A company that aims at delivering good service, can’t do so without experience. That is why we carefully hand-pick only the best in the industry. Our expertise ranges from complex SDN projects to framework solutions, visualization, and databases.
Utilizing a software-defined network will decrease traffic, as well as time spent on managing a physical network of devices. Dynamic optimization is one of the main principles of a software-defined network. A network will stop relying on hardware – all functions and devices will be replaced by software – utilizing automation in the process.
configure all the devices in the network so that they are able to fulfill the new requirements. This and more can be done with an SDN network.
Our aim is for the user to be able to tell the network which activities to anticipate, in order for it to adapt to the user’s needs. Network virtualization is the future.
Network Function Virtualization is a concept, which uses various technologies to virtualize network services. You can combine, chain, and connect various services as you wish.
This can lead to significant cost-reduction for networks, as well as lowering the complexity and manageability of such networks. Contact us to learn more about why your network needs to be virtualized.
configure all the devices in the network so that they are able to fulfill the new requirements. This and more can be done with an SDN network.
Our aim is for the user to be able to tell the network which activities to anticipate, in order for it to adapt to the user’s needs. Network virtualization is the future.
The revolutionary, open-source SDN controller, used by leading corporations around the world.
When it comes to OpenDaylight (ODL for short), you can trust Bluefield.tech to be the go-to expert regarding anything ODL. Bluefield.tech has extensive experience in implementing OpenDaylight solutions in several of our projects and client proposals.
We are proud to be working with some of the best in the industry and Top 3 commiters to the OpenDaylight code.
We are proud to be working with some of the best in the industry and Top 3 commiters to the OpenDaylight code.
Clustering improves performance & request distribution.
Our test-suite supports the detection and prevention of code regressions in OpenDaylight. Contact us to learn more about Clustering for OpenDaylight with the button below:
A collaborative, open-source project, which aims to reduce the time needed to integrate & deploy an NFV infrastructure. As a bonus, onboarding VNF/CNFs with OPNFV is a breeze.
The community is the main advantage of OPNFV – implementation, testing, and deployment of tools for an NFV infrastructure is aligned with industry reference architectures.
OPNFV builds NFV Infrastructure (NFVI) and Virtualized Infrastructure Management (VIM) by integrating components from upstream projects such as SDN controllers, cloud/container orchestration software, or virtualization software.
acceleration technologies. OPNFV that run on both Intel and ARM commercial and white-box hardware.
OPNFV reduces time to integrate and deploy NFV infrastructure and onboard VNF/CNFs
OPNFV reduces time to integrate and deploy NFV infrastructure and onboard VNF/CNFs
OPNFV reduces time to integrate and deploy NFV infrastructure and onboard VNF/CNFs
A Go framework for building applications, that can control your Cloud-Native Network Functions (CNFs).
Applications that manage CNFs, are implemented as microservices, packed in containers, and deployed in pods. All of this in a network with physical, as well as virtual hosts.
Ligato will help you develop and implement a wide array of scalable and custom CNFs across your network.
Vector Packet Processing is a highly modular library, which implements DPDK capabilities with flexible packet processing solutions.
Being kernel & hardware-agnostic is one of the main strengths of VPP, with low-latency and resource-efficient services. However, to gain the most from VPP, you should rely on experts in the field.
Bluefield.tech can provide you with the best in the industry, who know the ins and outs of Vector Packet Processing and how to implement it correctly. Contact us below.
High-throughput, low-latency, and resource-efficient IO services. VPP remains hardware, kernel, and deployment (bare metal, VM, container) agnostic. The principle of VPP is, that you can plug in a new graph node, adapt it to your network purposes and run it right off the bat. Including a new plugin does not mean, you need to change your core-code with each new addition. It’s unique dispositions and high adaptability, combined with its capabilities, are expected to extend into areas like security and cloud solutions.
