Read about our NFV and Enterprise case studies
The company is one of the largest reinsurance companies in the world and offers a wide range of primary and health insurance products to businesses and private individuals as well as asset management.
This tier-1 reinsurance company has big data computational requirements for actuarial calculations which are performed against a diversity of databases constantly. These databases run on nearly 600 OpenStack VMs, and need to continually be managed, monitored, and upgraded all while enabling continuous integration and development in testing and production environments.
Cloudify enabled this company to deploy databases on demand, manage them, upgrade them as needed through a simple application blueprint while tying all of the pieces of the infrastructure and application together. The complex architecture contains a management portal to request environment provisioning, an existing IaaS orchestrator that sends JSON requests to Cloudify, a DNS/DHCP that receives the IPs, OpenStack cloud, NetApp storage, Chef for application deployment, alongside 6+ backup and monitoring tools.
The client is one of the largest banks in North America, and the world (based market capitalization)
The organization was facing challenges with accumulating too much technology, in business silos, that was not standardized and was fragmented across business units. The need to create a single source for their diversity of technology, along with a deployment model that was easily consumable yet scalable, by developers and operations alike across hybrid stacks and infrastructure.
The Cloudify team helped the banks’s team build a standardized selection of “certified” blueprints, that the client would be able to provide their 10+ lines of business (LOBs), in a simple web-based catalog for one-click consumption. This catalog gave the bank’s developers a simple method to configure and provision environments on demand to test their hundreds of applications and rollout new services, without the former time-consuming procurement cycles, or bottleneck of IT provisioning. Since the blueprints are written in simple YAML, developers were also able to modify and customize the blueprints to match the configuration needed for each particular environment, enabling level of flexibility a human operator would be able to provide.
The work of the Cloudify team enabled technology standardization across the entire business and all LOBs, in a multinational corporation, ultimately lowering the bank’s costs by 40%, enabling them to deploy over 5000 nodes on OpenStack in production, helped them introduce over 50 new digital services and technologies to their internal end-users and clientele, and seven new platforms, all in under one year.
Building a portfolio of unique and innovative services and migrating from their legacy turn-key vendor.
The open and model-driven solution provided by Cloudify enabled this company to build a best of breed NFV stack, leveraging open solutions to provide a catalog of innovative VNF services on demand through a one-click consumable model – providing a self-service portal for on-demand services such as vCPE and SD-WAN.
The open nature of Cloudify, and its vCPE service, enables end users to model their architecture, configure, provision, deploy, and monitor their NFV and SDN applications.
The company presented a number of business, telco, and IT challenges it was looking to PoC in the trial including:
Cloudify integrated all of the parts of the solution including connecting greenfield and brownfield environments, by providing:
All of this based on standardized telco ETSI cloud, with out of the box service function chaining, across multiple locations.
This PoC successfully demoed all of the requested use cases and showed how performance gains of up to 450 %can be achieved on the same lines and CPE equipment by offloading work to the vCPE.
The global integrated telecom company offers satellite and digital television, fixed and mobile telephony, broadband access and fixed-line internet services, IoT and other advanced services to millions of customers around the world. The company delivers various services to most of the Fortune 1000 companies as well as over 3 million worldwide businesses.
The challenge for the company is to seamlessly transition to a “Telecom 2.0” service provider in the mobile, broadband, television, IoT, and vCPE areas. At the heart of this goal is the necessity to integrate their NFV system by introducing an open source, standard-based NFV orchestrator capable of managing the scale and efficiency required for this next generation telecommunications networking.
The solution centered around delivering five primary business cases:
Cloudify was chosen for this use case chiefly for its commitment to open source and the TOSCA standard, making Cloudify the best choice for the client. The Cloudify ecosystem and community were also key in this endeavor. Cloudify not only has plugins for all major VIMs, it also contains built-in monitoring, alerting, and logging out-of-the-box.
The global telecom company boasts over hundreds of millions of mobile customers, fixed-network lines, and broadband lines worldwide.
Deployment and Management of Nominum DNS on OpenStack in Locations Throughout Europe
To build a DNS service with orchestration that can effectively and dynamically manage the lifecycle of a set of highly scalable, fault tolerant, virtualized network services residing in a distributed but interconnected cloud platform.
Cloudify provided full, end-to-end automation and orchestration of Nominum DNS, with IPv6 support, at a number of datacenters located throughout Europe. This service is a highly complex, distributed VNF utilizing an IPv6 stack, and something that Cloudify is uniquely suited to handle. The Cloudify team created a TOSCA blueprint describing the topology of OpenStack and the application, which was to be used by the developers to deploy Nominum DNS on each of the datacenters. Cloudify would also be used to manage the state of the service on each datacenter as well as any other lifecycle operation. As a result of this work, the team built a generic architecture that Cloudify can use to deploy any network service on any datacenter.