Developing Software for Multi-Access Edge Computing

| September 1, 2017

article image
Edge Computing refers to a broad set of techniques designed to move computing and storage out of the remote cloud (public or private) and closer to the source of data. For the emerging class of “5G Applications” this is often a matter of necessity. Locating such applications in a traditional cloud does not allow one to meet certain stringent requirements, such as roundtrip latency. In other cases, such as the Internet of Things (IoT) and Vehicle to everything communication (V2X), the amount of data is expected to increase rapidly. Edge computing can mitigate this by collecting and processing the data closer to the user.

Spotlight

Electric Sheep Fencing, LLC

We are the leading provider of custom FreeBSD-based network security appliance solutions, as well as the official commercial support provider of the open source firewall pfSense, providing support, consulting and development services to a worldwide customer base.

OTHER ARTICLES

8 reasons to consider hyperconverged infrastructure for your data center

Article | March 1, 2020

Demand for on-premises data center equipment is shrinking as organizations move workloads to the cloud. But on-prem is far from dead, and one segment that’s thriving is hyperconverged infrastructure (HCI). HCI is a form of scale-out, software-integrated infrastructure that applies a modular approach to compute, network and storage capacity. Rather than silos with specialized hardware, HCI leverages distributed, horizontal blocks of commodity hardware and delivers a single-pane dashboard for reporting and management. Form factors vary: Enterprises can choose to deploy hardware-agnostic hyperconvergence software from vendors such as Nutanix and VMware, or an integrated HCI appliance from vendors such as HP Enterprise, Dell, Cisco, and Lenovo.

Read More

Why America Must win the Race to 5G

Article | March 15, 2020

The United States has entered another technology duel on par with the space race—the race for the 5G network. It will revolutionize digital interconnectivity through enhanced data processing and storage capacity. The Chinese technology giant Huawei is capturing the 5G telecommunications equipment industry worldwide. Huawei promotes contracts covering every aspect of the 5G network from financing to installation. The United States is concerned that the company’s growth amplifies China’s political sway and brings security vulnerabilities. Huawei is subservient to the communist government under Chinese law. Multiple governments have indicted Huawei for espionage, theft, bribery, and corruption. The United States has added to these charges obstruction of justice, fraud, and illicit sales to the rogue regimes of Iran and North Korea. As the West and China haggle over the 5G market, several nations face a telling choice. To meet the 5G challenge, the United States should negotiate trade agreements on end-to-end 5G services, create supply chains for upcoming virtualized 5G networks, support alternate suppliers, and invest in domestic research to dampen Huawei’s expansion.

Read More

Accelerating 5G vRAN: The Case for GPUs

Article | April 1, 2020

The pace of 5G rollouts in 2019 surpassed expectations, and in 2020 the momentum is only increasing. So far, 5G usage has been predominantly 4G-style mobile broadband (MBB) services driving smartphone traffic growth. By the end of 2019, global mobile data traffic was around 40 exabytes (EB) per month and by 2025 we expect 160 EB, with video-related streaming accounting for about three-quarters of the total. Beyond MBB, 5G will allow service providers to address more of the IT value chain as they accommodate and enable an emerging range of enterprise applications and services. What will it take to spur this next wave of 5G across a broad spectrum of use-cases? RAN virtualization is a key element to the story of 5G reaching beyond MBB.

Read More

VMware Tanzu Service Mesh, built on VMware NSX is Now Available

Article | March 11, 2020

VMware marked its entry into the service mesh space with the announcement of VMware NSX Service Mesh. Today, we have some exciting developments to share. First, VMware NSX Service Mesh is now VMware Tanzu Service Mesh. This new brand aligns with the VMware Tanzu Portfolio for modern applications that we launched today. Second, and more importantly, we are announcing that Tanzu Service Mesh, built on VMware NSX is now available for purchase. Tanzu Service Mesh provides consistent connectivity and security for microservices – across all your Kubernetes clusters and clouds – in the most demanding multi-cluster and multi-cloud environments. Tanzu Service Mesh can be installed in Tanzu Kubernetes Grid (TKG) clusters and third-party Kubernetes-conformant clusters, and used with clusters managed by Tanzu Mission Control (i.e., Tanzu-managed clusters) or clusters managed by other Kubernetes platforms and managed services.

Read More

Spotlight

Electric Sheep Fencing, LLC

We are the leading provider of custom FreeBSD-based network security appliance solutions, as well as the official commercial support provider of the open source firewall pfSense, providing support, consulting and development services to a worldwide customer base.

Events