Systems | Development | Analytics | API | Testing

Insurance Underwriting Automation: Architecture, AI Models, and ROI (2026)

Insurance underwriting automation integrates data ingestion, validation, risk scoring, decisioning, and policy workflows. It connects core insurance platforms with rules engines, AI models, and external data sources. Insurance underwriting automation in 2026 looks markedly different from earlier pilots.

Migrating Your BlazeMeter Tests With an AI Agent

Our BlazeMeter to OctoPerf Maven plugin is archived. What replaces it is not another tool to install: OctoPerf 17 ships a BlazeMeter migration playbook for AI agents. Real prompts, real output, run against a real BlazeMeter account. The plugin worked: one mvn command copied your workspaces, projects and JMeter scripts into OctoPerf. But a Maven command cannot ask you a question, so it never said which tests were worth moving, never brought your load profiles, and never replayed what it imported.

Scripted vs Codeless API Load Testing: Which Approach Fits Your QA Team in 2026?

API load testing sits at the heart of reliable software delivery. The choice between scripted and codeless tools is more than a technical preference – it’s about aligning your testing strategy with your team’s strengths, project demands, and release velocity. Scripted solutions offer deep control and flexibility, letting you craft complex scenarios and push APIs to their limits.

Boosting E-Commerce Checkout Speed at Peak Load

Optimizing e-commerce checkout speed during peak load is a continuous, multi-layered effort. Drawing on a recent case study of a leading retailer, targeted backend improvements – including database query tuning, server-side caching, and real-time monitoring – reduced peak checkout times by 66%. This led to a 20% increase in completed transactions and a 10% revenue boost during high-traffic events.

Essential Tools Every Java Developer Should Know in 2026

Java has stayed near the top of enterprise development for nearly three decades, and a big reason is its ecosystem. The language itself is only half the story - the tools built around it are what make Java teams productive at scale. Whether you're setting up a new project or refining an existing workflow, knowing which tools to reach for saves enormous amounts of time. This guide walks through the core categories of tools every Java developer should be comfortable with in 2026, from build systems to debugging and profiling.

How Real Estate Companies Modernize Legacy Reporting with Custom Analytics Platforms

Two dashboards, same portfolio, different occupancy numbers. This is the moment most reporting modernization projects start, and it is usually read as a dashboard problem. The tool gets blamed, a replacement gets scoped, and the divergence survives the migration intact. It survives because it never lived in the dashboard. When occupancy reads 91% on one screen and 94% on another, both tools are usually working correctly. They are faithfully rendering two different calculations of the same concept.

Agentic AI in Banking: How Autonomous AI Is Changing Financial Services

Quick answer: Agentic AI in banking refers to AI systems that don’t just generate text or answer questions – they take a goal, break it into steps, use tools and data sources, make decisions, and complete multi-step workflows (like investigating a fraud case or processing a KYC file) with minimal human intervention, looping in a person only for genuine judgment calls. Walk into any banking technology conference in 2026, and you’ll notice the conversation has quietly shifted.

React Native Automation Testing: Best Practices, Tools, and Frameworks

Cross-platform builds promise rapid delivery through a shared codebase, yet QA teams encounter stubborn regression roadblocks across Android and iOS. React Native connects JavaScript threads to native host views via an asynchronous message channel. When test runners dispatch actions faster than native components finish rendering, automated assertions trigger false alarms without underlying code failures.

Automated Document Processing: 5 Examples and Key Benefits

Automated document processing, also known as intelligent document processing (IDP), uses artificial intelligence and machine learning to reduce the manual effort required to extract data from paper or digital documents. Why is that vital? As organizations continue to modernize in their workflows, enterprises still need to grapple with enormous volumes of documents, such as invoices, receipts, and contracts. Manual data entry and rekeying of document data creates an operational bottleneck.

From Handwritten Mocks to proxymock: The Complete Loop

Handwritten mocks are cheap one at a time. This series built enough of them to show how quickly that stops being true. Nine posts took one package notifier from a function returning "delayed" to a captured response from a real carrier. Along the way, we hand-authored canned successes, failure cases, a spy, a stateful fake, an HTTP server, response fixtures, and contract-drift tests in four languages.