Core

The latest version of Microsoft's web application development framework brings excellent new capabilities to middleware, minimal API apps, and more.

You can find the complete list of new features in ASP.NET Core 7 With ASP.NET Core 7, you can take advantage of dependency injection to bind parameters in the action methods of your API controllers. The following code snippet illustrates how IFormFile can be used. ); var result = await next(endpointFilterInvocationContext); return result; }) .AddEndpointFilter(async (endpointFilterInvocationContext, next) => { app.Logger.LogInformation("This is the 3rd Filter." So, if the type is configured as a service, you no longer need to add the [FromServices] attribute to your method parameters. ); var result = await next(endpointFilterInvocationContext); return result; }) .AddEndpointFilter(async (endpointFilterInvocationContext, next) => { app.Logger.LogInformation("This is the 2nd filter." The Microsoft.AspNetCore.RateLimiting middleware in ASP.NET Core 7 can help you enforce rate limiting in your application. In response to an HTTP request that matches the Content-Encoding header value, the middleware encapsulates the HttpRequest.Body in a suitable decompression stream using the matching provider. This article discusses the biggest highlights in ASP.NET Core 7, and includes some code examples to get you started with the new features. To get started using this built-in middleware, add the Microsoft.AspNetCore.RateLimiting NuGet package to your project by executing the following command at the Visual Studio command prompt. To add the middleware to the request processing pipeline, call the IApplicationBuilder.UseOutputCache extension method. Built on top of the .NET Core runtime, ASP.NET Core 7 has everything you need to build cutting-edge web user interfaces and robust back-end services on Windows, Linux, and macOS alike.

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Shardeum is a key player in the smart contract platform ecosystem who shares OKX’s Web3 vision. Known as the fastest and most reliable crypto trading platform for investors and professional traders everywhere, OKX’s Through its provable scarcity, contraction mechanism, and governance, $CORE aims to become a leading token for value and usability among decentralized applications. OKX Is pleased to announce that it has expanded its Web3 offerings with the integration of Shardeum into OKX’s wallet. OKX is excited to announce the listing of $CORE on its exchange - OKX is excited to announce the listing of $CORE on its exchange

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Samsung Electronics today announced the company has been selected by KDDI to provide its cloud-native 5G Standalone (SA) Core for the operator's commercial ...

[KDDI’s selection of Samsung](https://news.samsung.com/global/samsung-selected-as-a-5g-network-solution-provider-for-kddi-in-japan) as a 5G network solutions provider and 5G [network rollout](https://bit.ly/31j8o3V) on 700MHz. Through ongoing research and development, Samsung drives the industry to advance 5G networks with its market-leading product portfolio from virtualized RAN and Core to private network solutions and AI-powered automation tools. Samsung’s 5G Core will also enable KDDI to optimize network slicing — a feature that requires a full 5G SA Core. In their collaboration, Samsung has been providing its 5G network solutions which support the operator’s low-, mid- and mmWave spectrum bands — including Massive MIMO radios. “We look forward to continuing our collaboration with KDDI to reshape the 5G services landscape in Japan and achieving new 5G milestones.” For geographic redundant deployment, Samsung and KDDI are operating multiple cores in various locations, with each core dimensioned to pick up loads in case one of the active cores becomes unavailable due to traffic bursts or natural disasters.

Samsung noted that the SA architecture will enable KDDI to create an independent 5G network, enabling lower latency capabilities.

KDDI also said that core functions are implemented as software to enable flexible and efficient management of network resources. “We look forward to continuing our collaboration with KDDI to reshape the 5G services landscape in Japan and achieving new 5G milestones.” “With Samsung’s 5G SA core, we will offer unprecedented speed, instantaneous connectivity and high reliability which could bring numerous new experience value for consumers and enterprises.”

Japanese telecom giant KDDI scored a deal with Samsung to drive the vendor's cloud-native 5G standalone (SA) core into its network.

[5G network](https://www.sdxcentral.com/5g/definitions/key-elements-5g-network/5g-network-infrastructure/). The field trial generated multiple network slices using Samsung’s [RAN intelligent controller (RIC)](https://www.sdxcentral.com/resources/glossary/near-real-time-ran-intelligent-controller-ric/) running on a live commercial 5G SA network in Tokyo. This was just 10% of the 200 5G non-standalone (NSA) commercial networks deployed worldwide. “In some markets, operators have adopted a ‘wait-and-see’ approach and are looking for evidence of successful use cases before switching from 5G NSA to SA,” the Counterpoint Research tracker stated. A 5G SA core, which consists of the user plane, control plane, and shared data layer network functions, is completely diverged from a legacy 4G LTE core. Counterpoint Research noted that there were 21 5G SA deployments in the Asia-Pacific region; seven in the U.S.; seven in Europe; four in the Middle East and Africa region; and three in the Caribbean and Latin America. “Are there devices there to take advantage of that? Counterpoint Research did note that “Asian vendors Samsung and NEC are mainly focused on their respective domestic markets but are expanding their reach to tier-two operators and emerging markets.” This feature is also enabled by the cloud-native nature of the core, which allows it to be spun up as a function running in different physical locations. The move further bolsters Samsung’s 5G SA presence in the region. This includes Samsung being [cloud-native](https://www.sdxcentral.com/cloud/cloud-native/definitions/what-is-cloud-native-definition/) [5G](https://www.sdxcentral.com/5g/definitions/what-is-5g/) standalone (SA) core into its [network](https://www.sdxcentral.com/resources/glossary/network/).

Samsung has announced that its 5G Core will power the KDDI commercial 5G standalone network in Japan, the network will use Samsung's 5G SA Core. Samsung's.

“We look forward to continuing our collaboration with KDDI to reshape the 5G services landscape in Japan and achieving new 5G milestones.” We look forward to continue advancing 5G networks to stay ahead of our customers’ needs.” “With Samsung’s 5G SA Core, we will offer unprecedented speed, instantaneous connectivity and high reliability which could bring numerous new experience value for consumers and enterprises.

KDDI tapped Samsung Electronics to supply a cloud-native standalone (SA) 5G core network, enabling the Japan-based operator to offer the benefits of network ...

[turned on an SA 5G site ](https://www.mobileworldlive.com/asia/asia-news/kddi-lights-sa-5g-vran-site/)using virtualised RAN equipment from Samsung and Fujitsu in February 2022. [demonstrated](https://www.mobileworldlive.com/asia/asia-news/kddi-samsung-team-on-network-slicing/) the capability of an SA network to generate multiple network slices, using a RAN intelligent controller from the vendor in a field trial in Tokyo. KDDI tapped Samsung Electronics to supply a cloud-native standalone (SA) 5G core network, enabling the Japan-based operator to offer the benefits of network slicing to its retail and enterprise customers.