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The Memorystore team is thrilled to announce the preview launch of Valkey 7.2 support on Memorystore to provide users with a truly open-source and high performance key-value service. The introduction of Memorystore for Valkey into the Memorystore portfolio alongside Memorystore for Redis Cluster and Memorystore for Redis is a direct response to customer demand, and is a game-changer for organizations seeking high-performance data management solutions relying on 100% open source software. By Kyle Meggs, Ping Xie.

Valkey is a fully open source successor built by long standing Redis contributors and maintainers. Fostering open collaboration that benefits all and not just a single organization is critical in building long term, sustainable open source communities

Valkey has rapidly become an open-source key-value datastore chosen for its exceptional performance, scalability, and adaptability. Valkey 7.2 is fully compatible with Redis 7.2 and the most popular Redis clients such as Jedis, redis-py, node-redis, and go-redis, offering Google Cloud customers a truly open source option through the Linux Foundation.

Launching Memorystore for Valkey 7.2 expands Memorystore’s portfolio of offerings beyond Redis Cluster, Redis, and Memcached. And we’re even more excited for the game-changing features coming in Valkey 8.0. In the first release candidate for Valkey 8.0, the community launched major enhancements across five key dimensions of performance, reliability, replication, observability, and efficiency. Nice one!

Serverless, or serverless computing, is an approach to software development that empowers developers to build and run application code without having to worry about maintenance tasks like installing software updates, security, monitoring and more. With the rise of cloud computing, serverless has become a popular tool for organizations looking to give developers more time to write and deploy code. By Mesh Flinders.

The article then explains:

• How does serverless work?
• Enterprise benefits of serverless
• Enterprise use cases for serverless
  • Artificial intelligence (AI) and machine learning (ML)
  • Microservices
  • Hybrid cloud
  • Big data analytics
  • Internet of Things (IoT)
  • API gateways
  • Chatbots
  • Embarrassingly parallel tasks

As organizations of all sizes, and across a wide range of industries, seek to leverage cloud computing to help achieve their digital transformation goals, serverless computing is playing a pivotal role. By freeing developers from mundane tasks like installing and updating OS, provisioning servers and scaling infrastructure, serverless environments help developers to focus on business logic and writing and deploying code. Good read!

After an initial euphoric rush to the cloud, administrators are questioning the value and promise of the tech giants’ services. According to a report published by UK cloud outfit Civo, more than a third of organizations surveyed reckoned that their move to the cloud had failed to live up to promises of cost-effectiveness. Over half reported a rise in their cloud bill. By Richard Speed.

In the IT world, there is an expectation that bang for buck increases as time goes by, but in this example, prices are rising faster than the rate of inflation, and what customers receive for their money remains unchanged. Cost control, based on operating datacenters at massive scale, was part of the early sales pitch and in the intervening 15 years, it had proven out – cloud product costs were stable, and either went down in price or more features were added at the same price.

So, are prices increasing? The answer has to be yes. How much of those rises are down to the major vendors opportunistically adding of a few percentage points versus an increase in fixed costs, such as electricity, is pretty much irrelevant. The advice remains the same: the cloud is here to stay although its luster has dulled over time. Interesting read!

Will designing tools and workflows to bring self-service to software development help developers work more efficiently? A growing number of adopters think so. By John Edwards.

Platform engineering focuses on tasks designed to help application developers work more efficiently, such as setting up staging environments, readying CI/CD pipelines, and configuring infrastructure as code (IaC) to automate cloud resource provisioning.

With a renewed focus on cost efficiency, organizations have come to realize that significant value can be derived from improved developer productivity and engineering effectiveness, especially in making R&D dollars go further. Platform engineering’s primary benefit is giving developers an experience that features the same ease-of-use intended for business users and consumers, ultimately making them more productive.

Since platform engineering draws from DevOps and CI/CD practices, a good way to begin is to become adept in managing DevOps tools, frameworks and technologies. As platform engineering tends to align with cloud computing, microservices, and orchestration, organizations should focus on building a portfolio focused on automation in AWS, Azure, or Google Cloud Platform. Good read!

The ability to process high volumes of data (big data) in real-time has become crucial for many organizations, and this is where data streaming technologies come into the picture. These technologies allow large amounts of data to be processed in real-time or near real-time as it is generated, enabling businesses to gain immediate insights and make time-sensitive data-driven decisions. By Darryn Campbell.

At the heart of these technologies is the concept of data streams, also known as event streams. Data streams are sequences produced by various sources, such as social media feeds, Internet of Things (IoT) devices, log files, scientific data sets, and more. These streams of data are then ingested and processed by data streaming technologies. The blog post then explains:

• Basic concepts of data streaming technologies
• Data streaming architecture
• Data consistency
• Tools for data streaming technologies

Data consistency is a significant concern in data streaming. Data streaming technologies use various techniques such as event ordering, exactly-once processing, and fault tolerance to ensure consistency. These techniques ensure that the data is processed in the correct order, no data is lost or processed multiple times, and the system can recover from failures without data loss. Nice one!

React, with its addition of Server Components and Server Actions, is evolving into a full-stack framework. Once the most popular frontend framework, it has now successfully bridged the gap between frontend and backend to reign over both sides of the chasm. By Robin Wieruch.

In recent years, TypeScript has emerged as the industry standard, providing frontend developers with a typed and more robust programming language. Once developers embraced TypeScript, there was no turning back. It’s fascinating how a relatively small change in code can have such a significant impact on both a personal and industry-wide level.

The real breakthrough for me came with Server Components and Server Actions in 2024, which bridged the gap to the server by not only calling it, but by being able to implement and execute code on the other side. Server Components allow us to execute React components on the server, enabling direct access from data sources (e.g. databases) before returning the UI with JSX.

React itself provides only the primitives and specifications for Server Components and Server Actions. Meta frameworks built on top of React can bridge the gap with their bundler which interprets the directives (i.e. ‘use client’ and ‘use server’) between client and server. Good read!

Google adds og:title to sources for generating search result titles, expanding use of Open Graph data beyond social media. By Matt G. Southern.

The article explains:

• Google now considers og:title for search result titles
• Open Graph tags gain broader significance beyond social media
• Best practices for title creation remain unchanged

The og:title tag allows you to specify a title for your content that may differ from the traditional HTML title tag. This can be useful for optimizing how a page appears when shared on social networks or, now, in search results. While it’s used to control how content appears on social media platforms, Google’s inclusion of this tag in its title link sources indicates a broader use of Open Graph data. Good read!

Short for artificial intelligence (AI) security, AI security is the process of using AI to enhance an organization’s security posture. With AI systems, organizations can automate threat detection, prevention and remediation to better combat cyberattacks and data breaches. By Annie Badman, Matthew Kosinski.

Organizations can incorporate AI into cybersecurity practices in many ways. The most common AI security tools use machine learning and deep learning to analyze vast amounts of data, including traffic trends, app usage, browsing habits and other network activity data.

The article deals with:

• Why AI security is important
• Benefits of AI security
• Potential vulnerabilities and security risks of AI
• AI security use cases
• AI security best practices
• Related solutions

To balance AI’s security risks and benefits, many organizations craft explicit AI security strategies that outline how stakeholders should develop, implement and manage AI systems. Nice one!

Docker and WebAssembly (Wasm) represent two pivotal technologies that have reshaped the software development landscape. You’ve probably started to hear more about Wasm in the past few years as it has gained in popularity, and perhaps you’ve also heard about the benefits of using it in your application stack. This may have led you to think about the differences between Wasm and Docker, especially because the technologies work together so closely. By Savannah Ostrowski, and Sohan Maheshwar.

Wasm is a compact binary instruction format governed by the World Wide Web Consortium (W3C). It’s a portable compilation target for more than 40 programming languages, like C/C++, C#, JavaScript, Go, and Rust. In other words, Wasm is a bytecode format encoded to run on a stack-based virtual machine. The article then deals with:

• What’s Wasm?
• Why use Wasm?
• Docker vs. Wasm: How are they related?
• Benefits of using Docker and Wasm together
• How to enable Wasm on Docker Desktop
• How Docker supports WebAssembly

WebAssembly is continuously evolving, so you’ll need a tight pulse to keep up with ecosystem developments. One recent advancement relates to how the new WebAssembly Component model will impact shims for the various container runtimes. At Docker, we’re working to make it simple for developers to create Wasm containers and enhance the developer experience. Good read!

Identity Threat Detection and Response (ITDR) has emerged as a critical component to effectively detect and respond to identity-based attacks. Threat actors have shown their ability to compromise the identity infrastructure and move laterally into IaaS, Saas, PaaS and CI/CD environments. Identity Threat Detection and Response solutions help organizations better detect suspicious or malicious activity in their environment. By The Hacker News.

Further you will learn about:

• Human and non-human identities
• Core ITDR capabilities
• Identity threat use cases
• Questions an effective ITDR solution should answer
  • Identity inventory and access management
  • Risk assessment and anomaly detection
  • Authentication and access patterns
  • Activity monitoring and change tracking
  • Incident correlation and response

To effectively safeguard against identity attacks, organizations must choose an ITDR solution with advanced capabilities to detect and mitigate attacks. Good read!