.png.6dd3056f38e93712a18d153891e8e0fc.png.1dbd1e5f05de09e66333e631e3342b83.png.933f4dc78ef5a5d2971934bd41ead8a1.png)
Search the Community
Showing results for tags 'http'.
Found 11 results
-
HTTP/2, a widely adopted web communication protocol, organizes data transmission through a binary framing layer, wherein all communication is divided into smaller messages called frames, each identified by a specific type, such as headers, data, and continuation frames. HTTP/2 HEADER frames facilitate the transmission of HTTP headers for requests and responses, employing the HPACK encoding […] The post HTTP/2 CONTINUATION Flood Vulnerability appeared first on Blog. The post HTTP/2 CONTINUATION Flood Vulnerability appeared first on Security Boulevard. View the full article
-
Application Load Balancer (ALB) now provides flexibility that allows you to configure HTTP client keepalive duration for communication between clients and load balancer. With this feature, you can configure keepalive values to optimize client experience. View the full article -
.thumb.jpg.10b3e13237872a9a7639ecfbc2152517.jpg)
Great post about application authentication and authorization on AWS; https://blog.cloudcraft.co/application-authentication-and-authorization-on-aws/ -
The new Dart Signature V4 client allows developers to securely integrate with all 200+ AWS services using signed HTTP requests. This functionality enables Dart developers to make native calls to AWS backends in their Flutter or Dart applications, to make changes to the data or configurations of AWS services. View the full article
-
We are pleased to announce the preview release of AWS Common Runtime (CRT) HTTP Client - a new HTTP client supported in the AWS SDK for 2.x. AWS CRT HTTP Client is an asynchronous, non-blocking HTTP client built on top of the Java bindings of the AWS Common Runtime. Customers can choose to use the CRT HTTP client to benefit from features such as improved startup time, connection health checks, and post-quantum TLS support. View the full article
-
Apache Flink Kinesis Consumer now supports Enhanced Fan Out (EFO) and the HTTP/2 data retrieval API for Amazon Kinesis Data Streams. EFO allows Amazon Kinesis Data Streams consumers to scale by offering each consumer a dedicated read throughput up to 2MB/second. The HTTP/2 data retrieval API reduces latency of data delivery from producers to consumers to 70 milliseconds or better. In combination, these two features allow you to build low latency Apache Flink applications that utilize dedicated throughput from Amazon Kinesis Data Streams. View the full article
-
Customers can now create HTTP APIs that route requests to the new AWS Step Functions Synchronous Express Workflows. View the full article
-
Customers can now create HTTP APIs that route requests to the new AWS Step Functions Synchronous Express Workflows. View the full article
-
Nginx, pronounced as “Engine x”, is a free, open-source Linux-based high-performance web and a reverse proxy server that is responsible for managing and handling the load of the largest websites traffic on the internet. Nginx is a powerful redirecting tool that can be configured easily on your system to redirect the less secure or unencrypted HTTP web traffic to an encrypted and secured HTTPS web server. If you are a system administrator or a developer, then you are using the Nginx server regularly. In this article, we will work on how to redirect the web traffic from HTTP to a secure HTTPS in Nginx... View the full article
-
You can now sign up to receive event notifications on your Amazon Neptune DB clusters, DB instances, DB cluster snapshots, parameter groups, or security groups. Whenever certain events occur, event notifications can be sent in any notification form supported by the Amazon Simple Notification Service (SNS) for an AWS Region, such as an email, a text message, or a call to an HTTP endpoint. View the full article
-
HashiCorp Vault Enterprise 1.5 added support for the Sentinel HTTP Import, which allows Sentinel policies to retrieve data from external API endpoints. This makes it possible for Vault Sentinel policies to apply sophisticated governance controls that were not previously possible with Vault’s traditional Access Control List (ACL) policies or with Vault’s Sentinel policies. And that makes Sentinel in Vault 1.5 much more powerful than it was in earlier versions. In this blog post, I’ll describe a Vault Sentinel policy that requires all subgroups and member entities of a new Vault Group to belong to the same Vault Namespace as that group or to one of the descendant namespaces (children, grandchildren, great-grandchildren, and so on) of that namespace... View the full article
-
Forum Statistics
63.6k
Total Topics61.7k
Total Posts