Vexia
VEXIA Labs

Vexia Ecosystem Use Cases

Real implementation scenarios in mission-critical environments and sovereign infrastructure.

01
Vexia Labs

Automated Optical Inspection at Infrastructure Nodes

Lead Unit: Vexia Labs
Environment

Marshalling yards, port logistics terminals and customs checkpoints.

The Problem

Massive loss of operational hours, registration errors and physical security failures caused by manual inspection of containers, vehicle plates and seal integrity verification under variable weather conditions.

The Vexia Solution

Integration of automated perimeter optical security arches. The system captures high-definition video and processes local image analytics to extract characters, verify security codes and assess structural damage.

Component Architecture

Hardware: High-resolution cameras embedded in physical control structures. Connectivity: Private perimeter networks with high switching and low latency (Huawei infrastructure). Processing: Edge computing servers running algorithms with zero external internet dependency.

Impact and Key Indicators

Inspection time per unit reduced from 15 minutes to under 10 seconds. Zero error margin in automated matching against local cargo manifests.

02
Kora

AI for Financial Transaction Fraud Prevention

Lead Unit: Kora
Environment

Banking cores and mass payment processing platforms.

The Problem

Exponential increase in sophisticated fraud through digital signature forgery or dynamic patterns that evade traditional static rule systems. Commercial cloud-based models expose sensitive financial data and violate data sovereignty laws.

The Vexia Solution

On-Premise deployment of specialized Deep Neural Network AI models for transactional behavior analysis and real-time anomaly detection.

Component Architecture

Software: Kora fast inference engine integrated into the payment gateway authorization flow. Data Sovereignty: Complete isolation of the operating environment; sensitive data never leaves the client's data center. Regulation: Native alignment with CNBV security provisions.

Impact and Key Indicators

Response and inference time under 5 ms per transaction. Mitigation of up to 94% of complex frauds without false positives on legitimate users.

03
Relth

Specialized Hardware for Critical Environments

Lead Unit: Relth
Environment

Citizen service modules, hospital self-service kiosks and government terminals.

The Problem

High vulnerability of generic commercial equipment to physical vandalism, heavy-use degradation and latent firmware espionage risk through backdoors injected in the international supply chain.

The Vexia Solution

Design, casting and assembly of proprietary hardware with industrial-grade structural shielding and deep intervention in the silicon logic architecture to ensure the chain of trust.

Component Architecture

Physical Hardening: Removal of vulnerable peripherals (microphones), electromagnetic isolation via internal Faraday cage and anti-vandal chassis. Logical Hardening: Definitive replacement of commercial BIOS with audited open-source Coreboot firmware.

Impact and Key Indicators

Extended lifecycle of over 10 years in 24/7 continuous operation. Absolute elimination of zero-day firmware vulnerabilities.

04
Vantis

Chain of Custody in the Healthcare Sector

Lead Unit: Vantis
Environment

High-specialty warehouses, hospital pharmacies and controlled narcotics cabinets.

The Problem

Critical financial losses from shrinkage or pilferage of high-value medications, cloning of traditional physical access cards and lack of reliable records required by health authorities.

The Vexia Solution

Deployment of the SecHospital module interconnected with the computer vision-driven logical and physical access control ecosystem, eliminating plastic credentials or shared passwords.

Component Architecture

Biometrics: Proprietary IDI DITRIM engine for direct multifactor facial recognition at the access point. Optical Inspection: Overhead cameras auditing the volumetric extraction or deposit of supplies in the container. Cryptography: Immutable event log in a cryptographically sealed local ledger.

Impact and Key Indicators

100% reduction in identity fraud for medication retrieval. Immediate, transparent audits for regulators such as COFEPRIS.

05
Vantis

Route Risk Management and Prevention

Lead Unit: Vantis
Environment

Operator cabins in urban mass transit systems and heavy cargo logistics fleets.

The Problem

High-impact road accidents caused by latent fatigue, distracted driving or operation of units by unauthorized personnel or individuals impersonating the assigned driver.

The Vexia Solution

Implementation of the Transit Manage corporate suite running locally on the unit's onboard computer, providing an uninterrupted analytical co-pilot.

Component Architecture

Authentication: Mandatory biometric validation via IDI DITRIM linked to the engine ignition system. Visual Telemetry: Local image processing to evaluate micro-blinks, gesture rate and gaze deviation. Communications: Immediate end-to-end encrypted alert transmission to the command center via Central Message.

Impact and Key Indicators

Up to 85% reduction in road incidents related to human factors. Automatic critical fatigue notification in under 1 second.

06
Vexia Labs

Digital Sovereignty and Corporate Encryption (Primx Ecosystem)

Lead Unit: Vexia Labs
Environment

Hybrid corporate infrastructure, enterprise workstations and cloud collaboration environments (Microsoft 365, SharePoint, OneDrive).

The Problem

Loss of sovereign control over corporate information when storing data in public clouds, where encryption keys reside on third-party servers. Vulnerability to data leaks through compromised cloud credentials and physical theft of unprotected equipment.

The Vexia Solution

Deployment of the Primx cryptographic core to take absolute control of enterprise information. We implement end-to-end local encryption for files stored in public clouds (SharePoint and OneDrive), ensuring the client retains the master keys. Includes structural shielding of hard drives, user profiles and generation of encrypted virtual containers isolated from the host operating system.

Component Architecture

Public Cloud Encryption: Primx engine injection at the endpoint to intercept and encrypt files before synchronization to SharePoint/OneDrive; master keys reside exclusively with the client. Workstation Shielding: Forced block-level encryption on entire hard drives and local user profiles, preventing data extraction via cold boot or disk mounting on foreign hardware. Virtual Containers: On-demand encrypted container generation, isolated in memory and disk from the host operating system, accessible only through Primx cryptographic protocol validation.

Impact and Key Indicators

100% mitigation of data leak risks from compromised cloud credentials or physical hardware loss. Zero impact on user experience during regular document synchronization.

07
Olios

Commercial Customization and Secure Point of Sale

Lead Unit: Olios
Environment

Large retail chains, franchises and commercial corporates with high daily transaction density.

The Problem

Generic POS systems that suffer slowdowns during peak hours, rigidity in code modification to meet business needs and logical vulnerabilities that allow customer data leakage.

The Vexia Solution

Development of structural adaptations on the leading My Business POS platform under direct factory certification, adding Vexia cryptographic shielding to the traditional sales flow.

Component Architecture

Optimization: Re-engineering of the POS system codebase for massive concurrent transactional flows. Payment Processing: Secure connection with physical POS terminals. Private Gateway: Development of channels with integrated tokenization that encrypt the card number from the chip and send it directly to the acquiring bank.

Impact and Key Indicators

Elimination of cloning fraud at the point of contact. 40% increase in cash register transaction processing speed.

08
Vexia Labs
Vantis

High-Switching Intermodal Transport Infrastructure

Lead Unit: Vexia Labs / Vantis
Environment

Integrated mass transit networks (intermodal systems of rapid trains, subways and BRT corridors).

The Problem

Catastrophic service outages due to schedule desynchronization, electronic ticketing saturation or external internet network interruptions that paralyze turnstile fare validations.

The Vexia Solution

Network architecture and local server infrastructure designed for unification and absolute continuity of logistics dispatching and fare collection systems.

Component Architecture

Coordination: Centralized engine derived from Transit Manage for real-time itinerary control and dispatching. Network Resilience: Fault-tolerant local network topology; if the metropolitan connection fails, turnstiles and validators continue operating with distributed local databases. Monitoring: Interconnection of unit and critical station telemetry directly to control room display screens.

Impact and Key Indicators

100% operational continuity during public telecom network outages. Millimeter-precision arrival synchronization to optimize urban mobility.

09
Relth
Olios

Cryptographic Physical Authentication for Critical Server Access

Lead Unit: Relth / Olios
Environment

Financial data centers, identity database servers and critical infrastructure central administration consoles.

The Problem

High effectiveness of cyberattacks based on social engineering, advanced phishing or session hijacking, where attackers compromise SMS codes or traditional 2FA apps installed on engineers' cellphones, gaining full access to master data.

The Vexia Solution

Implementation of the military-grade Vexet Serie A physical cryptographic token, making proximity and physical possession of the hardware mandatory for any system configuration change.

Component Architecture

Hardware: USB physical token designed and manufactured with tamper-resistant silicon. Asymmetric Cryptography: Internal generation and safekeeping of public/private keys and unalterable digital certificates within the device chip. Zero Bypass: Olios control software rejects any credential or remote command if the physical device is not actively connected and validated on the port.

Impact and Key Indicators

100% mitigation of unauthorized access attacks through remote admin credential theft. Unbreakable banking-grade cryptographic security at the administration point.

10
Vexia Labs
Olios

Corporate Cryptographic Shielding and Secure Containers via Primx

Lead Unit: Vexia Labs / Olios
Environment

Hybrid corporate infrastructure, operational workstations and cloud environments (Microsoft 365).

The Problem

Confidential information vulnerability to data leaks from compromised cloud credentials, physical theft of computing equipment with exposed local disks, and lack of sovereign control over encryption keys when storing data on third-party servers (public clouds).

The Vexia Solution

Implementation of the advanced Primx cryptographic core to govern organizational data security. The system executes deep transparent encryption on files before cloud synchronization, takes control of local storage (disks and profiles) and allows administrators to generate isolated containers hermetic to the host operating system.

Component Architecture

Public Cloud Security (SharePoint / OneDrive): Injection of the Primx engine to intercept and encrypt files at the endpoint (local). Data reaches Microsoft repositories already encrypted; master keys reside solely with the client, preventing third parties (including the cloud provider) from accessing readable information. Workstation Protection: Forced block-level encryption for entire hard drives and local user profiles, preventing data extraction through cold boot attacks or disk mounting on foreign hardware. Virtual Orchestration: On-demand encrypted container generation. Isolated file containers in memory and disk where operational software safeguards confidential files, accessible only through Primx cryptographic protocol validation.

Impact and Key Indicators

100% mitigation of data leak risks from cloud account hacking or physical hardware loss. Zero penalty on user experience during regular document synchronization.