With employees accessing applications and data through hybrid work environments, organizations need a way to secure remote workers. Secure service edges can help with this. 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 Secure Service Edge (SSE) solutions are essential as more employees, partners, and customers access content, data and applications via the internet and mobile devices. 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 cloud-based platform that integrates networking and security functions, such as software-defined wide area network (SD-WAN), firewall as a service, secure web gateways (SWG), cloud access security broker (CASB), and zero trust network access (ZTNA). It provides consistent application and security enforcement for users and locations while providing centralized visibility of traffic. 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 incorporates a robust strategy of defense in depth to detect and prevent malware, as well as other threats. Threat Protection SSE offers protection against threats for internet sessions. It ensures users securely connect to critical applications regardless of where they are. This enables hybrid work for employees, secures cloud and private data connectivity, accelerates cloud migrations and simplifies integration during M&As. Security services are delivered through a cloud platform which can track user-to application connections, irrespective of location or devices. This reduces risks by eliminating gaps between products and removing the need for manual updating of 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 reduces the attack surface by preventing lateral movement, protecting applications from discovery and preventing lateral movements. SSE enforces corporate policies for all users regardless of their location in the network, or device they use. This can reduce the risk of malware, ransomware, and other threats if employees are using cloud applications or sensitive data that is not compliant with company policies. Data Security The information of remote and portable users is important to organizations. Secure service edge provides security by combining web gateway (SWG), Cloud Access Security Broker (CASB), zero trust network access technologies (ZTNA). SSE's centralized cloud DLP capabilities allow for sensitive data to be located, classified and protected in an integrated way. This can assist in supporting compliance policies such as Payment Card Industry Data Security Standard, or GDPR. SSE solutions must also have advanced threat prevention capabilities, such as cloud firewall as a service (FWaaS), CASB inspection of data in SaaS apps, and adaptive access control. Adaptive access control is a key element of SSE that identifies device posture and adjusts access as it changes. Monitoring Monitor internet sessions if you're working with secure service edges. This allows you the ability to track how your network performs, and which apps have been used. Monitoring helps you to identify potential problems and protect your business from threats. It can also improve user experience and lower costs. SSE platform that can inspect web- and data-traffic on a globally scale is crucial. Choose a vendor with strong service agreements (SLAs) that has evaluated inline traffic on behalf of large multinationals. One of the most common uses for a Security Service Edge is to enforce control policies on mobile, cloud and internet access. It can be used to enforce corporate internet policies and access controls for compliance, or mitigate risk by blocking content and isolating malware.