The security gaps in legacy networking tools like VPNs have pushed MSPs to evaluate modern frameworks, but not every replacement is built equally. Two terms that frequently come up in these conversations are Security Service Edge (SSE) and Secure Access Service Edge (SASE). Although they share several security components, the differences between them have meaningful implications for how MSPs operate, manage clients, and scale their businesses.
Let’s explore what SSE provides and how SASE addresses its gaps with a more complete, consolidated approach for MSPs.
Security Service Edge is a cloud-delivered security framework that combines several core capabilities into a single platform. Gartner formally defined SSE in 2021 as a subset of the broader SASE framework, covering:
SSE represents a meaningful step forward from legacy, siloed security tools. For organizations that already have established networking infrastructure and dedicated teams to manage it, SSE can be a workable approach. However, MSPs operate under a different set of constraints and SSE's structural limitations become much more pronounced in an MSP environment.
Secure Access Service Edge was defined by Gartner as a converged, cloud-native framework that unifies both networking and security into a single platform. A complete SASE solution combines the security capabilities found in SSE with full networking functionality, including:
By delivering networking and security through the same cloud-native architecture, SASE unifies networking and security capabilities under a single platform.
The most significant limitation of SSE is what it was explicitly designed to leave out: networking. SSE covers the security layer, but it does not provide SD-WAN, WAN optimization, or any unified mechanism for managing how traffic moves across client networks. That responsibility falls entirely outside the platform.
For MSPs managing multiple clients across multiple locations, this creates a fundamental gap. Security and network performance are not independent concerns. When a client experiences connectivity issues, application slowdowns, or access problems, the root cause could sit anywhere across a fragmented set of tools. Without networking and security managed together, troubleshooting becomes a time-consuming, multi-vendor exercise.
Because SSE does not address the networking layer, MSPs that deploy SSE must supplement it with separate solutions. This typically means procuring and managing:
Each additional tool represents another vendor relationship, another licensing agreement, another renewal cycle, and another platform for technicians to learn and support. Across a client portfolio of any significant size, this adds up quickly, both in direct cost and operational overhead.
More tools also mean more opportunities for integration risk. Solutions from different vendors are not always designed to work together seamlessly, and the gaps between them can create blind spots in visibility or inconsistencies in policy enforcement.
MSPs are not managing a single environment. The ability to efficiently onboard clients, enforce consistent policies, and respond to issues across a broad book of business depends heavily on operational simplicity. A security-only platform that requires layering in separate networking solutions works against that goal.
Every additional tool in the stack means more context-switching, more potential points of failure, and more time spent on management tasks rather than delivering value to clients.
When networking and security are managed within a single platform, onboarding a new client becomes a more streamlined process. Connectivity, access policies, and security controls are configured in one place, rather than coordinated across multiple vendors. This reduces deployment time and minimizes the risk of configuration gaps during setup.
A consolidated SASE platform means a single management console, a single policy framework, and a single place to monitor and respond to events. When issues arise, MSPs have full context available without needing to cross-reference separate dashboards or escalate to multiple vendor support teams. This simplifies day-to-day management and improves response times when clients need help.
Tool sprawl has a direct impact on MSP margins. Licensing multiple point solutions, plus the labor required to manage and maintain each one, drives up per-client costs. A consolidated SASE platform reduces both the licensing footprint and the technician hours required to support each account which in turn improves margin over time.
SSE is a capable security solution, but it was not designed with the MSP model in mind. The absence of networking functionality means MSPs must compensate with additional tools, additional vendors, and additional operational complexity. Compounded, these eat away at the efficiency and scalability that MSPs depend on.
SASE addresses this by bringing networking and security together in a unified, cloud-native platform. For MSPs looking to simplify their stack, reduce overhead, and deliver consistent security outcomes across their client base, SASE is the more complete and sustainable choice.
Ready to take the next step in your network security journey? Read our eBook which breaks down how to identify the best SASE solution for you and your clients’ unique needs.
Zach DeMeyer is Todyl's Product Marketing Specialist, sharing the story of how businesses can use the Todyl platform to consolidate their security operations with SASE, SIEM, MXDR, Endpoint, SOAR, and more. He loves being on the forefront of new and exciting technologies, spending the past 8 years working in identity, UCaaS, and other SaaS products in the cybersecurity and IT software space. When he's not working, Zach enjoys camping and hiking with his wife, dog, and friends, playing music, sewing, and eating tasty food.
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