Securing the Future
Realizing innovation and securing the future
Aerospace & Defense
Enhance the reliability and security of your mission-critical systems with MDS Intelligence solutions.
Accelerating development based on international standards
By complying with international standards for ensuring reliability in the aviation and defense sectors, such as the Weapon System Software Development Manual and DO-178C, we enable the development and systematic management of safe and verifiable software systems.
Building a cybersecurity infrastructure
By introducing a secure key management solution optimized for embedded system environments, we build a robust security infrastructure to respond to cyber threats.
Integrated Management System
An IoT-based real-time data collection and management system will lay the foundation for enterprise-wide digital transformation and enable more efficient operation and management of expensive aviation and defense assets.
Utilization plan
Systems Software Engineering Platform
This integrated solution encompasses the entire development cycle of defense, aerospace, and industrial systems, encompassing requirements management, architecture analysis, model-based design, static and dynamic testing, cybersecurity, and supply chain protection to address complex international standards such as DO-178C, MIL-STD, and ISO/SAE 21434.
Secure and Comply with Sensitive Defense Aviation Data
Sensitive data, such as communications data, control commands, and surveillance information used in defense systems, is securely protected using encryption keys to prevent information leaks and system disruption. This key management system effectively blocks malfunctions and cyberattacks.
Optimizing drone and military equipment management
Real-time monitoring and remote control of various sensors, communication equipment, and unmanned drones deployed on the battlefield or within bases. Maintain equipment stability and security by distributing firmware updates and security patches. Aircraft parts and facility management. Data collected from numerous IoT sensors within aircraft (e.g., engine status, aircraft vibration) is utilized for predictive maintenance.
