS™ OPERATING SYSTEM

v1.0-dev // IN DEVELOPMENT

SECURITY LAYER

ARCANE ProtocolLAUNCHING SOON

NEUROVAULT™EARLY PROTOTYPE

OBLIVION GRID™IN DEVELOPMENT

Biometric EncryptionEARLY PROTOTYPE

AI/COGNITIVE LAYER

PANTHEON INTEL FABRIC™IN DEVELOPMENT

GHOSTFIELD™IN DEVELOPMENT

SENTINEL DUST™CONCEPT PHASE

HARDWARE LAYER

Directed Energy SystemsCONCEPT PHASE

Exoskeleton SystemsCONCEPT PHASE

MISSION APPLICATIONS

INTEGRATED DEFENSE SOLUTIONS (PLANNED)

C4ISR Systems

PLANNED

Cyber Defense

PLANNED

Intelligence Analysis

PLANNED

Tactical Operations

PLANNED

Security Certifications & Compliance

Kyros™ OS is being designed to meet the highest international security and defense standards.

FIPS 140-3

Level 4

Federal Information Processing Standard

PLANNED

Common Criteria

EAL 7+

International Security Evaluation

PLANNED

ISO 27001

Certified

Information Security Management

PLANNED

NIST Cybersecurity

Framework

National Institute Standards

PLANNED

DoD 8570

Approved

Department of Defense IA

PLANNED

NATO RESTRICTED

Cleared

Alliance Security Classification

PLANNED

Planned Compliance Framework

Kyros™ OS is being developed with continuous security auditing and compliance verification in mind. Our automated compliance monitoring will ensure that all systems maintain their certification status in real-time, with immediate alerts for any deviations from approved security baselines.

Development Roadmap

Strategic timeline for ARCANE protocol implementation and deployment.

PHASE IQ2 2024

Core Algorithm Development

Development of foundational self-evolving encryption algorithms and quantum-resistant key generation.

STATUS: COMPLETED

PHASE IIQ3 2024

Neural Network Integration

Implementation of adaptive neural networks for threat pattern recognition and countermeasure deployment.

STATUS: IN PROGRESS

PHASE IIIQ4 2024

Field Testing & Hardening

Rigorous testing against advanced threat actors in simulated and controlled real-world environments.

STATUS: SCHEDULED

PHASE IVQ1 2025

Limited Deployment

Initial deployment to critical infrastructure and high-value defense networks with active monitoring.

STATUS: PENDING

PHASE VQ2 2025

Full Spectrum Release

General availability of ARCANE protocol for approved government and enterprise applications.

STATUS: PLANNED

Threat Landscape Analysis

Current and emerging threats that ARCANE protocol is designed to counter.

Quantum Computing

CRITICAL

The imminent arrival of practical quantum computers threatens to break current encryption standards.

ARCANE COUNTERMEASURE:ACTIVE

State-Sponsored Actors

HIGH

Advanced persistent threats with virtually unlimited resources targeting critical infrastructure.

ARCANE COUNTERMEASURE:ACTIVE

Zero-Day Exploits

HIGH

Unknown vulnerabilities being exploited before patches can be developed and deployed.

ARCANE COUNTERMEASURE:ACTIVE

AI-Powered Attacks

ELEVATED

Machine learning systems designed to find and exploit vulnerabilities at unprecedented speed.

ARCANE COUNTERMEASURE:ACTIVE

Supply Chain Compromises

ELEVATED

Infiltration of software development pipelines to insert backdoors into trusted systems.

ARCANE COUNTERMEASURE:ACTIVE

Insider Threats

MODERATE

Authorized personnel with access to sensitive systems acting maliciously or negligently.

ARCANE COUNTERMEASURE:ACTIVE

Critical Alert: Quantum Threat Horizon

Intelligence reports indicate that adversarial quantum computing capabilities are advancing faster than previously projected. Conventional encryption systems are estimated to become vulnerable within 18-24 months. ARCANE protocol deployment has been accelerated in response to this emerging threat.

Technical Specifications

Preliminary technical details of the ARCANE protocol architecture.

Encryption Strength

Symmetric Key Length	512-bit (Adaptive)
Asymmetric Key Length	16,384-bit (Quantum Resistant)
Hash Function	ARCANE-Hash v1 (1024-bit output)
Estimated Brute Force Time	10^75 years (conventional computing)

Performance Metrics

Encryption Speed	10 GB/s (Hardware Accelerated)
Key Generation Time	<50ms
Latency Overhead	<5ms end-to-end
Memory Footprint	32 MB (Optimized Mode)

AI Capabilities

Threat Detection Rate	99.997% (Known Patterns)
False Positive Rate	<0.0001%
Adaptation Cycle	Continuous (Real-time)
Learning Model	Federated with Secure Enclaves

Deployment Options

Hardware Security Module	ARCANE-HSM (FIPS 140-3 Level 4)
Software Library	C, C++, Rust, Python (Sandboxed)
Cloud Service	ARCANE-as-a-Service (AaaS)
Embedded Systems	ARCANE-Micro (32KB Footprint)

Full technical documentation will be made available to authorized personnel upon final deployment. All specifications are subject to change during the final testing phase.

Core Technology Portfolio

Foundational capabilities driving next-generation defense solutions.

Kyros™ Operating System

VERSION: v1.0-dev // CATEGORY: Core Infrastructure

Military-grade operating system designed for mission-critical defense applications. Features quantum-resistant security, real-time threat response, and seamless integration across all Tessarmex technologies.

ARCANE Protocol

VERSION: v1.0-RC // CATEGORY: Next-Gen Cryptography

AI-driven resilient cryptography with adaptive context-aware exchange. Self-evolving encryption algorithms that adapt to threats in real-time. LAUNCHING Q3 2025.

GHOSTFIELD™

VERSION: v0.8 // CATEGORY: Deception Warfare

Real-time AI system generating fake satellite data to simulate decoy military bases, fleets, and terrain activity. Creates believable signals, heat maps, and drone paths to mislead enemy reconnaissance.

NEUROVAULT™

VERSION: v0.5 // CATEGORY: Biometric Security

AI-driven encryption reading EEG brainwaves to generate unrepeatable cryptographic keys. No passwords required - files only decrypt when user maintains specific neural states.

OBLIVION GRID™

VERSION: v0.7 // CATEGORY: Secure Communications

Self-deleting, AI-scheduled communication and memory infrastructure for critical missions. Automatically purges data based on mission parameters and threat assessment.

SENTINEL DUST™

VERSION: v0.4 // CATEGORY: Swarm Simulation

Advanced swarm simulation modeling nano-drone battlefield behavior under EMP, wind, and AI counterattacks. Enables tactical planning for mosquito-sized drone operations.

PANTHEON INTEL FABRIC™

VERSION: v0.6 // CATEGORY: Intelligence Analysis

AI mesh passively monitoring internet and deep web for early war signs, cyberattacks, and coups. Analyzes satellite patterns, military communications, and social signals.

Directed Energy Weapons (DEW)

VERSION: Concept // CATEGORY: Ordnance

High-power laser and microwave emitters for precise, scalable non-kinetic effects, from sensor disruption to structural neutralization.

Biometric Encryption Standard (BES)

VERSION: v0.3 // CATEGORY: Cybersecurity

Multi-modal biometric authentication and continuous identity verification for securing access to critical systems and data.

Strategic Project Directives

Current operational and developmental initiatives.

Project Name	Status	Domain	Lead	Description Snippet
Project Chimera	ACTIVE	Counter-Intelligence	Dr. Aris Thorne	AI-driven predictive analysis platform for identifying and neutralizin...
Aegis Shield Network	OPERATIONAL	Cyber Defense	Cmdr. Eva Rostova	Decentralized, quantum-resistant communication grid ensuring resilient...
Operation Nightfall	CONCLUDED	Signal Intelligence	Agent Valerius	Development and deployment of next-gen SIGINT collection and analysis ...
Sentinel Drone Program	DEVELOPMENT	Autonomous Systems	Dr. Lena Hanson	AI-piloted reconnaissance and tactical support UAVs with advanced sens...

Tessarmex CoreTech Overview

Pioneering the Future of Global Security and Defense.

Our Mission

Our multidisciplinary teams of scientists, engineers, and strategists work at the forefront of innovation, translating cutting-edge concepts into field-ready capabilities. We are committed to ethical development and responsible deployment of powerful technologies.

Advanced R&D Facilities

Secure Data Infrastructure

Global Operations Network

ISO 27001 Certified

Engage & Collaborate

Connect with Tessarmex CoreTech for strategic partnerships or career opportunities.

We are actively seeking collaborations with government agencies, defense contractors, and leading research institutions. If your objectives align with our mission, initiate contact through secure channels. Exceptional talent is always sought to join our ranks.