VX ALPHA™
Next-Generation Autonomous Cybersecurity
Purpose-built for modern SOC environments — integrating structured threat datasets, local LLMs, and AI-driven reasoning engines to deliver faster incident analysis, forensics, and threat narrative generation in real time.
// 01 — Differentiators
Why Choose
VX Alpha
Three foundational pillars separating VX Alpha from conventional security tooling.
Tap into VXCTI's continuously updated feeds correlating IOCs, adversary tactics, and sector-specific risk.
On-premise LLM inference with LLaMA 2 and Mistral, combined with a custom prompt engine and memory layer.
Designed by leaders in AI ethics, threat intelligence, encryption, and system architecture.
// 03 — Live Demo
Interactive Terminal
Experience VX Alpha's analyst interface. Select a scenario or type a command.
// 04 — System Design
AI Architecture
Hover each node to explore the VX Alpha modular AI pipeline.
// 05 — Capabilities
Core Features
Every capability purpose-engineered for L3 SOC operations and enterprise forensic analysis.
// 06 — Service: Digital Forensics
Digital Forensics & Incident Reconstruction
Every action leaves a trace. VX Alpha's forensic AI reconstructs what happened — evidence by evidence, hash by hash — until the timeline is provable, defensible, and closed.
Acquire
Disk images, memory dumps, log exports, and network captures are collected without altering the source.
Preserve
Every artifact is hashed on intake and sealed into a chain-of-custody ledger before analysis begins.
Analyze
The AI Analyst merges timestamps across sources and correlates behavior against known intrusion patterns.
Report
A reconstructed, evidence-linked timeline is delivered — clear enough for a courtroom or a board.
Case Files — What We Investigate
// 07 — Service: Penetration Testing
Penetration Testing
A controlled, methodical simulation of real-world attacks against your systems — designed to uncover exploitable weaknesses before a real adversary does.
◈ Definition
Penetration testing is a process that involves simulating real attacks to assess the risks associated with potential security breaches — actively attempting to exploit identified weaknesses the same way a malicious actor would, but under authorized, controlled conditions.
A methodical approach maintains both the integrity of the results and the stability of the systems being tested. Every engagement follows a defined scope, rules of engagement, and reporting standard so findings are reproducible and safe to act on.
◈ Why It Matters
Penetration testing answers one question: can this vulnerability actually be exploited, and what happens if it is? It validates:
✓ Real-world exploitability of weaknesses
✓ Effectiveness of existing security controls
✓ Business impact of a successful breach
✓ Compliance with PCI-DSS, ISO 27001, NIST
◇ Vulnerability Assessment
Identify, rank, and report vulnerabilities that, if exploited, may result in an intentional or unintentional compromise of a system. The focus is breadth — scanning systems systematically to build a prioritized list of weaknesses.
◆ Penetration Test
Identify ways to exploit vulnerabilities to circumvent or defeat the security features of system components. The focus is depth — proving impact through actual exploitation, lateral movement, and privilege escalation.
Methodology
Recon & Planning
Define scope, rules of engagement, and objectives. Gather OSINT on the target environment.
Scanning & Enumeration
Map live hosts, open ports, services, and technologies to identify the attack surface.
Vulnerability Analysis
Cross-reference services against known CVEs and misconfigurations; rank by exploitability.
Exploitation
Attempt controlled exploitation of identified weaknesses to confirm real-world impact.
Post-Exploitation
Assess depth of access — privilege escalation, lateral movement, and data exposure.
Reporting & Remediation
Deliver an evidence-based report with risk ratings and remediation guidance, then retest.
Engagement Models
What We Test
Recognized Frameworks
Tools of the Trade
// 08 — Live Threat Monitor
Active Threat Radar
Real-time visualization of detected adversarial activity across monitored sectors.
// 09 — Technology
Advanced AI Stack
VX ALPHA operates on a secure, modular AI pipeline engineered for air-gapped and on-premise deployment.
// 10 — FAQ
Common Questions
Yes. VX Alpha is purpose-built for air-gapped and fully on-premise deployments. All LLM inference, CTI datastores, and processing happen within your perimeter with zero external data egress.
VX Alpha supports LLaMA 2 (7B, 13B, 70B), Mistral 7B, and custom adversarial-aware fine-tuned variants. The modular architecture allows integration of additional open-weight models.
Through a RESTful API layer with pre-built connectors for Splunk, Elastic SIEM, IBM QRadar, and Microsoft Sentinel. Webhook and syslog forwarding are also supported.
VX Alpha is optimized for L3 (Tier 3) SOC analysts handling advanced threat hunting, incident response, and forensic investigation.
READY TO DEPLOY?
Join next-generation SOC teams already operating with VX Alpha as their autonomous threat intelligence backbone.
