![]() ![]() They enable edge apps to tap into locally cached content and real-time information about local network conditions, leveraging edge analytics to optimize performance and reduce latency and jitter for an enhanced consumer experience. Real-time applications: Mobile edge platforms provide a runtime execution environment (RTE) for virtual network functions (VNF) and non-telco workloads.While the edge app or service generally uses the data provided, the platform should provide API-based access for easy consumption. Mobility support: The mobile edge platform enables integration with 5G and 4G/LTE mobile operator control systems to access device, user, and location information on an as-needed basis.While many mobile edge platform vendors integrate deployment and management capabilities within their solution, some pure-play vendors only provide open, standalone orchestration solutions supporting edge apps and services hosted in VMs, containers, or clusters. Control system: The control system provisions, manages, and orchestrates account and resource allocation for mobile services delivered across the underlying infrastructure.Unlike scalability, where resources are added to accommodate larger loads, elasticity allows virtual resources to be dynamically adjusted up or down based on changing application demands. On-demand elasticity is the ability to spin up and down test, development, and sandbox infrastructure environments on demand without jeopardizing compliance, governance, performance, security, or stability. On-demand resources: Virtualized compute, storage, or network resources are delivered on demand to meet end-user/subscriber demand via the mobile network.Unused or underutilized compute and storage resources hosted in edge facilities are used to host edge platforms, opening up new monetization opportunities, often in a revenue-sharing model between the mobile edge platform vendor and the mobile operator. Telco hosted: Mobile edge platforms are hosted by and/or managed by communication service providers (CSPs), network service providers (NSPs), or mobile network operators (MNOs).This report provides an overview of the vendor landscape based on the following table stakes, which are mature, stable solution features common across vendors: Others provide specific technologies for reducing latency or orchestrating edge deployments. Many mobile edge platform vendors provide compute and/or storage services embedded within mobile operators’ data centers at the edge of the telco network to enable low-latency data transfer between application servers and mobile devices. Addressing many of the challenges associated with distributed computing, including bandwidth, data sovereignty, latency, and resiliency.Increasing availability with autonomous edge systems enabling continuous operations even when disconnected, reducing disruption and lowering costs.Providing ultra-low latency and accelerating time-to-insights by tapping into and processing data at the edge of the 5G or LTE network.Improving operational efficiency, cost optimization, and risk mitigation by reducing the volume of data transferred to centralized processing hubs.Mobile edge platforms deliver faster response times, increased insights, an enhanced user experience, and other tangible benefits. Fueled by emerging use cases for AR/VR, IoT, machine learning, robotics, and telco network functions are driving operators to explore how to open their radio access network (RAN) to mobile edge platforms and authorized third parties, allowing them to deploy innovative applications and services rapidly for use by individual and enterprise consumers. Mobile edge platforms enable multiaccess edge computing (MEC), provisioning compute and storage resources as close as possible to the end-user-either at the boundary or within the operator network. The convergence of 5G, edge computing, and hybrid/multicloud deployments redefines how businesses operate. As 5G connectivity and edge adoption ramp up, modernizing networks to take advantage of emerging technologies for near real-time processing with ultra-low latency and high bandwidth becomes increasingly critical. According to industry surveys, the number of edge apps will increase tenfold in the next three years as most new enterprise IT infrastructure is deployed at the edge rather than in data centers.
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