Anuta ATOM Cloud is a comprehensive Software-as-a-Service platform designed to automate the design, deployment, and management of multi-vendor, multi-domain networks. It offers end-to-end network lifecycle automation, encompassing stateless workflow automation, stateful service provisioning, and closed-loop automation. By leveraging a cloud-native architecture, ATOM Cloud provides scalable, secure, and efficient network orchestration and service assurance, enabling organizations to enhance operational efficiency and reduce the complexities associated with network management. Key Features and Functionality: - Multi-Vendor and Multi-Domain Support: ATOM Cloud supports over 45 vendors and 150 platforms, facilitating seamless integration across diverse network environments. - Automated Service Provisioning and Workflows: The platform enables the design, development, and deployment of services and workflows, automating end-to-end operational procedures. - Compliance Enforcement: ATOM Cloud offers 24/7 compliance monitoring, automatically alerting and remediating violations to maintain network integrity. - Crowd-Sourced Analytics and Predictive Assurance: Utilizing AI/ML, the platform provides insights and recommendations based on anonymized data from similar networks, helping prevent failures proactively. - Scalability and Flexibility: With an elastic licensing model, organizations can start small and scale as needed, supported by a cloud-native architecture that ensures high availability and reliability. Primary Value and Problem Solved: Anuta ATOM Cloud addresses the challenges of managing complex, multi-vendor networks by providing a unified platform for automation, monitoring, and assurance. It reduces operational costs by eliminating the need for hardware and software maintenance, accelerates service delivery through pre-built templates and workflows, and enhances network reliability with continuous compliance enforcement and predictive analytics. By offering a scalable and secure solution, ATOM Cloud empowers organizations to achieve faster time-to-value and improved network performance.