ASAP

ASAP, a Bulgarian company with extensive experience in developing innovative software solutions, has successfully implemented a system for random assignment of pre-trial proceedings in the "Investigation" units of the Ministry of Interior (MoI) of the Republic of Bulgaria. This new system will significantly enhance transparency and objectivity in the work of investigative bodies by eliminating any subjective factors in the allocation of cases.

The integration of this software automates the process of distributing cases, utilizing the latest technologies for data security and encryption. The solution is designed to ensure reliability and transparency while providing complete control over access to sensitive information.

"Our goal is to create software solutions that support the public sector in its efforts to increase efficiency and transparency," said Peter Zyumbilev, Managing Director of ASAP. "By deploying this system at the MoI, we contribute to building a more organized and impartial investigation environment."

The system is designed for easy integration and user-friendliness, offering flexible functionalities and scalability for future enhancements. The platform is fully compatible with the Ministry of Interior's information systems. It complies with the highest standards for data protection.

About ASAP

ASAP is a leading Bulgarian company specializing in developing and implementing high-tech software solutions for the public and private sectors. With a strong background in digital transformation, information security, and process optimization, the company maintains long-term partnerships with leading institutions and organizations. ASAP continuously strives to deliver reliable and innovative services.

About the Ministry of Interior (MoI)

The Ministry of Interior of the Republic of Bulgaria is dedicated to ensuring public safety and the protection of its citizens. The MoI continues to invest in modernization and adopting technological innovations that support the effective management of activities within its structures.