SASE

Networking and security, converged.

SASE brings your networking and security together, whether as a single platform or the right mix of technologies. Edge7 Networks is the glue that designs, connects, and manages both, so it all runs as one and the decisions are made with full context.

Secure access service edge (SASE): cloud and site sources connect through one converged architecture with a security-as-a-service layer and a network-as-a-service layer, protecting every edge location. Private cloud Public cloud SaaS HQ / Data centre Security as a service FWaaS CASB ZTNA Cloud SWG Network as a service SD-WAN Branch / Retail Home Mobile
The problem

The security model that worked when everyone was in the office stopped working years ago.

Your users connect from home networks, hotel WiFi, client sites, and branch offices. Your applications are split across on-premises data centres, Azure, AWS, and a growing list of SaaS platforms.

But many organisations are still routing that traffic back through headquarters, through a VPN concentrator, through a perimeter firewall, and then out to the internet. The same architecture that made sense when everyone sat behind the same network boundary.

The perimeter has dissolved. Security needs to follow the user, not wait for them to connect to the corporate network.

VPN bottlenecks

All traffic routed through HQ. Users queuing for bandwidth. Cloud applications taking the slowest possible path to reach users who are already on the internet.

Inconsistent security

Office users get full protection. Remote users get a VPN and hope. Policies differ by location. Exceptions accumulate. Gaps become attack vectors.

Blind spots multiplying

Every new SaaS application, every new location, every new group of remote users adds visibility gaps. Shadow IT grows because the perimeter model cannot see what is outside it.

Architecture that cannot scale

Adding capacity means bigger hardware at HQ. Adding locations means more tunnels. The architecture was designed for 50 office users, not 500 distributed ones.

What changes

One architecture, instead of a stack of point products.

One architecture
Zero Trust
Consistent policy
Direct-to-cloud
Fully managed
Converged

Networking and security, decided together.

SASE replaces a stack of separate appliances and consoles with one managed architecture. The SD-WAN connectivity layer and the cloud security controls are brought together and run as one, not two projects owned by two teams.

Fewer integration gaps. One set of decisions. One place the whole picture is understood.

Access control

Access based on identity, not network location.

ZTNA replaces blanket VPN trust. Identity, device posture, and context are verified before access is granted to a specific application, and checked continuously.

A compromised credential no longer opens the whole network.

0
implicit trust granted at login
Policy

One policy, every location and device.

The same access rules, threat protection, web filtering, and data controls follow every user. Office, branch, home, mobile.

No policy drift between sites. No exceptions that quietly become gaps.

Performance

Traffic takes the shortest path.

No more backhauling every connection through headquarters for inspection. Security is applied at the edge, close to the user, so cloud and SaaS traffic goes direct.

Latency drops. Performance and protection stop competing.

Managed service

One team runs the whole edge.

Edge7 Networks designs and operates both layers. Your team does not add another console to their morning.

Configuration, monitoring, changes, and reporting across networking and security, handled together.

Benefits of SASE

What a converged edge delivers.

Bringing networking and security into one managed architecture pays off across performance, protection, cost, and the day-to-day work of running it.

Visibility across hybrid environments

See every environment in one place. Data centres, headquarters, branch and remote sites, and public and private clouds. Every user, application, and flow in a single view rather than a dozen separate tools.

Greater control of users, data, and apps

Traffic is classified at the application layer, so you get clear visibility into how applications are used and finer control over who reaches what. No more mapping ports to applications to work out what is happening.

Improved monitoring and reporting

Monitoring and reporting sit in one place, so networking and security events can be correlated together. Troubleshooting is quicker and incident response is faster because the whole picture is in one view.

Reduced complexity

Moving networking and security operations to the cloud removes much of the day-to-day complexity and cost of maintaining multiple point products.

Consistent data protection

Data protection policies are applied consistently across every edge location, closing the blind spots and policy gaps that appear when each site is protected differently.

Reduced costs

Extending your networking and security stack to every location becomes more cost-effective, and long-term administrative and operational costs come down.

Lower administrative time and effort

Single-pane-of-glass management lowers the admin burden, and less time goes into training and retaining separate networking and security specialists.

Less integration needs

Combining networking and security functions into one cloud-delivered service removes much of the integration work between products from different vendors.

Better network performance and reliability

SD-WAN capabilities such as load balancing, link aggregation, and failover keep performance high and connections reliable across every link.

Enhanced user experience

Digital experience monitoring tunes performance across locations and improves the day-to-day experience for users, with no extra software or hardware to install.

How we deliver it

Both layers, designed and run as one.

SASE is not a single product you switch on. It is an architecture that brings your SD-WAN networking layer together with cloud security controls like FWaaS, CASB, ZTNA, and Cloud SWG. It works best when those pieces are designed around how your traffic, users, and applications actually behave.

That is where Edge7 Networks comes in. Whether SASE arrives as a single platform or the right mix of technologies, we are the glue. We design it around how traffic moves today, connect the pieces, and manage them as one. Not a reference diagram imposed on an environment it was never built for.

Both layers, one team. The engineers who design your connectivity design your security. Every decision is made with full context, and run by the people who made it.

Technology partners
HPE Aruba Palo Alto Networks Best-of-breed
Every SASE engagement starts with an assessment of your current network, users, applications, and security controls. From there we build a phased roadmap to a converged architecture that works with your existing investments. No assumptions. No reference architectures imposed on an environment they were not designed for.
You do not have to deploy every layer at once. If you already run SD-WAN, we add the cloud security layer alongside it. If you are starting from traditional WAN and VPN, we sequence both so the highest-value change lands first, at a pace that matches your budget and licence cycles.
Once live, both layers are managed by Edge7 Networks engineers who already know your environment. Policy changes, new site onboarding, capacity adjustments, and user troubleshooting across networking and security are all handled by the team that designed the architecture.
Regular reporting across connectivity and security in one view. Performance, policy enforcement, and security events together, so your team stays informed and in control without operating the platform themselves. Monthly reviews cover what changed and what needs attention next.
Why Edge7 Networks

The team. The depth. The coverage.

Three things that make managed SSE from Edge7 Networks different from enabling a platform and hoping for the best.

Same engineers, year after year

The engineers who design your secure access architecture are the same people who support it. They learn your environment, your users, and your risk profile. When something needs adjusting, they already understand the context.

We converged, too

Edge7 Networks grew from networking into security because the two were always connected. SASE is not a new direction for us. It is how we already work, with specialist depth on both sides rather than one bolted onto the other.

Eight services, one team

SSE sits alongside SOC/SIEM, MDR, EDR, email security, firewall, identity, and incident response. When you take multiple services, the same team has visibility across all of them. Faster detection, fewer gaps between tools.

Networking expertise built in

Edge7 Networks has been designing enterprise networks since 2018. When we deploy SSE, the policies are informed by how traffic actually moves through your environment. That context is what makes the difference between a platform that works on paper and one that works in practice.

Frequently asked questions

Common questions about SSE, SASE, Zero Trust, and managed cloud security.

Security Service Edge (SSE) is a cloud-delivered security architecture that consolidates network security functions, including Zero Trust Network Access (ZTNA), Secure Web Gateway (SWG), Cloud Access Security Broker (CASB), and Data Loss Prevention (DLP), into a single managed cloud platform. SSE moves security enforcement from the corporate perimeter to the cloud, applying consistent policy regardless of where a user is connecting from.

SASE (Secure Access Service Edge) combines SSE (the security layer) with SD-WAN (the networking layer) into a unified cloud platform. SSE is the security-only component of SASE. Many organisations adopt SSE first. Addressing cloud security for remote workers. Before integrating SD-WAN to complete a full SASE architecture. Edge7 Networks delivers both SSE and SD-WAN, enabling phased adoption or a full SASE deployment.

Zero Trust Network Access (ZTNA) is a security model that replaces traditional VPN-based remote access. Instead of granting users broad network access after authentication, ZTNA grants access only to the specific applications a user is authorised to use, based on continuous verification of identity, device health, and context. This limits lateral movement and reduces the attack surface compared to VPN, where a compromised credential can expose the entire internal network.

A Secure Web Gateway (SWG) is a cloud security control that inspects and filters outbound web traffic from users, regardless of their location. SWG blocks access to malicious sites, enforces acceptable use policies, and prevents data exfiltration via the web. In an SSE architecture, SWG is applied consistently to all users, whether in the office or working remotely, without requiring traffic to backhaul through a corporate data centre.

Cloud Access Security Broker (CASB) is a security control that sits between users and cloud applications, enforcing security policy for cloud service usage. CASB provides visibility into which applications users are accessing, including unsanctioned shadow IT. Controls what data can be uploaded or downloaded, and enforces compliance with data handling policies. CASB is particularly relevant for organisations with significant use of SaaS applications such as Microsoft 365, Google Workspace, and Salesforce.

Let us talk about SASE.

Whether you are converging networking and security for the first time, replacing a legacy WAN and VPN together, or adding the second layer to something you already run. No pressure. A practical conversation with engineers who work across both sides.

ISO 27001:2022
ISO 9001:2015
Cyber Essentials
HPE Aruba Partner