News Aggregator

Vibe Coding: Conversational Software Development - Part 2 In Practice

Aggregated on: 2025-07-14 15:26:49

In my previous blog post, I introduced the concept of vibe coding. It is one of the new ways that is attracting even non-programmers. Users can describe their thoughts using natural language, and AI tools can convert that into a working application. Spotting this opportunity, I thought I should experiment and understand what that actually looks like in action. I took this opportunity to test out a few tools and see how they really impact my workflow. Vibe coding is a declarative approach

The 7 Biggest Cloud Misconfigurations That Hackers Love (and How to Fix Them)

Aggregated on: 2025-07-14 14:11:49

Look, I've been in cybersecurity for over a decade, and I'm tired of seeing the same preventable disasters over and over again. Cloud security breaches aren't happening because of some sophisticated nation-state actor using a zero-day exploit. They're happening because someone forgot to flip a switch or left a door unlocked. The numbers are frankly depressing. According to Verizon's latest Data Breach Investigations Report, misconfiguration errors account for more than 65% of all cloud-related security incidents. IBM puts the average cost of a misconfiguration-related breach at $4.88 million. But here's what really gets me — these aren't just statistics. Behind every one of these numbers is a real company that had to explain to its customers why their personal data was sitting on the internet for anyone to grab.

Cloud Hardware Diagnostics for AI Workloads

Aggregated on: 2025-07-14 13:11:49

With the recent boom in AI, the footprint of AI workloads and AI-supported hardware servers deployed in cloud data centers has grown exponentially. This growth is spread across multiple regions worldwide over various data centers. To support this growth and to ensure leadership over various cloud competitors (like Azure, AWS, and GCP), they have started building a fleet of specialized high-performance computing servers. The AI workloads that perform a huge amount of data processing, training, and inference of data models require a special kind of hardware, unlike traditional general-purpose compute servers. Hence, all cloud service providers are investing heavily in GPU, TPU, and NPU-based servers that are effective in hosting AI workloads. The majority of these servers are of the Buy Model type, and cloud service providers are dependent on the ‘Other Equipment Manufacturer’ (OEM) for diagnostics and maintenance of the hardware. This dependency has caused a lot of pain for cloud service providers as the repair SLAs are uncertain and expensive, impacting the fleet's availability.

AI-Powered Ransomware and Malware Detection in Cloud Environments

Aggregated on: 2025-07-14 12:11:49

Cloud platforms have become prime targets for ransomware and malware attacks, which can paralyze businesses by encrypting data or exfiltrating sensitive information. Traditional security tools such as signature-based antivirus and rule-based systems often struggle to detect advanced threats that mutate or exploit unknown vulnerabilities. Organizations are increasingly turning to artificial intelligence (AI) and machine learning (ML) techniques to bolster cloud defenses. These models can analyze massive volumes of cloud logs and network traffic, spot subtle anomalies, and detect known malware and zero-day attacks in real time. This article reviews the leading AI models for cloud malware detection, outlines technical challenges, and explores cutting-edge innovations shaping AI-powered cybersecurity's future.

My Dive into Local LLMs, Part 2: Taming Personal Finance with Homegrown AI (and Why Privacy Matters)

Aggregated on: 2025-07-14 11:11:49

Key Takeaways: Transform your local LLM setup into a practical personal finance analyzer Build a privacy-first solution that keeps sensitive financial data on your machine Learn batch processing strategies for handling large transaction datasets Get working code to create your own AI financial assistant Prerequisites Completed setup from Part 1 (Ollama installed, GPU configured) Basic Python knowledge Ubuntu/Linux system with NVIDIA GPU (8GB+ VRAM) A healthy paranoia about cloud services handling your financial data If you read my last article, "My Dive into Local LLMs, Part 1: From Alexa Curiosity to Homegrown AI," you know I've been on a bit of a journey, diving headfirst into the world of local Large Language Models (LLMs) on my trusty Ubuntu machine. That initial curiosity, spurred by my work on the Alexa team, quickly turned into a fascination with the raw power and flexibility of running AI right on your own hardware. But beyond the sheer "cool factor" of getting Llama 3 to hum on my GPU, I started thinking about practical applications – problems in my daily life where this homegrown AI could actually make a difference. That's when personal finance popped into my head. Now, before you mentally flag me for suggesting you feed your bank statements to an AI, hear me out. We're bombarded with cloud-based financial tools, and while convenient, they often come with a lingering question: Where exactly is my data going and what are they doing with it? For something as sensitive as personal finances, data privacy isn't just a buzzword; it's paramount. This is where the local LLM truly shines, offering a compelling alternative to cloud-dependent solutions.

How to Reduce Technical Debt With Artificial Intelligence (AI)

Aggregated on: 2025-07-11 20:26:47

Technical debt covertly slows down business progress that builds up over time through rushed software development, outdated systems, and old tools. Companies find it difficult to grow, stay competitive, and keep up with new technology due to technical debt. In today’s digital landscape, wherein the majority of businesses rely on SaaS architecture, technical debt can significantly impact agility, scalability, and efficiency. Outdated software and systems don’t just slow down performance—they also stop companies from using smarter tools like predictive software. These tools can improve how teams work, spot issues before they happen, and even suggest better ways to run operations.

Server-Driven UI: Agile Interfaces Without App Releases

Aggregated on: 2025-07-11 19:26:47

Mobile development presents unique challenges in delivering new features and UI changes to users. We often find ourselves waiting on App Store or Play Store review cycles for even minor UI updates. Even after an update is approved, not all users install the latest version right away. This lag means some portion of our audience might be stuck on older UIs, leading to inconsistent user experiences across app versions. In traditional native development, any change to the interface — from a simple text tweak to a full layout overhaul — requires releasing a new app version. Combined with lengthy QA and release processes, this slows down our ability to respond to feedback or run timely experiments. Teams have explored workarounds to make apps more flexible. Some have tried loading portions of the UI in a web view, essentially embedding web pages in the app to avoid full releases. Cross-platform frameworks like React Native and Flutter reduce duplicated effort across iOS and Android, but they still package a fixed UI that requires redeployment for changes. In short, mobile UIs have historically been locked in code at build time. This rigidity clashes with the fast pace of modern product iterations. We need a way to change app interfaces on the fly — one that doesn’t sacrifice native performance or user experience. This is where server-driven UI (SDUI) enters the picture.

MongoDB Change Streams and Go

Aggregated on: 2025-07-11 18:11:47

Change streams allow you to subscribe to real-time updates in your MongoDB collections and databases. With the MongoDB Go Driver, you can tap into these streams and build reactive applications that respond to data changes in MongoDB instantly. You can build features like real-time notifications and collaborative apps or kick off different workflows based on changes to your data. In this tutorial, we’ll take a look at how you can work with MongoDB change streams when building Go applications. We’ll use the native MongoDB Go Driver and MongoDB Atlas to showcase various use cases that rely on change streams.

Beyond the Glass Slab: How AI Voice Assistants are Morphing Into Our Real-Life JARVIS

Aggregated on: 2025-07-11 17:11:47

Remember JARVIS? Tony Stark's ever-present, hyper-intelligent AI, seamlessly managing his life, his suits, and even his quips. For years, it felt like a distant sci-fi fantasy. But here's the thing—as someone who's been building the future of voice AI as a Software Development Manager on the Alexa team, I can tell you we're closer than you might think. If you're like me, constantly tapping and swiping your phone, you've probably caught yourself wondering: are we on the cusp of AI voice assistants becoming our JARVIS, so much so that they might just make our beloved mobile phones obsolete? It's a bold claim, I know. Our smartphones are basically extensions of ourselves at this point, right? Indispensable tools for communication, information, and let's face it—endless scrolling. But what if the next leap isn't just better smartphones, but something entirely different? I'm talking about a paradigm shift where the interface melts away, and truly intelligent, proactive AI becomes our primary digital companion.

When MySQL, PostgreSQL, and Oracle Argue: Doris JDBC Catalog Acts as the Peacemaker

Aggregated on: 2025-07-11 16:11:47

At noon, Xiao Wang was staring at his computer screen, looking worried. He is in charge of the company's data platform and recently received a task: to perform real-time analysis on data from three different databases—MySQL, PostgreSQL, and Oracle.

Secret Recipe of the Template Method: Po Learns the Art of Structured Cooking

Aggregated on: 2025-07-11 15:11:47

A grand gala was being held at the Jade Palace. The Furious Five were preparing, and Po was helping his father, Mr. Ping, in the kitchen. But as always, Po had questions. Po (curious): "Dad, how do you always make the perfect noodle soup no matter what the ingredients are?"

The Cybersecurity Blind Spot in DevOps Pipelines

Aggregated on: 2025-07-11 14:11:47

Speed kills. In software development, that axiom has never been more literal. DevOps pipelines surge through modern enterprises like digital bloodstreams — pumping code, configurations, and deployments at breakneck velocity. Continuous integration and continuous delivery are the promises of rapid iteration and market responsiveness that transformed how we build, test, and ship software. Yet beneath this technological marvel lurks a terrifying reality: every pipeline becomes a potential superhighway for cybercriminals.

Scaling Multi-Tenant Go Apps: Choosing the Right Database Partitioning Approach

Aggregated on: 2025-07-11 13:26:47

Consider the typical scenario where your platform serves both enterprise clients with hundreds of thousands of users, as well as small businesses with just a handful. With traditional database partitioning strategies, you are likely to run into these common issues: Partition imbalance: Large tenants create oversized partitions while small tenants waste allocated resources Hot partitions: High-activity tenants overwhelm individual database partitions, creating performance bottlenecks Inefficient queries: User-specific lookups require scanning entire tenant datasets Resource contention: Mixed workloads compete for the same database resources Azure Cosmos DB has been a go-to solution for multi-tenant applications due to its global distribution, automatic scaling, and flexible data models. Its partition-based architecture naturally aligns with tenant isolation requirements, making it attractive for SaaS platforms, IoT applications, and content management systems.

Indexed Views in SQL Server: A Production DBA's Complete Guide

Aggregated on: 2025-07-11 12:26:47

After fifteen years of wrestling with SQL Server performance challenges in production environments, I can confidently say that indexed views remain one of the most underutilized yet powerful features for optimizing query performance. Introduced in SQL Server 2000 and significantly enhanced in subsequent versions, indexed views (also known as materialized views) allow you to physically store the result set of a view on disk with a clustered index, dramatically improving query performance for complex aggregations and joins.

Testing the MongoDB MCP Server Using SingleStore Kai

Aggregated on: 2025-07-11 11:11:47

MongoDB recently announced the release of an official MCP Server. At the time of writing this article, the release version was shown as 0.1.0. In this article, we'll test this early release version against SingleStore Kai, a MongoDB-compatible API developed by SingleStore, designed to enable applications built for MongoDB to run on SingleStore with minimal changes. We'll configure and test the MongoDB MCP Server using a freely available tool called MCPHost. The notebook file used in this article is available on GitHub.

Modernize Your IAM Into Identity Fabric Powered by Connectors

Aggregated on: 2025-07-10 20:26:46

It’s no secret that technology is evolving much faster than our traditional Identity and Access Management systems can handle. These legacy systems were designed for simpler times, when everything was hosted locally and security was perimeter-based. So, in an era where most enterprises, if not all, are moving their workloads to hybrid, multi-cloud, and AI-driven environments, these outdated IAM systems are being pushed to their breaking points. Quite frankly, they aren’t doing so well.

Contract-Driven ML: The Missing Link to Trustworthy Machine Learning

Aggregated on: 2025-07-10 19:26:46

In the age of machine learning and AI-driven decision-making, model accuracy is often touted as the holy grail. Teams boast of hitting 95%+ F1 scores or outshining baselines by double digits. However, high accuracy in development environments means very little if the model is fed garbage in production. That’s where data contracts come in: the unsung hero of reliable, scalable machine learning systems. Without robust data quality, schema validation, and pipeline reliability, even the most accurate model is nothing more than a fragile sandbox experiment. In this article, we’ll explore the critical role of data contracts in ML systems, why accuracy metrics can be deceptive, and how enforcing contracts can save your models from silent failure in production.

Decoding the Secret Language of LLM Tokenizers

Aggregated on: 2025-07-10 18:26:46

LLMs may speak in words, but under the hood they think in tokens: compact numeric IDs representing character sequences. If you grasp why tokens exist, how they are formed, and where the real-world costs arise, you can trim your invoices, slash latency, and squeeze higher throughput from any model, whether you rent a commercial endpoint or serve one in-house. Why LLMs Don’t Generate Text One Character at a Time Imagine predicting “language” character by character. When decoding the very last “e,” the network must still replay the entire hidden state for the preceding seven characters. Multiply that overhead by thousands of characters in a long prompt and you get eye-watering compute.

Master AI Development: The Ultimate Guide to LangChain, LangGraph, LangFlow, and LangSmith

Aggregated on: 2025-07-10 17:11:46

Large language models (LLMs) like GPT-4 and Llama 3 have become essential for creating powerful applications. However, building these applications involves challenges such as managing prompts, integrating external data, maintaining context, and ensuring scalability. The LangChain ecosystem, including LangChain, LangGraph, LangFlow, and LangSmith, addresses these challenges at different stages of the development lifecycle. This article explores each tool, their differences, and when to use them, enhanced with diagrams.

When Caches Collide: Solving Race Conditions in Fare Updates

Aggregated on: 2025-07-10 16:11:46

Distributed flight-pricing systems rely on layered caches to balance low latency and fresh data. In practice, caches often use short TTLs (minutes to hours) supplemented by event-driven invalidation. However, concurrent cache writes – for example when multiple instances update fares simultaneously – can trigger subtle race conditions. These manifest as stale or inconsistent prices, duplicate cache entries, or "split-brain" behavior across regions. To diagnose and prevent these issues, experienced teams use end-to-end observability and proven patterns. In particular, embedding correlation IDs in every log and trace, combined with Datadog's metrics/trace/log stack, lets engineers pinpoint exactly where a fare-update went wrong. The key is to instrument cache operations thoroughly (hits, misses, writes, expirations) and watch for anomalies in real telemetry such as cache hit rate or TTL variance. Observability: Traces, Logs, and Correlation IDs Every flight search or booking request should carry a unique transaction or correlation ID across services. In airline data standards, for example, a Correlation ID is a UUID included by the seller and echoed by the airline to link related messages. In modern systems, that ID is logged by each microservice and also attached to traces. Datadog recommends injecting trace/span IDs and env/service/version into structured logs so that logs and traces automatically correlate. With this in place, an engineer can query "show me all logs for request X" and see cache lookups, price calculations, rule-engine calls, etc. in one timeline. This end-to-end view is critical for spotting race conditions: for instance, two cache-write spans with the same timestamp but different data hints at a write-write conflict. Teams should also set up Datadog alerts on slow cache write latencies or abnormal request paths. For example, if a cache refresh suddenly takes much longer than usual (as seen in traces), that can indicate contention or serialization issues.

Building an AI Nutrition Coach With OpenAI, Gradio, and gTTS

Aggregated on: 2025-07-10 15:11:46

Ever thought about building your own AI-powered app that gives personalized nutrition tips, and even talks back to you? In this hands-on tutorial, you’ll learn how to create Nurture, your very own AI nutrition coach. We’ll use GPT-4 for natural, intelligent conversations, Gradio to build a simple, interactive web interface, and gTTS (Google Text-to-Speech) so your app can speak its responses aloud. Nurture will be able to chat with users, calculate their BMI, and provide helpful audio feedback, all wrapped in a clean, shareable web app.

Build Real-Time Analytics Applications With AWS Kinesis and Amazon Redshift

Aggregated on: 2025-07-10 14:11:46

Real-time analytics enables businesses to make immediate, data-driven decisions. Unlike traditional batch processing, real-time processing allows for faster insights, better customer experiences, and more responsive operations. In this tutorial, you’ll learn how to build a real-time analytics pipeline using AWS Kinesis for streaming data and Amazon Redshift for querying and analyzing that data.

Why Tailwind CSS Can Be Used Instead of Bootstrap CSS

Aggregated on: 2025-07-10 13:11:46

While Bootstrap has been a component-based approach for quick UI development, Tailwind CSS has emerged as a more zero-runtime, flexible, and utility-based approach, helping us to give more freedom for website development. Tailwind CSS vs. Bootstrap Comparison Feature

How My AI Agents Learned to Talk to Each Other With A2A

Aggregated on: 2025-07-10 12:11:46

Alright, welcome to the final post in this three-part series. Let's do a quick recap of the journey so far: In Part 1, I laid out the problem with monolithic AI "brains" and designed the architecture for a specialist team of agents to power my "InstaVibe Ally" feature. In Part 2, we did a deep dive into the Model Context Protocol (MCP), and I showed you exactly how I connected my Platform Interaction Agent to my application's existing REST APIs, turning them into reusable tools. But my agents are still living on isolated islands. My Social Profiling Agent has no way to give its insights to the Event Planner. My platform integrator can create post and event. I've built a team of specialists, but I haven't given them a way to collaborate. They're a team that can't talk.

Top 5 Trends in Big Data Quality and Governance in 2025

Aggregated on: 2025-07-10 11:11:46

Big data isn’t just about collecting more information. It’s about making sure the data you rely on is trustworthy. As we head into 2025, the pressure on developers and data teams to deliver clean, reliable, and compliant data is stronger than ever. With AI tools getting smarter, pipelines becoming more distributed, and privacy regulations continuing to evolve, we’re entering a new phase where quality isn’t a bonus. It’s a requirement. For developers and data engineers, this shift means being responsible not just for how data flows, but also for how it’s validated, documented, and governed. A bad dataset today can ripple downstream into broken dashboards, faulty ML models, and costly compliance issues.

Breaking Free from ZooKeeper: Why Kafka’s KRaft Mode Matters

Aggregated on: 2025-07-09 20:26:46

Any modern distributed system which requires high throughput, scaling, high availability etc., utilizes Kafka as one of its component. Thus, making Kafka a popular platform which need no introduction for itself. However even though being an integral part of Kafka, Apache ZooKeeper is neither explored nor understood as much it should have. In this article we would briefly touch upon these aspects, and understand the next generation Kafka via KRaft mode and the benefits it bring over ZooKeeper.

Exploring Data Redaction Enhancements in Oracle Database 23ai

Aggregated on: 2025-07-09 19:26:46

Data redaction, a feature introduced in Oracle Database 12c as part of the Advanced Security Option (ASO), continues to evolve in Oracle Database 23ai (23.6). Oracle has significantly enhanced the DBMS_REDACT package in this release, offering improved flexibility and SQL compatibility for redacted columns. These enhancements enable redaction policies to integrate more smoothly with modern SQL constructs, removing the errors and limitations that previously constrained their use. This article provides an in-depth walkthrough of these new capabilities using practical SQL examples. It is essential to understand that redaction under the DBMS_REDACT package is a chargeable option unless you are on Oracle Autonomous Database, where it’s available at no extra cost.

Run Scalable Python Workloads With Modal

Aggregated on: 2025-07-09 18:26:46

Nowadays, most projects that utilize Artificial Intelligence (AI) models demand significant computational resources. Almost each time a new model comes out, and outperforms previous ones, it seems to require more computational resources to run efficiently. A lot of people will say that there are exceptions, such as the DeepSeek model, but that is not actually true. Models like DeepSeek are competitive with larger models but are not better than them. At least at this point, size seems to be directly correlated with the power of a model. Traditionally, deploying AI at scale meant managing a very complex infrastructure, from provisioning servers or clusters to writing deployment scripts and even managing cloud-specific services. However, this overhead has not only become a major pain point for a lot of ML teams but has also become a limiting factor, stopping them from trying out new models and constraining their creativity. To avoid these limiting factors we need to adapt our approach, and this is exactly what Modal enables us to do as a unified cloud platform for running code for data and AI tasks.

Advanced Insight Generation: Revolutionizing Data Ingestion for AI-Powered Search

Aggregated on: 2025-07-09 17:26:46

Effectively using unstructured information is crucial for businesses aiming to stay competitive. Traditional data ingestion methods often struggle to maintain data quality and relevance, particularly when preparing massive datasets for AI-driven chat applications. Standard text parsers treat documents as simple text, ignoring complex structures like tables, figures, and hierarchical sections. This leads to significant context loss and misinterpretations, ultimately hindering the performance of Retrieval-Augmented Generation (RAG) systems. Our advanced insight generation approach offers a powerful solution by improving data ingestion and indexing through state-of-the-art AI, dynamic chunking, vector embedding, and intelligent indexing. Preserving Structure and Context: Intelligent OCR and Document Intelligence A key innovation in this pipeline is the integration of intelligent Optical Character Recognition (OCR) with Azure Document Intelligence. Unlike traditional OCR, our intelligent OCR recognizes complex document layouts, including tables, charts, and multi-column formats. These AI-powered capabilities preserve the original structure and hierarchy of the content, ensuring that crucial contextual information is retained. Document Intelligence further enhances this process by:

Testing Java Applications With WireMock and Spring Boot

Aggregated on: 2025-07-09 16:26:46

Your application has an integration with another system. In your unit integration tests, you want to mock the other system's behaviour. WireMock is a testing library that helps you with mocking the APIs you depend on. In this blog, you will explore WireMock for testing a Spring Boot application. Enjoy! Introduction Almost every application has an integration with another system. This integration needs to be tested, of course. Testcontainers are a good choice for writing unit integration tests. This way, your application will talk to a real system in your tests.

The AWS Playbook for Building Future-Ready Data Systems

Aggregated on: 2025-07-09 15:11:46

Data infrastructure isn’t just about storage or speed—it’s about trust, scalability, and delivering actionable insights at the speed of business.Whether you're modernizing legacy systems or starting from scratch, this series will provide the clarity and confidence to build robust, future-ready data infrastructure. Why Modernize Data Infrastructure? Traditionally, data infrastructure was seen as a back-office function. Teams poured data into massive warehouses and hoped insights would emerge. However, the landscape has fundamentally changed:

The Agile Paradox

Aggregated on: 2025-07-09 14:11:46

TL; DR: The Agile Paradox Many companies adopt Agile practices like Scrum but fail to achieve true transformation. This “Agile Paradox” occurs because they implement tactical processes without changing their underlying command-and-control structure, culture, and leadership style. True agility requires profound systemic changes to organizational design, leadership, and technical practices, not just performing rituals. Without this fundamental shift from “doing” to “being” agile, transformations stall, and the promised benefits remain unrealized.

The Battle of the Frameworks: Choosing the Right Tech Stack

Aggregated on: 2025-07-09 13:11:46

When Twitter (now X) was launched in 2006, it was built using Ruby on Rails, a framework known for its rapid development capabilities. At the time, this choice allowed Twitter to quickly scale and expand during its early days. However, as the platform's user base grew exponentially, its initial tech stack began to show limitations. By 2008, Twitter's architecture was struggling to keep pace with the increasing volume of users, tweets, and data. The result? Frequent outages and performance issues that hindered user experience and stifled growth.

Stop Prompt Hacking: How I Connected My AI Agent to Any API With MCP

Aggregated on: 2025-07-09 12:11:46

In Part 1 of this series, I laid out the high-level architecture for my "InstaVibe Ally" and made the case for building a team of specialist AI agents instead of a single, monolithic brain. I sketched out a system where an Orchestrator delegates tasks to a Social Profiler, a Planner, and a Platform Interaction Agent. Now, I'm going to zoom in on one of the most critical, practical challenges you’ll face: How do you actually let your agent use your application's APIs?

Continuous Quality Engineering: The Convergence of CI/CD, Chaos Testing, and AI-Powered Test Orchestration

Aggregated on: 2025-07-09 11:11:46

Software development requires more than minimal improvements since software engineers must reform their methods toward quality development, speedy development, and resilient systems. A groundbreaking approach to system development in uncertain situations arises when CI/CD pipeline chaos testing combines AI-driven orchestration tactics. Software delivery systems achieve superior results when antifragility features are integrated into their blueprint development stage through design. The financial costs stemming from software failures in 2022 resulted in $2.41 trillion of losses for U.S. companies because of subpar software quality.

The Rise of the Intelligent AI Agent: Revolutionizing Database Management With Agentic DBA

Aggregated on: 2025-07-08 20:11:45

I have spent more than a decade working closely with data teams and have seen firsthand how the role of the database administrator (DBA) has evolved, and at times, struggled to keep up with the demands of our increasingly data hungry world. I remember my early days of tuning queries manually at 4 am or 5 am chasing intermittent performance issues that seemed to vanish just when logs got interesting. Back then, being a DBA I used to feel like being a firefighter who's constantly responding to alarms, outages and bottlenecks. Fast forward to today, the landscape looks very different. Thanks to rapid advances in artificial intelligence and machine learning, we're stepping into a new era as one where database management is no longer reactive, but proactive and even autonomous. Welcome to the age of the AI-powered DBA.

Micro Frontends to Microservices: Orchestrating a Truly End-to-End Architecture

Aggregated on: 2025-07-08 19:26:45

Modular architecture is everywhere in modern app development, but it is rarely done systematically. You may have created micro frontends or microservices, but the process of integrating them might feel alien or disjointed. This article aims to bridge that gap by seamlessly connecting React shells down to service meshes utilizing proven patterns.

Multiple Stakeholder Management in Software Engineering

Aggregated on: 2025-07-08 18:26:45

One of the key challenges faced by the engineering leaders is to manage multiple stakeholders. These stakeholders often have different project priorities. This article suggests strategies to deal with the challenges encountered by engineering leaders in managing multiple stakeholders with often conflicting priorities. Background Managing a mid size engineering team of size ~20 engineers presents multiple challenges, specifically when it comes to stakeholder management and project execution. Engineering leaders in this position frequently find themselves juggling the needs and expectations of multiple stakeholders across multiple projects. This results in the below challenges:

The Unofficial Rules of Not Screwing Up Your Software

Aggregated on: 2025-07-08 17:26:45

These are not just technical tips, but principles that shaped how I learned and think about engineering. Take what’s useful, ignore what isn’t. But remember, being a great developer isn’t only about code. 1. “The Most Elegant Solution Is the One You Never Have to Maintain.” The most effective code is often the code you never have to write. This might sound counter-intuitive, but one of the most profound lessons I've learned is that sometimes, the most effective solution is to avoid writing new code altogether.

10 Predictions Shaping the Future of Web Data Extraction Services

Aggregated on: 2025-07-08 16:11:45

AI is reshaping how businesses collect and process online information, bringing a fundamental change to data extraction. Traditional scraping methods are becoming smarter and more adaptable to complex website structures through AI and machine learning technologies. Web data extraction tools have grown beyond basic data collectors. Modern solutions now include advanced features like immediate monitoring, automated pattern recognition, and enhanced processing capabilities. These improvements help businesses find the quickest way to learn about the big amount of online data.

Understanding N-Gram Language Models and Perplexity

Aggregated on: 2025-07-08 15:11:45

Language models are designed to predict what words are likely to come next in a sequence, assigning probabilities to each possible continuation. In this article, we explore how an N-gram language model works, how it assigns probabilities to sentences and sequences of words, and then examine how well this model performs. By understanding and evaluating this approach, we gain insight into how language models handle the complexity of human language. Applications Augmentative communication Machine translation Spelling correction Speech recognition Language Models Definition A language model consists of a finite set V and a function f(x1, x2, ..., xn) such that:

Evaluating Accuracy in RAG Applications: A Guide to Automated Evaluation

Aggregated on: 2025-07-08 14:11:45

Generative AI applications are rapidly gaining momentum across industries, providing intelligent responses to a wide range of queries. Whether for customer support, content generation, or knowledge management, the ability of AI to deliver contextually relevant and accurate answers is critical. One powerful approach that has emerged is Retrieval-Augmented Generation (RAG), which integrates large language models (LLMs) with external knowledge sources to enhance the quality of AI-generated responses. The retrieval component draws on external databases to provide real-world information, while the generation component refines the content into human-like responses. RAG’s usefulness lies in its ability to extend the capabilities of traditional language models, making them more context-aware and accurate. Applications of RAG span across multiple industries: for example, in customer support, RAG models dynamically access knowledge bases to deliver real-time, accurate answers to inquiries, reducing the need for manual intervention. In corporate environments, RAG helps automate information retrieval from large document repositories, improving response accuracy in knowledge-sharing platforms. It also plays a crucial role in fields like healthcare and education, where it enhances decision-making by fetching relevant research papers or educational materials, which LLMs can summarize for easy understanding.

How to Embed SAP Analytics Cloud (SAC) Stories Into Fiori Launchpad for Real-Time Insights

Aggregated on: 2025-07-08 13:11:45

As enterprise decision-making becomes more data-driven, users increasingly expect real-time insights at their fingertips, without switching systems. SAP Analytics Cloud (SAC) is the go-to platform for reporting and dashboarding in modern SAP landscapes, while SAP Fiori Launchpad (FLP) remains the user interface hub for business operations. Embedding SAC stories directly into the Fiori Launchpad offers a seamless, role-based analytics experience that empowers users with actionable insights where they work. Whether you are enabling call center agents to monitor customer KPIs or helping sales representatives review order analytics within their business applications, embedded SAC delivers the best of both worlds: real-time data from S/4HANA or IS-U via live CDS views, and rich visualizations presented natively in the Fiori experience.

Advancing DSLs in the Age of GenAI

Aggregated on: 2025-07-08 12:26:45

In the dynamic realm of software development, we often find ourselves reaching for the familiar comfort of general-purpose programming languages (GPLs) like Java, Python, C#, or JavaScript. However, when dealing with highly specialized tasks within specific domains these languages do not offer the same flexibility. Imagine attempting to assemble a complex piece of machinery using only a hammer and a screwdriver - while possible, the process would be inefficient and error prone. This is precisely where Domain-Specific Languages (DSLs) step in, offering a more refined and targeted approach. A DSL, at its core, is a programming language or specification meticulously designed and optimized for a particular domain or problem area. Unlike GPLs that aim to be all things to all developers, DSLs are laser-focused on expressing solutions within a specific context, using terminology, concepts, and abstractions that are inherently familiar to experts in that field. Think of a DSL as a suit tailored to solve a specific problem, rather than an off-the-rack garment that requires extensive alterations. By embracing the principles of specialization, DSLs empower developers and domain experts to collaborate more effectively, build more maintainable systems, and ultimately deliver greater value.

Zero-Trace Paradigm: Emerging Technologies in Personal Data Anonymization

Aggregated on: 2025-07-08 11:11:45

Emerging technologies like homomorphic encryption and zero-knowledge proofs can definitely help organizations approach zero-trace personal data anonymization. These and similar techniques can bring datasets to a near-zero-trace status, even achieving it in limited cases. There’s a major force that’s acting against efforts at implementing the zero-trace paradigm, though, and it’s difficult to discuss this paradigm without delving into what undermines it. Put simply, personal data has to come from somewhere before anonymization can even be considered. For very large datasets of personal information covering broad swaths of the population, the data broker industry remains the most practical source for many applications. Unfortunately, data brokers have proven themselves incapable of securing the almost exclusively plaintext datasets they hold.

How Developers Are Driving Supply Chain Innovation With Modern Tech

Aggregated on: 2025-07-07 20:11:45

Modern supply chains are under increasing pressure. The old models cannot keep up, from disrupted logistics during global crises to rising consumer expectations for speed and transparency. As a developer who has worked with logistics systems and enterprise software, I have seen firsthand where the cracks are and, more importantly, how to build smarter, leaner, and more responsive supply chains using technology. This blog is not a broad overview as it is a technical take on how developers and engineers can inject innovation directly into supply chain systems. API-First Architecture to Break Silos Many supply chains still run on fragmented systems: separate platforms for procurement, inventory, logistics, and fulfillment. These silos slow everything down and make real-time decision-making nearly impossible. An API-first strategy is key to integrating these systems and enabling better data flows across the board.

How to Build Your First Generative AI App With Langflow: A Step-by-Step Guide

Aggregated on: 2025-07-07 19:11:45

As you all know, Generative AI is reshaping how we build certain applications — but diving into LangChain code or orchestrating complex pipelines can be intimidating for newcomers. That’s where I feel Langflow comes in very handy for first-timers trying to explore and build such applications. Langflow is a low-code, visual interface that lets you prototype and deploy LLM-powered applications without writing a single line of backend code. Whether you're building a chatbot, a document summarizer, or a custom retrieval-augmented generation (RAG) app — Langflow lets you do it visually and quickly.

Understanding k-NN Search in Elasticsearch

Aggregated on: 2025-07-07 18:11:45

Businesses are increasingly relying on intelligent search capabilities to enhance customer experience, automate insights, and unlock the potential of unstructured information. Elasticsearch, a leading distributed search and analytics engine, is at the heart of many such systems. One of its powerful and lesser-known capabilities is support for k-nearest neighbors (k-NN) search, a method particularly useful for similarity-based retrieval in domains such as semantic search, recommendation engines, and image recognition. This article delves into what Elasticsearch and k-NN search are, how the two are integrated, and how to configure and optimize k-NN in Elasticsearch for real-world applications.

A Software Engineer’s Guide to Thrive in Gen AI Era: Master It or Fade Out

Aggregated on: 2025-07-07 17:26:45

Gen AI is everywhere, seriously shaking things up in our world, and having expertise in this technology has become a critical skill for landing job interviews. According to this Gartner report, global spending on Gen AI is expected to reach $644 billion in 2025 (76.4% increase from 2024). It also notes that despite high failure rate for Gen AI PoCs (proof-of-concept), foundation model providers continue to pour billions of dollars annually to enhance model’s size, performance and reliability, signaling strong confidence in future. During the COVID-19 pandemic, software engineers were in high demand, commanding top salaries as companies scrambled to hire talent capable of tackling complex challenges. However, there was a market reset by 2022 where the industry pivoted toward efficiency, and the arrival of ChatGPT marked a transformative shift, redefining roles and accelerating AI integration across the tech sector.

Tracing Stratoshark’s Roots: From Packet Capture to System Call Analysis

Aggregated on: 2025-07-07 16:26:45

The journey that led to the creation of open-source Sysdig and Falco traces its roots to packet capture—a domain where many of the original developers had honed their expertise over the years. This deep connection to network traffic analysis, combined with inspiration from technologies like BPF, libpcap, tcpdump, and Snort, laid the groundwork for innovations that extended packet capture principles into the evolving worlds of containers and cloud security. Wireshark is a well-known network analysis tool that uses libpcap, a user-level library for capturing and filtering packets. At its core, Wireshark relies on libpcap—a versatile library that manages live packet capture, filtering, and file handling. Libpcap became a foundation for countless tools, providing a generic interface that could be extended to fit various needs. Snort, for instance, built a rule engine for network intrusion detection directly on top of libpcap, leveraging its packet capture capabilities to detect and prevent suspicious network activity.