Secure Access Service Edge (SASE) has emerged as a game-changer in the world of network and security solutions. It offers a converged approach to network and security services, incorporating SD-WAN, Secure Web Gateway (SWG), Cloud Access Security Broker (CASB), Next-Generation Firewall (NGFW), and Zero Trust Network Access (ZTNA) through Security Service Edge (SSE) platforms. SASE caters to various use cases, including branch offices, remote workers, and on-premises secure access, primarily delivered as a service. It enables zero-trust access based on device or entity identity, real-time context, and security and compliance policies.
The advantages of SASE are numerous, with Gartner predicting that by 2026, 85% of organizations seeking cloud access security, secure web gateway, or zero trust network access will opt for a unified SASE solution.
Some key benefits of SASE include:
1. Zero Trust Architecture: SASE is rooted in a zero-trust model, which means it doesn’t inherently trust any device or user, even if they’re within the corporate network. This approach safeguards resources and data from both insider threats and external attacks.
2. Reduced Complexity: Traditional network architectures often involve complex configurations, multiple appliances, and fragmented security solutions. SASE streamlines network and security management by consolidating these functions into a unified cloud-based platform.
3. Remote Work Enablement: As remote work becomes increasingly prevalent, SASE provides secure remote access to corporate resources and applications, allowing employees to work from anywhere without compromising security or compliance.
However, it’s not all smooth sailing. One of the primary goals of SASE adoption is to have a globally unified solution. While Gartner expects an increase in the number of vendors offering single-vendor SASE solutions, not all SASE providers will have the same extensive global reach as hyper-scalers like AWS and Microsoft. This discrepancy can lead to uncertainties in network performance, particularly in terms of:
1. Ingress Connectivity to SASE PoPs: Remote users and branch offices connecting to regional SASE Points of Presence (PoPs).
2. Egress Connectivity from SASE PoPs: Ensuring connectivity to popular SaaS applications and public clouds after traffic inspection.
So, how can enterprises address these uncertainties and regain control?
CBC SASE Connect offers a solution by seamlessly integrating network and security services. It enables enterprise end-users to access applications over the CBC eNet Fabric, a high-performance, congestion-free Premium IP underlay network. This eliminates many common networking issues, providing business-class user experiences. CBC SASE Connect’s expertise in enabling key SD-WAN and SSE partners in China helps enterprises avoid common pitfalls. Solution guides and reference architectures recommend best practices in design and setup, ensuring a smooth experience.
Furthermore, CBC SASE Connect facilitates connections across various leading brands of SD-WAN and SSE solutions, collaborating with over 10 vendors within the ecosystem. This not only saves manpower resources but also shortens delivery timelines.
In conclusion, as SASE gains more traction and the benefits it offers become evident to enterprises, its adoption is expected to rise. While features are crucial in selecting a SASE vendor, it’s equally important to choose a solution that optimizes traffic routing and minimizes latency for critical applications. CBC SASE Connect stands as a platform that achieves this, regardless of the choice of SASE vendor, ensuring enterprises stay connected and secure in an evolving digital landscape.
