CORES RMS is a comprehensive volunteer management and engagement solution with built-in background checks, credential verification, mission management, badging, and notification capabilities specifically designed to meet ESAR-VHP (Emergency System for Advance Registration of Volunteer Health Professionals) requirements. Using CORES RMS, agencies and organizations can recruit, verify, and deploy qualified volunteers to assist before, during, and after an emergency. The platform supports streamlined workflows and significantly enhanced capabilities for reporting and analytics, enabling rapid setup of automated credential verification processes to develop, maintain, and expand pre-vetted volunteer capacity. Volunteers can be tasked to missions with minimal administrative overhead, and additional missions can be planned and executed as circumstances require.

Discover how CORES RMS can transform your operations with configurable workflows for both routine and critical tasks, a low-code/no-code builder for custom workflows, and advanced mapping capabilities for real-time data visualization. Users can plan, coordinate, and review initiatives, integrate third-party data, and send multi-channel notifications—all within a secure, intuitive interface. Engage existing volunteers with badges to recognize contributions, highlight impact, and nurture community. Deploy and manage missions, expand volunteer reserves, accelerate verification, and streamline reporting.

Features & Benefits

• Configurable Workflows: Configurable workflows for routine and critical tasks, with a low-code/no-code builder for custom workflows.
• Real-time Mapping & Analytics: Advanced mapping enables real-time data visualization for situational awareness.
• Volunteer Engagement & Recognition: Badges, news, and community updates to acknowledge contributions and improve retention.
• Mission Deployment & Reserves: Plan, deploy, and manage missions; expand volunteer reserves as needs arise.
• Verification & Compliance: Built-in background checks and credential verification to meet ESAR-VHP requirements.