Network modernisation is absolutely essential to digital transformation. Your enterprise network is the IT backbone of your business. With increasing complexity, aging networks, the accelerating need for network agility and an evolving application landscape, IT leaders are turning to programmable, agile and software-driven enterprise networking solutions.
Why Choose Alfa Xprienz Network Modernisation Soltions
Agility and economics of public infrastructure with the control and reliability of dedicated resources.
Architected to manage change: fully autonomous WAN driven by business-intent.
Modern WAN innovation and transformation backed by a history of industry firsts
Any transport, any cloud, any deployment model; best of breed partners with one-click integration.
Business priorities are always reflected in the way the network behaves; business intent drives applications and network resources.
End users enjoy always-consistent, always-available application performance; IT reclaims nights and weekends with high availability and resiliency
Applies advancements in automation and machine-learning to power a self-driving wide area network that gets smarter every day
Designed from the ground up to unify SD-WAN, firewall, segmentation, routing, WAN optimization and application visibility and control.
There is a desire to operate at "cloud speed," but many organizations may be reluctant to transition to a broadband WAN often referred to as an SD-WAN overnight. While the ultimate goal may be a software-defined WAN, enterprises can begin their journey with a hybrid WAN.
See, control and segment all applications and data running across WAN
Secure and Segment WAN traffic and applications with encrypted virtual overlays across the WAN and Cloud
Deliver predictable application performance and QoS across the WAN
Ability to Service Chain and route services across the WAN
Multiprotocol Label Switching (MPLS) is a mechanisim in high-performance telecommunications networks that directs data from one network node to the next based on short path labels rather than long network addresses, avoiding complex lookups in a routing table. It is a mechanism used to transfer data across large data/voice/video networks. This Capability saves valuable router resources, and greatly increases the speed at which packets are forwarded
MPLS supports following applications:
Virtual Private Networking (VPN)
Traffic Engineering (TE)
Quality of Service (QoS)
Any Transport over MPLS (AToM)
Additionally, it decreases the forwarding overhead on the core routers. MPLS technologies are applicable to any network layer protocol
Talk to one of our experts to discover how Alfa Xperienz Solutions can help you achieve your AI and data-driven aspirations.