Authors: Bogari Shiva Pavani, Atluri Syanthi, Kondur Babitha, G Krishna Vamshi, Asst. Prof. Arunesh pratap Singh
Abstract: The Crime Matrix Project is a web-based system of crime monitoring and management distributed among the Indian police departments to provide police with a centralized base of officers to log in and manage cases, compute statistics and monitor nationwide alerts. Its capabilities, such as FIR uploads, case management, role-based access and real-time data visualization using interactive dashboards and crime mapping allow quick decision-making, enhanced interstate coordination and resource distribution. In addition to operational advantages, the system aids police and policymakers with pattern iden- tification, crime hotspots, and patterns seen on easy to use dashboards, aiding in the planning of preventive measures and promoting community safety. In a wider scope, the project examines how technology can be integrated in the contemporary law enforcement by using online crime reporting platforms, role based data platforms, social media appli- cations, crime analytics, and data security frameworks. Whereas online reporting offers greater accessibility and CRMS greater accountability, social media offers greater commu- nication and intelligence-gathering, and data visualization offers actionable information that is used in proactive policing. Such frameworks as Crime Matrix have been used to emphasize the significance of geospatial analysis and interactive dashboards and research on data security has been conducted to outline the need to have firmly secured privacy, ethical regulation, and legal protections. These innovations will transform the policing practices, reinforce crime prevention, and improve the trust of the people together, but concerns of privacy, accessibility, and interoperability are maintained. The project arrives at a conclusion that sustained innovation, secure systems, and user-friendly designs are needed to develop clear, dependable, and future-oriented crime analysis and management systems.
International Journal of Science, Engineering and Technology