Who said you have to choose between speed and stability? You want a highly resilient, carrier grade virtualised network, and you want it without the limitations of yesterday’s hardware. Aptira has built a network that you can rely on. With the latest in Network Function Virtualisation (NFV) and Software Defined Networking (SDN), our network services will launch you into the future of networking.
Aptira is one of the few solution providers on the cutting edge of Network Function Virtualisation that has deployed NFV solutions into production. Multiple times, with multiple vendors.
The promise is two-fold. Firstly, running traditional telco solutions on commodity hardware, rather than specialised ASIC-based devices. Secondly, being able to chain services together in minutes rather than weeks using Software Defined Networking (SDN) capabilities built into, or layered on top of your network infrastructure. Aptira can allow your business to use SDN and NFV to quickly adapt to market needs, whilst increasing the speed and flexibility of your network, controlling spend and removing bottlenecks.
Our network services address many of the key challenges associated with cloud networks; addressing security, volume and flexibility concerns to provide your customers with an uninterrupted user experience.
Network Function Virtualisation (NFV) is one of the latest hype topics to hit the telco space. While NFV isn’t a pipe dream, it’s certainly heavy on the hype.
With Aptira’s Network Function Virtualisation services, manual provisioning and time consuming tasks can be automated and replaced by the click of a button, accelerating service delivery and improving productivity, and enabling rapid programmability across all phases of development, test, release and operation.
Aptira’s SDN Services allow you to configure and control your own network – and spend. Manual provisioning and time consuming tasks can be automated and replaced by the click of a button, accelerating service delivery and improving productivity.
Software Defined Networking (SDN) allows network administrators to manage network services through abstraction of lower level functionality. Aptira can utilise a range of cutting edge open network projects and technologies to manage your network services including OpenvSwitch, VMWare, Open Contrail, Midokura and Neutron to keep you ahead of your competitors.
We’ve deployed SDN and NFV solutions into production for some of Australia’s largest telco’s, service providers and enterprises, helping them to address many of the key challenges associated with cloud networks. These challenges relate to scalability, time consuming and manual provisioning of new services, as well as the increasing costs and complexity which is often associated with increased user demand and traffic.
ONAP addresses these concerns, providing the ability to create, design and deploy network services in a fully automated manner. Telco’s and Service Providers can deploy new services on demand, allowing greater control over network services with lower operational costs.
ONAP enables real-time, policy-driven network automation and orchestration of physical and virtual network functions. This delivers the capability to design, create, orchestrate, manage and monitor the full lifecycle of VNFs and higher level services with ease. With ONAP, we can move your legacy networks into the software defined future. Learn more about what we’re doing with ONAP here.
We’ve teamed up with our good friends at Cloudify to help Telco’s across the region build their NFV networks.
By bringing a Cloudify orchestration layer toward driving a physical MPLS network into a SDN/NFV Network, along with various networking tools including an OpenDaylight SDN Controller, Open-Flow switches and OpenStack based VNF’s, we’ve allowed Telco’s to save CAPEX, easily provide low cost services, and be able to quickly adapt to change and roll out more updates and services.
This NFV network brings the agile DevOps methodology into the world of Telecommunication Networking, allowing many manual workflows to be automated. Using this model, Telco’s can:
With the help of our good friends at Noviflow and their SDN switches, we’re able to deliver consistent, seamless, edge-to-core SDN based centralisation and control.
These switches were specifically designed for deployment in carrier networks and data centers looking to leverage the benefits of software-defined networking to improve the cost/performance, security, scalability and flexibility of networks. Applications include SD-WAN, SDN-based Access Networks, Network Optimization, NFV, EPC, Cloud, and Hyperscale Networking.
This allows us to provide fully programmable forwarding planes ideal for use in SDN, NFV, CORD, switching, routing and cyber security. NoviFlow Inc. provides high-performance Programmable SDN/OpenFlow switching solutions to network operators, data centres, government agencies and enterprises seeking greater control and flexibility over their networks.
OpenKilda is a scalable SDN Controller, architected from the ground up from web-scale technologies. OpenKilda solves the scalability challenge other SDN controllers face and was built to manage unreliable control plane which can traverse across multiple carriers over long distances.
Designed to solve the problem of implementing a distributed SDN control plane with a network that spans the Globe. OpenKilda solves the problem of latency while providing a scalable SDN control & data-plane and end-to-end flow telemetry.
The Software Defined Networking (SDN) technology landscape has evolved quickly over the last two years. Due to the developing nature of the SDN controller space, there is a plethora of software available for use.
Whilst many SDN controllers exist, we will compare the maturity of the most popular Open Source SDN controllers in industry and academia including: the Open Network Operation System (ONOS), OpenDayLight (ODL), OpenKilda, Ryu and Faucet. This comparison will be useful for organisations to help them select the right SDN controller for their platform which match their network design and requirements. View Comparison.
