Yazar: mustafa efe

Go, the programming language developed by Google, has achieved a new milestone by climbing to an all-time high position in the Tiobe Index for November 2024, securing the seventh spot. This marks a significant leap for Go, which had previously never ranked higher than eighth. Its rise to this position reflects the growing interest and adoption of the language in the development community. According to Paul Jansen, CEO of Tiobe, Go’s appeal lies in its balance of speed, ease of deployment, and simplicity in learning. These factors distinguish it from other popular languages like Python and Rust, which have their…

Red Hat has introduced a new suite of AI-powered templates to enhance its Developer Hub, an internal platform designed to support enterprise platform engineering teams. Launched on November 12, the five newly added templates are tailored to help developers tackle the increasing demand for AI-driven applications while overcoming common resource constraints and skills gaps. These templates are designed with ease of use in mind, allowing developers to build and deploy AI applications without needing to master the underlying technologies in detail. The AI templates cover a range of practical use cases, ensuring that developers can create useful AI solutions across…

As enterprises increasingly seek to automate workflows and leverage AI to handle tasks traditionally requiring human oversight, Snowflake has unveiled a groundbreaking solution at its Build 2024 developer conference. The newly introduced Snowflake Intelligence platform promises to be a game-changer for companies looking to harness the power of AI-driven agents to make data more actionable. Positioned as Snowflake’s agentic AI offering, the platform is designed to empower businesses to derive insights from their data and take proactive actions without the need for human intervention. The Snowflake Intelligence platform is a low-code solution that allows enterprises to create their own data…

Why Your AI Models Struggle to Reach Their Full Potential In 2023, businesses across industries rushed to explore the capabilities of generative AI, pouring resources into proof of concepts (POCs) to unlock new possibilities. Fast-forward to 2024, and companies now face the daunting challenge of transitioning their AI initiatives from prototype to production. Despite the excitement and investment, many organizations are realizing that the hardest part isn’t building the models themselves—it’s ensuring that the data driving those models is of high quality. Gartner forecasts that by 2025, at least 30% of generative AI projects will be abandoned after the POC…

Is Your Software Architecture Supporting Long-Term Success? In today’s dynamic tech landscape, software must operate seamlessly across a wide range of environments—from on-premises monolithic systems to flexible, cloud-based microservices. The decisions made during the design phase of software development, whether intentional or unintentional, contribute to the complexity of the system. These architectural choices can create intricate interdependencies that, over time, may result in performance bottlenecks, security vulnerabilities, and the accumulation of technical debt. These issues not only increase the risk of system failures and outages but also hinder the overall scalability and adaptability of the application. So, how can you…

Can WebAssembly Replace Containers? WebAssembly (Wasm), often referred to as the fourth standard of the web, has been a hot topic in the developer community ever since its inception. As a compact, assembly-like programming language that runs at near-native speeds, Wasm was originally designed to run in web browsers but has gradually expanded beyond its initial domain. With support for multiple programming languages—C, C++, Go, JavaScript, Python, Rust, and more—Wasm has already made a significant impact in web development. Today, developers are exploring its potential to be used in server-side applications, opening the door to the possibility that Wasm could…

Bridging the Gap: Uniting Business and Technology for Digital Success A recent Gartner survey of over 3,100 CIOs and technology executives revealed a staggering statistic: 52% of digital initiatives fail. If anything, the real surprise is that this number isn’t higher. A decade ago, I was already writing about why big data projects were doomed to fail, largely because companies didn’t truly understand how to implement them effectively. Fast forward to today, and the challenges remain strikingly similar. However, organizations that do succeed share a common trait: they don’t treat digital transformation as a siloed IT project. Instead, they integrate…

The Rise of Specialized Private Clouds For years, I’ve been skeptical about the term “private cloud.” When the National Institute of Standards and Technology (NIST) included it in its definition of cloud computing nearly 17 years ago, the intent was clear. However, the concept was quickly co-opted to market legacy on-premises server solutions under the cloud banner. These early private clouds lacked the core characteristics of true cloud computing—they couldn’t scale on demand, lacked self-provisioning, and offered little automation. In reality, they were more of a rebranding exercise than a genuine cloud transformation. Open-source alternatives like OpenStack emerged as potential…

Serverless computing has traveled a winding road, marked by an initial wave of enthusiasm, growing skepticism, and now, a renewed push for its adoption. While its early promise of eliminating server management captivated developers, its real-world implementation revealed significant hurdles. These challenges led some to question whether serverless would remain a viable cloud computing model or fade into obscurity. However, instead of fading away, serverless is undergoing a transformation—one that might just secure its place in the future of cloud computing. The Promise and the Pitfalls At its core, serverless computing was designed to free developers from infrastructure concerns, enabling…

Java application security is poised for a significant upgrade with two new proposals designed to counteract threats from quantum computing. These proposals focus on fortifying Java’s cryptographic capabilities through quantum-resistant techniques. One initiative centers on digital signatures, while the other enhances key encapsulation mechanisms. Both proposals, currently listed in the OpenJDK JEP (JDK Enhancement Proposal) index, aim to ensure that Java applications remain secure even as quantum computing advances. The first proposal introduces the Module-Lattice-Based Digital Signature Algorithm (ML-DSA), a method designed to resist quantum attacks. Digital signatures play a crucial role in verifying the authenticity of data and signatories,…