News Aggregator

Agentic AI: A New Threat Surface

Aggregated on: 2026-03-19 13:08:07

Artificial intelligence with agency refers to automated systems that possess the ability to create their own objectives, which they will follow without external assistance. The process requires two elements: using provided prompts with available tools and APIs to generate output and studying the produced text in sequential order. Agentic AI possesses the capability to store prompts while it detects environmental information and develops plans to achieve its objectives, which it will implement without requiring any human supervision. For instance, they can independently initiate hotel reservations by accessing travel APIs with financial data stored on the blockchain, prompting hotel bookings to be automatically triggered by the initial AI agent. LangChain, for example, is attracting increasing attention not only for its complex framework but also for its practical applications. Additionally, current AI systems excel in conversation, although they may struggle with changing goals, ideas, or nuances.

Building Fault-Tolerant Spring Boot Microservices With Kafka and AWS

Aggregated on: 2026-03-19 12:08:07

In distributed microservice architectures, failures are inevitable, but the impact can be minimized with the right design. Fault tolerance means the system can continue functioning even if some components fail, while resilience is the ability to recover quickly from failures. Using Spring Boot with Apache Kafka on AWS provides a powerful toolkit for building fault-tolerant microservices. Kafka acts as a high-throughput, replicated log that decouples services, and AWS offers scalability and complementary services like AWS Lambda for serverless processing. In this article, we take an engineer’s perspective on implementing fault tolerance patterns such as retries, circuit breakers, and idempotency in Spring Boot microservices with a self-managed Kafka cluster on AWS. We also explore how AWS Lambda can be integrated into the Kafka-driven architecture to enhance resilience.

Java Microservices(SCS) vs. Spring Modulith

Aggregated on: 2026-03-18 20:23:07

This article discusses the differences between a Java microservice architecture (SCS style) using Clean Architecture and a Spring Modulith architecture. It explores their strengths, trade-offs, and when to use each approach. The architectures are demonstrated using two projects:

Zero-Cost AI with Java

Aggregated on: 2026-03-18 19:23:07

So you have a new AI-based idea and need to create an MVP app to test it? If your AI knowledge is limited to OpenAI, I have bad news for you… it’s not going to be free.

How Piezoelectric Energy Harvesting Is Solving the Battery Waste Crisis in Industrial IoT

Aggregated on: 2026-03-18 18:23:07

High-temperature energy harvesting exposes the hidden cost of batteries across Industrial Internet of Things (IIoT) deployments, especially in environments where heat and access constraints shorten battery life and raise maintenance risk. Fit-and-forget architectures matter in hazardous and remote locations. Battery replacement introduces downtime and unpredictable operating costs that scale with fleet size, while thermal extremes further reduce cell reliability. Energy harvesting and self-powered sensors emerge as engineering-driven solutions that align with long-term system availability and life-cycle performance. Battery-less IIoT designs become a practical response to operational constraints rather than a sustainability narrative.

How LLMs Reach 1 Million Token Context Windows — Context Parallelism and Ring Attention

Aggregated on: 2026-03-18 17:23:07

Context Length and Hardware Scalability Context windows have exploded from 4k tokens to 10 million in just a few years. Meta's Llama 4 Scout supports 10M tokens — 78x more than Llama 3's 128k. Google's Gemini 3 Pro handles 1M tokens, while Claude 4 offers 1M in beta. This enables processing entire codebases, hundreds of research papers, or multi-day conversation histories in a single pass. But there's a problem: context length has outpaced hardware capacity.

Is Your “Human-in-the-Loop” Actually Slowing You Down? Here’s What We Learned

Aggregated on: 2026-03-18 16:23:07

In the rush to adopt AI and automation, many teams implement human-in-the-loop (HITL) frameworks. They believe that involving a person in the process solves the problems with reliability, quality, and trust. But as we’ve learned from real engineering workflows and integrations, the story isn’t that easy. In some contexts, humans-in-the-loop do improve outcomes, but in others, they can unintentionally become bottlenecks that limit speed, scalability, and innovation. In this post, we’ll analyze when human-in-the-loop is truly valuable, when it slows systems down, and how to strike the right balance between automation and human judgment. What Does “Human-in-the-Loop” Really Mean? Human-in-the-loop refers to the integration of human judgment into automated decision workflows, particularly in machine learning and AI systems. Instead of allowing algorithms to run fully autonomously, systems are designed so humans intervene at key points to approve, reject, correct, or guide outputs. This pattern includes:

Fast Data Access Part 2: From Manual Hacks to Modern Stacks

Aggregated on: 2026-03-18 15:23:07

It's been a while since I wrote Part 1 of this series. If you recall, back in 2019, we built a "Fast Data" pipeline using GemFire 9 and Spark 2.4. Precap of Part 1: Do you remember the pain we went through?

Essential Monitoring Metrics for Cloud Native Systems: Part 1

Aggregated on: 2026-03-18 14:38:07

Monitoring Is Not a Dashboard-Only Problem In the last couple of years, I have moved across a few product teams. Every time I walk into an engineering team and ask how monitoring works. I get a standard response. | There is a dashboard

Orchestrating the Agentic Explosion: A Unified Governance Framework for the AI-First Enterprise

Aggregated on: 2026-03-18 14:23:07

The Dawn of Agentic Chaos In 2026, the enterprise landscape has shifted from AI as a tool to AI as a Digital Teammate. Recent industry studies from IDC and Deloitte indicate that by the end of this year, nearly one-third of all AI-enabled applications will rely on autonomous agents. Technology companies in 2026 envision anchored democratized agent creation, allowing any role from a financial market analyst to a senior architect to deploy a functional digital assistant in minutes. However, this democratization has given rise to a new organizational crisis: agent sprawl. Without a centralized orchestration strategy, enterprises face redundant compute costs, double agent security risks, and a fragmented logic layer that threatens the integrity of the corporate data estate. For AI Architect and Strategy leaders, the challenge is no longer just delivery; it is creating a unified agent governance framework that balances the speed of "citizen development" with the rigors of production-grade stability.

Beyond the Black Box: Implementing “Human-in-the-Loop” (HITL) Agentic Workflows for Regulated Industries

Aggregated on: 2026-03-18 13:23:06

The Technical Hook Autonomous agents exhibit failure patterns analogous to those in distributed systems: not through isolated catastrophic errors, but via a cascade of locally justifiable actions that collectively result in globally unsafe states. Prompt injection in AI systems parallels a forged remote procedure call (RPC) syntactically valid input that traverses multiple processing layers before inducing an unauthorized state transition. As illustrated in Figure 1, this architectural risk is mitigated by the "Commit Boundary," which prevents adversarial inputs from reaching sensitive executors by validating every intent against a deterministic schema. When extended with capabilities such as tool invocation and long-term planning, these agents manifest failure modes like confused deputy scenarios and privilege escalation, which are neutralized by the layered enforcement framework depicted in the diagram.

The Invisible Bleed: A Field Guide to Cloud Costs That Hide in Plain Sight

Aggregated on: 2026-03-18 12:23:06

You deploy on Friday. The pipeline goes green. Monday morning, finance forwards you a bill that's double what it should be, and nobody can explain why. This scenario repeats across thousands of engineering teams — not because they're careless, but because cloud infrastructure has a peculiar talent for concealing its own inefficiencies. I've spent the better part of a decade debugging systems that worked perfectly yet hemorrhaged money. The patterns are weirdly consistent. What follows isn't theory — it's the accumulated scar tissue from watching well-architected systems quietly bankrupt themselves.

Building Framework-Agnostic AI Swarms: Compare LangGraph, Strands, and OpenAI Swarm

Aggregated on: 2026-03-17 20:23:06

If you've ever run the same app in multiple environments, you know the pain of duplicated configuration. Agent swarms have the same problem: the moment you try multiple orchestrators (LangGraph, Strands, OpenAI Swarm), your agent definitions start living in different formats. Prompts drift. Model settings drift. A "small behavior tweak" turns into archaeology across repos. AI behavior isn't code. Prompts aren't functions. They change too often and too experimentally to be hard-wired into orchestrator code. LaunchDarkly AI Configs lets you treat agent definitions like shared configuration instead. Define them once, store them centrally, and let any orchestrator fetch them. Update a prompt or model setting in the LaunchDarkly UI, and the new version rolls out without a redeploy.

Automating IBM MQ Console (MQ Web Server) Startup Post-Server Reboot

Aggregated on: 2026-03-17 19:23:06

In dynamic IT environments, server reboots due to patching, maintenance, or planned outages are a regular occurrence. For IBM MQ administrators, ensuring that critical management tools, such as the IBM MQ Console (which runs on the IBM MQ Web Server), are automatically available after such events is paramount. Manual intervention to restart the MQ Console after every server reboot can introduce unnecessary administrative overhead. This article provides simple steps to configure the IBM MQ Web Server for automatic startup as a system service on both Windows and Linux.

How Deterministic Rules Engines Improve Compliance and Auditability

Aggregated on: 2026-03-17 18:23:06

Learn how deterministic rules, append-only decision records, and change data capture (CDC) in Snowflake help you explain every decision outcome with confidence. Marketplace rules-based decision systems fail quietly. Not because they cannot compute a number, but because they cannot reliably explain why the number is what it is. When rule evaluation is dynamic, small inconsistencies compound fast: the same inputs produce different outputs, rule intent gets lost in the code path, and a week later, you are reconstructing a decision from partial logs.

Beyond Chatbots: Supercharging Feather Wand With Claude Code Integration

Aggregated on: 2026-03-17 17:53:06

Performance testing has always been a bit of a “dark art.” It requires a unique blend of coding skills, architectural knowledge, and the patience to debug complex .jmx files. When I first introduced Feather Wand, the goal was simple: to make performance testing more accessible and efficient by leveraging the power of AI. Today, I’m excited to share a massive update that takes this mission to a whole new level. We’ve officially integrated Claude Code into the Feather Wand ecosystem.

From SAST to “Shift Everywhere”: Rethinking Code Security in 2026

Aggregated on: 2026-03-17 17:23:06

Several structural shifts have changed how source code security is approached. Software teams now deploy continuously, build on cloud-native architectures, and often depend on third-party and open-source components. As a result, security vulnerabilities propagate faster and across wider blast radii. Security expectations have shifted as well. Customers assess vendors not only on features but also on how reliably they manage source code risk throughout the whole software lifecycle. This pushes security considerations beyond isolated code scans into architecture, development practices, and operational processes.

Refactoring the Monthly Review: Applying CI/CD Principles to Executive Reporting

Aggregated on: 2026-03-17 16:38:06

We live in a dual-speed reality. On the ground, engineering teams run on Agile: two-week sprints, daily stand-ups, and continuous deployment. We value velocity, adaptability, and real-time observability.

Swift Concurrency, Part 1: Tasks, Executors, and Priority Escalation

Aggregated on: 2026-03-17 15:23:06

Swift 6 introduced a new approach to concurrency in apps. In this article, we will explore the problems it aims to solve, explain how it works under the hood, compare the new model with the previous one, and take a closer look at the Actor model. In the upcoming parts, we will also break down executors, schedulers, structured concurrency, different types of executors, implement our own executor, and more. Swift Concurrency Overview: Problems and Solutions Concurrency has long been one of the most challenging aspects of software development. Writing code that runs tasks simultaneously can improve performance and responsiveness, but it often introduces complexity and subtle bugs as race conditions, deadlocks, and thread-safety issues.

Memory Is a Distributed Systems Problem: Designing Conversational AI That Stays Coherent at Scale

Aggregated on: 2026-03-17 14:23:06

Conversational AI systems rarely fail in dramatic ways. They do not crash outright or return obvious errors. Instead, they decay. Conversations lose continuity. Personalization feels inconsistent. Latency creeps upward. Engineers respond by increasing context windows, adding vector stores, or layering more retrieval logic on top. For a while, things improve. Then the same failures return, just at a higher cost. The uncomfortable truth is that memory, in production conversational systems, is not a model feature. It is state. And state, at scale, behaves like a distributed systems problem, whether teams acknowledge it or not.

Observability in AI Pipelines: Why “The System Is Up” Means Nothing

Aggregated on: 2026-03-17 13:23:06

Monitoring vs Observability Observability is a term used widely in current systems, but it is often confused with monitoring. Monitoring tells developers whether something is not working or a flow is broken, whereas observability explains why a particular component within the pipeline is failing or malfunctioning. In most traditional applications, developers often monitor & track metrics around uptime, latency, error rates, CPU Usage, and memory. If the application API responds within the expected time and error rates stay within the limits, the application or system is considered healthy. If there is any deviation from the acceptable limits for any of these metrics, an email is triggered to the concerned team. Such a setup works for most of the systems.

When Similarity Isn’t Accuracy in GenAI: Vector RAG vs GraphRAG

Aggregated on: 2026-03-17 12:23:06

Retrieval-augmented generation (RAG) based applications are being developed in high numbers with the advent of large language models (LLM) models. We are observing numerous use cases evolving around RAG and similar mechanisms, where we provide the enterprise context to LLMs to answer enterprise-specific questions. Today, most enterprises have developed, or are in the process of developing, a knowledge base based on the plethora of documents and content they have accumulated over the years. Billions of documents are going through parsing, chunking, and tokenization, and finally, vector embeddings are getting generated and stored in vector stores.

Production LLM Data Extraction Pipeline With LaunchDarkly and Vercel AI Gateway

Aggregated on: 2026-03-16 20:08:06

Every conversation your organization has contains signals your ML models need. Customer calls reveal buying intent. Support tickets expose product friction. Interview transcripts capture technical depth. The problem is that those signals are buried in thousands of words of unstructured text. Tools like Gong, Chorus, and conversation intelligence platforms are excellent for their designed purpose, but when you need to extract specific features for your ML models — with a schema you control completely — you need something different.

Zero Trust, Build High Scale TLS Termination Layer

Aggregated on: 2026-03-16 19:08:06

Let me tell you about the TLS termination system I built. We needed to support custom domains at scale, which meant HAProxy handling thousands of certificates and terminating TLS for high-traffic services. The old playbook was simple: decrypt at the load balancer, send HTTP to your app servers, call it a day. But that plaintext traffic between your load balancer and backends? That’s a security team's nightmare in 2025. Zero Trust means exactly that — trust nothing, encrypt everything, even your “internal” traffic.

Online Feature Store for AI and Machine Learning with Apache Kafka and Flink

Aggregated on: 2026-03-16 18:08:06

Real-time personalization has become a cornerstone of modern digital experiences. From content recommendations to dynamic user interfaces, delivering relevant interactions at the right moment depends on fresh data and fast machine learning inference. Traditional batch systems can’t keep up — especially when speed, scale, and accuracy are critical. A key component of the AI/ML architecture that enables this is the feature store. It’s the system responsible for computing, storing, and serving the features that machine learning models rely on — both during training and in real-time production environments. To meet today’s demands, the feature store must be real-time, reliable, and deeply integrated with the entire AI/ML data pipeline.

Making STM32 Ethernet Work With Cache Enabled

Aggregated on: 2026-03-16 17:08:05

This article explains how turning on CPU cache on modern STM32 chips can silently break Ethernet DMA and cause weird, hard-to-debug network issues. It walks through why this happens and shows simple, practical ways to fix it by keeping Ethernet buffers out of cached memory or properly syncing the cache so the CPU and DMA see the same data. Overview The world of microcontrollers was peaceful and predictable until someone introduced advanced interconnect buses. Unhappy with that, someone else introduced caches.

Agentic AI: Autonomous AI Agent With PostgreSQL

Aggregated on: 2026-03-16 16:08:05

This guide explains agentic AI from first principles, starting with fundamental concepts and progressing through architecture design, implementation details, and complete working examples. By the end, readers can build production agent systems. Traditional AI systems have limitations. They respond to single queries only, process input and generate output, but do not maintain state between interactions. They cannot:

How Multimodal AI Is Reshaping Kubernetes Workflows: Future-Proofing Your Platform

Aggregated on: 2026-03-16 15:08:05

Multimodal AI — systems that understand and generate combinations of text, images, audio, and video — is exploding from labs into production. These workloads are heavier, spikier, and more stateful than traditional microservices; they demand heterogeneous accelerators, memory-hungry models, high-throughput storage, and event-driven data plumbing. Kubernetes sits squarely at the center of this shift. Done right, Kubernetes provides the primitives to compose multimodal pipelines, right-size GPU capacity, and automate end-to-end lifecycles from training to real-time inference. This article goes deep on the architectural building blocks, production patterns, and concrete platform tactics to future-proof your Kubernetes stack for multimodal AI — without hard-wiring to a single framework or vendor.

8 Core LLM Development Skills Every Enterprise AI Team Must Master

Aggregated on: 2026-03-16 14:53:05

When organizations talk about adopting large language models, the conversation usually starts with model choice. GPT versus Claude. Open source versus proprietary. Bigger versus cheaper. In real enterprise systems, that focus is misplaced. Production success with LLMs depends far more on architecture discipline than on the model itself. What separates a fragile demo from a resilient, governable system is mastery of a small set of core engineering skills. These skills shape how models are instructed, grounded, deployed, observed, and evolved over time.

Architecting Scalable JSON Pipelines: The Power of a Single PySpark Schema

Aggregated on: 2026-03-16 14:08:05

In modern data pipelines, dealing with JSON has become part of daily life. Almost every system we integrate with produces some form of semi-structured data, whether it’s application logs, third-party APIs, IoT device telemetry, or user interaction events. While JSON gives teams flexibility, it also introduces a quiet but persistent challenge: how do you reliably parse and flatten data when the structure is deeply nested, constantly evolving, and rarely consistent across sources? Many teams fall into the trap of writing one-off parsers. Columns are hardcoded, nested fields are manually extracted, and every schema change turns into a fire drill. Over time, this approach becomes fragile, hard to maintain, and expensive to scale. What starts as a quick fix slowly turns into technical debt that slows down the entire data pipeline.

Performance Unlocked: Introducing the Ampere Performance Toolkit (APT)

Aggregated on: 2026-03-16 13:53:05

As you pursue optimal efficiency and performance for your software, you understand that squeezing the most out of modern processors requires insight into the underlying hardware. At Ampere®, we recognize that the path to true optimization demands instilling a performance discipline, a consistent, predictable performance evaluation, and using the appropriate tools and methods to identify and root cause issues. That is why we created the Ampere Performance Toolkit (APT). The fundamental intent of the toolkit is to help you follow a disciplined methodology: establish a consistent, predictable benchmarking approach, eliminate system-level bottlenecks, analyze application bottlenecks, and finally perform microarchitectural analysis. This allows for more effective test and optimize cycles.

Stranger Things in Java: Enum Types

Aggregated on: 2026-03-16 13:08:05

This article is part of the series “Stranger things in Java,” dedicated to language deep dives that will help us master even the strangest scenarios that can arise when we program. All articles are inspired by content from the book “Java for Aliens” (in English), the book “Il nuovo Java”, and the book “Programmazione Java.” This article is a short tutorial on enumeration types, also called enumerations or enums. They are one of the fundamental constructs of the Java language, alongside classes, interfaces, annotations, and records. They are particularly useful to represent sets of known and unchangeable values, such as the days of the week or the cardinal directions.

Beyond IAM: Implementing a Zero-Trust Data Plane With Service Account Identity Federation in GCP

Aggregated on: 2026-03-16 12:08:05

Why IAM Alone Is No Longer Sufficient for Cloud Security Organizations now process and move data differently because of modern, cloud-native platforms. Workloads such as Spark jobs, Kafka streams, Snowflake queries, and ML pipelines run continuously in short-lived environments. IAM systems are still important, but they were primarily built to secure the control plane and determine who can log in, manage resources, and set policies. IAM was not designed to control what running workloads can do. Security models have shifted from perimeter-based defenses to zero trust. Relying on network location or long-lived credentials is now seen as risky. Today, the data plane, where jobs interact with data, is the primary target of attacks. Data-plane identities often use static service account keys, OAuth tokens, or shared secrets. These are usually long-lasting, have too many permissions, are hard to rotate, and are reused in many places, which increases risk if they are stolen.

Serverless Glue Jobs at Scale: Where the Bottlenecks Really Are

Aggregated on: 2026-03-13 20:08:04

At moderate volumes, AWS Glue feels almost effortless. You increase workers. The job runs faster.

Beyond the Chatbot: Engineering a Real-World GitHub Auditor in TypeScript

Aggregated on: 2026-03-13 19:08:04

AI agents have taken the world by storm and are making positive gains in all domains such as healthcare, marketing, software development, and more. The chief reason for their prominence lies in being able to automate routine tasks with intelligence. For example, in software development, stories and bugs have automated tracking in tools such as GitHub, Rally, and Jira; however, this automation lacks intelligence, often requiring engineers and project managers to triage them. Using an AI agent, as you will learn in this article, smart triaging can be carried out using generative AI. AI agents can be developed using many techniques and in several programming languages. Python has been a leader in the AI and ML space, whereas JavaScript has been the undisputed king in web development and has been prominent in back-end development as well.

How Data Integrity Breaks in Enterprise Systems and How Architects Prevent It

Aggregated on: 2026-03-13 19:08:04

In enterprise systems — especially in high-stakes domains like finance — data integrity is paramount. Data integrity means that information remains accurate, consistent, and trustworthy across the entire system lifecycle. When data integrity breaks down, organizations face flawed analytics, compliance violations, and costly decision errors. This article explores how data integrity can fail in enterprise environments and the architectural strategies engineers employ to prevent these failures. Understanding Data Integrity in Enterprise Systems Data integrity encompasses the completeness, consistency, accuracy, and validity of data. In practice, it means that data across all systems reflects reality without contradiction — for example, financial records balance out, employee information is consistent across HR and payroll, and reports can be trusted. Modern enterprise architectures often distribute data across multiple applications, which makes maintaining integrity challenging. A robust architecture must ensure that when one component changes data, all dependent components remain in sync or at least detect and reconcile discrepancies.

The Clandestine Culprits: Unmasking Modern Web Security Misconfigurations (And Their Automated Nemeses)

Aggregated on: 2026-03-13 18:08:04

Executive Synopsis In the labyrinthine ecosystem of contemporary web applications, security misconfigurations emerge as the most insidious — yet paradoxically preventable — vulnerabilities plaguing digital infrastructure. This deep-dive exposition illuminates the shadowy realm of misconfigured CORS policies, absent security fortifications, and recklessly exposed cookies through the lens of battle-tested detection methodologies. Leveraging industrial-grade arsenals like OWASP ZAP, SecurityHeaders.com, and sophisticated GitHub Actions orchestration, we architect bulletproof remediation strategies grounded in OWASP doctrine and forged in the crucible of high-stakes security incidents. The Stealth Epidemic: When Configuration Becomes Your Digital Achilles’ Heel Security misconfigurations don’t storm the gates with banners flying.

Extending Java Libraries with Service Loader

Aggregated on: 2026-03-13 17:08:04

When designing a Java library, extensibility is often a key requirement, especially in the later phases of a project. Library authors want to allow users to add custom behavior or provide their own implementations without modifying the core codebase. Java addresses this need with the Service Loader API, a built-in mechanism for discovering and loading implementations of a given interface at runtime. Service Loader enables a clean separation between the Application Programming Interface (API) and its implementation, making it a solid choice for plugin-like architectures and Service Provider Interfaces (SPI). In this post, we’ll look at how Service Loader can be used in practice, along with its advantages and limitations when building extensible Java libraries.

GitOps Secrets Management: The Vault + External Secrets Operator Pattern (With Auto-Rotation)

Aggregated on: 2026-03-13 16:08:04

The GitOps community is deeply divided on secrets management. Some teams swear by Sealed Secrets, claiming Git should be the single source of truth for everything. Others argue that secrets have no business being in version control — encrypted or not. Both camps are partially right, but they’re missing the bigger picture: modern production environments need secrets that rotate automatically, scale across multiple clusters, and never touch your Git repository. Why the Encrypted-in-Git Approach Is Dead Let’s be honest about Sealed Secrets. When we first adopted it, the appeal was obvious: encrypt your secrets locally, commit them to Git, and let the cluster-side controller decrypt them. Simple, right?

Understanding Custom Authorization Mechanisms in Amazon API Gateway and AWS AppSync

Aggregated on: 2026-03-13 15:08:04

AWS provides Lambda-based authorization capabilities for both API Gateway and AppSync, each designed to secure different API paradigms, highlighting their complementary roles and the confidence they inspire in combined security potential. Amazon API Gateway positions Lambda authorizers as a security checkpoint between incoming requests and backend integrations — whether Lambda functions or HTTP endpoints. The authorizer validates credentials, executes custom authentication workflows, and produces IAM policy documents that explicitly grant or deny access. These policies guide API Gateway’s decision to forward or reject requests to backend services.

Engineering an AI Agent Skill for Enterprise UI Generation

Aggregated on: 2026-03-13 14:53:04

Large language models have recently made it possible to generate UI code from natural language descriptions or design mockups. However, applying this idea in real development environments often requires more than simply prompting a model. Generated code must conform to framework conventions, use the correct components, and pass basic structural validation. In this article, we describe how we built an Agent Skill called zul-writer that generates UI pages and controller templates for applications built with the ZK framework.

Building an AI-First Enterprise: Multi-Agent Systems, DSLMs, and the New SDLC in 2026

Aggregated on: 2026-03-13 14:08:04

The company will use AI as an operational foundation rather than implementing it as a simple chatbot add-on in 2026. AI will evolve from standalone tools into an operational framework that includes multi-agent systems, specialized models, AI-based software development processes, enhanced security measures, data location tracking, and human–AI interface management under defined regulatory frameworks. Agentic Workflows Become Normal During 2024–2025, most teams used a single assistant connected to their product. In 2026, systems will evolve into multi-agent architectures in which multiple agents with specific capabilities collaborate on tasks — planner, researcher, executor, and verifier. Gartner identifies Multiagent Systems as a 2026 strategic trend, marking the maturation of many “chatbot-era” experiments.

Why Reporting Is the Hardest Problem in Enterprise SaaS (And How We Solved It in Workday)

Aggregated on: 2026-03-13 13:08:04

Reporting is often the most challenging problem in enterprise SaaS applications. It might seem surprising — after all, modern SaaS systems handle complex transactions, workflows, and integrations. Yet when it comes to extracting meaningful insights from all that data, many companies struggle. Instead of clarity, they end up with a patchwork of tools, conflicting numbers, and “final_final_v3.xlsx” files flying over email. In my experience as a Workday enterprise architect, I’ve seen that reporting isn’t just a feature — it’s the endgame where all the hard problems of data and scale come home to roost. This article explores why reporting is so hard in enterprise SaaS and how we tackled it in Workday’s architecture.

Standards as the Invisible Infrastructure of Software

Aggregated on: 2026-03-13 12:08:04

Standards are often treated as bureaucracy — something slow, heavy, and occasionally disconnected from “real engineering.” Yet if we look at history with a bit more rigor, that narrative collapses quickly. Software development is not exempt from the forces that shaped civilization. It is, in fact, one of the latest chapters in a very old story: the story of standardization as a multiplier of human capability. The word “standard” itself comes from the Old French estandart — a rallying flag, a visible sign under which people gather. That origin is revealing. A standard is not merely documentation; it is a coordination mechanism. It allows independent actors to align around shared expectations. Without that alignment, scaling knowledge becomes nearly impossible.

Advanced Workday Reporting in Practice: From Calculated Fields to Prism Analytics

Aggregated on: 2026-03-12 20:23:04

In the Workday ecosystem, reporting capabilities range from simple built-in reports to highly customized analytics that blend external data. For an intermediate-level audience, mastering advanced reporting means leveraging calculated fields within Workday’s report writer and pushing into Workday Prism Analytics for even deeper insights. This article delves into technical concepts behind these tools, showing how calculated fields serve as building blocks for complex reports, and how Prism Analytics expands reporting beyond Workday’s core data. Along the way, we’ll include illustrative code snippets and diagrams to clarify these concepts in practice.

Google Cloud AI Agents With Gemini 3: Building Multi-Agent Systems That Actually Work

Aggregated on: 2026-03-12 19:23:04

The transition from large language models (LLMs) as simple chat interfaces to autonomous AI agents represents the most significant shift in enterprise software since the move to microservices. With the release of Gemini 3, Google Cloud has provided the foundational model capable of long-context reasoning and low-latency decision-making required for sophisticated multi-agent systems (MAS). However, building an agent that "actually works" — one that is reliable, observable, and capable of handling edge cases — requires more than a prompt and an API key. It requires a robust architectural framework, a deep understanding of tool use, and a structured approach to agent orchestration.

Beyond the Heartbeat: Monitoring Agentic Systems

Aggregated on: 2026-03-12 18:23:04

The key aspect of monitoring an agentic system is that you’re no longer monitoring a predictable web server responding to deterministic requests in a predefined way. You’re observing a semi-autonomous reasoning system that thinks and decides using the instructions, context, and tools at its disposal. So, What’s Different? An agentic platform is a distributed decision engine with its own working memory and evolving context. It makes choices, adapts, and improvises — at times in ways you did not explicitly script.

What's New in Java 25: Key Changes From Java 21

Aggregated on: 2026-03-12 17:23:04

On the 16th of September 2025, Java 25 was released. Time to take a closer look at the changes since the last LTS release, which is Java 21. In this blog, some of the changes between Java 21 and Java 25 are highlighted, mainly by means of examples. Enjoy! Introduction What has changed between Java 21 and Java 25? A complete list of the JEPs (Java Enhancement Proposals) can be found at the OpenJDK website. Here you can read the nitty-gritty details of each JEP. For a complete list of what has changed per release since Java 21, the Oracle release notes give a good overview.

The Global Race to Govern AI Agents Has Begun

Aggregated on: 2026-03-12 16:23:04

In late January 2026, a startup CEO launched a Reddit-style social network called Moltbook — exclusively for AI agents. Within days, it claimed 1.5 million autonomous agents posting, commenting, and upvoting[1]. OpenAI founding member Andrej Karpathy initially called it “the most incredible sci-fi takeoff-adjacent thing I’ve seen recently.” Then security researchers at Wiz found an exposed database API key on the front end of the site — granting full read and write access to the entire production database, including 1.5 million API authentication tokens and 35,000 email addresses[2]. Karpathy reversed course: “It’s a dumpster fire. I definitely do not recommend people run this stuff on their computers.” Moltbook is not an edge case. It is a preview of what happens when autonomous AI agents operate without governance. And the timing is striking: the very same week Moltbook went viral, Singapore’s Infocomm Media Development Authority (IMDA) released the world’s first governance framework built specifically for agentic AI[3]. One event showed the fire. The other offered the fire code.

Escaping the “Demo Trap”: A Guide to Engineering Reliable AI Agents

Aggregated on: 2026-03-12 15:23:04

We are currently witnessing a paradox in the AI industry. On one hand, building a generative AI demo has never been easier; with a few lines of Python and an API key, a developer can spin up a "chat with your data" prototype in an afternoon. On the other hand, deploying a reliable, autonomous agent into a production environment remains notoriously difficult. The chasm between these two states is the "Demo Trap." Image Source: Robert Lukeman on Unsplash (For Illustrative purposes only)