With employees accessing applications and data through hybrid work environments, organizations need a way to secure remote workers. You can do this by using a service edge. SSE is a cloud-native architecture that delivers security and networking services together in a single platform. This allows security to be covered across SaaS cloud applications, private applications and cloud services from a single policy. Access Control It is important to have an SSE solution that covers all aspects of secure service edge. As employees and trusted partners increasingly access content, apps, data, and other resources via mobile or internet devices, a SSE solution will become more and more essential. SSE protects users from malicious and unauthorized access. It also enables secure access for web, cloud and private applications and monitors the digital experience. SSE is a platform that integrates network and security functions. It includes SD-WAN, firewalls as a service (FaaS), secure web gateways, cloud access security brokers (CASB), zero trust network accesses (ZTNA), etc. It ensures consistent application and data security across locations and users, and provides centralized visibility. SSE also includes a zero trust approach to access control that is based on identity and never places users on the corporate network. This enables fast, reliable WANs without the necessity of a Virtual Private Network (VPN). SSE is also based on a solid defense-indepth strategy to detect and prevent malware and other security threats. Threat Protection SSE protects internet sessions from threats, so users are able to connect securely with critical business apps no matter their location. This enables hybrid work for employees, secures cloud and private data connectivity, accelerates cloud migrations and simplifies integration during M&As. A single cloud platform delivers security services that follow app-to-app connectivity, regardless of device or location. This eliminates gaps between point-products and the need to manually update traditional legacy appliances. Zero-trust access: SSE systems must allow the least privilege access, based upon a policy of zero trust, encompassing user role, behavior, device, content, and application. This will prevent lateral movement as well as protect applications from being detected, thus reducing the attack area. Enforcing policy control: SSE combines unified threat prevention capabilities with CASB and ZTNA technologies to enforce corporate policies on all end users, regardless of where they are in the network or what devices they are using. This helps reduce the risk that insiders, ransomwares and other types of threats can be posed by employees who connect to sensitive information or use cloud-based applications that aren't compliant with corporate security policies. Data Security Protecting information is essential for organizations that allow remote and mobile workers to access data and applications via the internet. Secure service-edge delivers security using web gateway (SWG), zero-trust network (ZTNA), and cloud access security broker technologies. SSE offers cloud-based data loss protection capabilities that allow sensitive data to easily be found, classified and secured. This can help to support compliance policy, such as Payment Card Industry Data Security Standard PCI DSS and GDPR. SSE solutions also need to have advanced threat-prevention capabilities. These include cloud firewall as a Service (FWaaS), CASB data inspection in SaaS applications, and adaptive control access. SSE is built around adaptive access, which detects changes in the device's posture and adjusts its access. Monitoring Monitoring internet sessions is important when using a secure service. This allows you to see how your network is performing and what apps are being used. Monitoring can help you spot potential problems before they happen and keep your business protected from threats. It can also improve user experience and lower costs. SSE platforms that can inspect web and data traffic at a global scale are crucial. Vendors should have strong service-level agreement (SLAs), and experience evaluating inline traffic at major multinationals. The primary use case for a security edge is to enforce policies over cloud, internet and mobile access. This can include enforcing corporate internet and access control policies for compliance or mitigating risk through content blocking and malware isolation.