Extending the Application Edge with F5 BIG-IP VE and Megaport Virtual Edge
- Integrations
- July 3, 2026
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By Aurelian Bonciog, Solutions Architect, DACH
Learn how F5 BIG-IP VE simplifies multicloud application delivery, security, and traffic management with MVE.
As enterprise applications continue spreading across multiple clouds, the application edge is changing.
A few years ago, application delivery was usually tied to a physical appliance sitting in a data center; today, applications are everywhere. A typical network could include an ERP in one cloud, analytics in another, APIs in another, users connected from branches over SD-WAN, and workloads running on-prem.
Connecting to the cloud is the easy part. The challenge is now keeping application delivery, security, and traffic management consistent across all these environments.
Over time, every cloud tends to build its own ingress model, SSL handling, security stack, traffic policies – and this causes operations to become fragmented quickly.
This is where the combination of F5 BIG-IP Virtual Edition and Megaport Virtual Edge (MVE) becomes valuable.
From hardware Application Delivery Controller (ADCs) to a software-defined application edge
F5 has been part of enterprise application delivery for a long time.
Originally, BIG-IP was known for reliable hardware load balancing in large data centers. Over time, the platform evolved into a multi-service application delivery and security platform with:
- LTM
- DNS/GTM
- WAF
- access policies
- SSL offload
- API protection.
Now, with BIG-IP VE on MVE, those same services can be deployed directly on Megaport’s software-defined infrastructure, providing access to a private global network. With this setup, the application edge is no longer tied to a single data center or physical appliance – it becomes part of the network fabric itself.
A practical multicloud example
Imagine an enterprise running:
- ERP systems in Azure
- analytics workloads in AWS
- APIs in GCP
- branch connectivity through SD-WAN
- and some applications on-prem.
Instead of deploying separate application delivery stacks inside every cloud, the organization deploys BIG-IP VE on MVE.
Using the Megaport Portal, they create:
- MVE instances
- private cloud on-ramps
- VXCs into AWS, Azure, and GCP
- connectivity into SD-WAN gateways and data centers.
BIG-IP VE then becomes the centralized application edge between all environments. Applications remain distributed across clouds, but traffic management and security become centralized again.
From one platform, the enterprise can then handle:
- load balancing
- SSL/TLS offload
- WAF inspection
- DNS-based traffic steering
- centralized access policies.
Why this model matters
The biggest advantage of this setup is often not raw performance, but operational consistency.
Instead of managing:
- different ingress architectures
- separate security stacks
- multiple certificate platforms
- fragmented traffic policies
enterprises get:
- one application edge
- one operational model
- and one place to manage application traffic.
Because traffic between environments stays private across the Megaport network, routing behavior also becomes far more predictable for:
- APIs
- hybrid applications
- east-west cloud traffic
- AI workloads
- and latency-sensitive services.
And as virtual ADC adoption continues growing, this model naturally supports enterprise infrastructure as it evolves toward hybrid and multicloud architectures.
