xfactor
AI-Driven Solutions for full-stack development and system innovation
Development InfoStructure, LLC (Devis) proudly introduces xFactor, our state-of-the-art platform designed to transform Full-Stack Development and System Creation. This innovative solution integrates advanced AI technologies to streamline every stage of development—from initial architecture and design to implementation and deployment—enabling organizations to build scalable, secure, and future-ready systems that meet evolving digital demands.
Key Capabilities
Automated System Development
xFactor is Devis' advanced technology accelerator designed to support our subject matter experts in secure and efficient legacy application transformation and lift-and-shift operations. Utilizing AI technology, xFactor automates code conversion between languages, ensuring accurate and context-aware translations. This streamlines updates and migrations while preserving security, particularly on SIPRNet, maintaining data integrity and operational continuity in sensitive environments.
Data Collection & Analysis
xFactor leverages an airgapped network of Large Language Models (LLMs), including custom-configured Precision Language Models (PLMs), to understand, evaluate, and refactor extensive codebases. By employing genetic algorithms and ensemble techniques, xFactor generates more precise and targeted outputs, enhancing our abilities in code assessment and transformation.
TECHNOLOGICAL INNOVATIONS FOR SYSTEM CREATION EXCELLENCE
Auditable system:
Provides consistency and reproducibility by tracking the model, prompt, and seed value used in each interaction. This audit trail helps identify and fix biases, errors, or misuse, promoting transparency.
Advanced Security:
Airgapped architecture and multi-factor authentication for robust data protection.
Adaptive M&E Workflows:
Real-time tracking and scenario planning tools for flexible project management.
TRANSFORMATIVE BENEFITS OF XFACTOR
Security analysis:
Uses advanced scanning to find vulnerabilities and guides manual analysis for context and remediation. It provides a roadmap prioritizing security risk fixes.
Refactoring legacy code:
Translates old code to modern frameworks, improving memory, adding containerization, and integrating with the cloud for enhanced agility and efficiency.
Refactoring support:
Helps develop unit tests, create synthetic test data, and guide feature additions, bug fixes, design improvements, and performance optimization.