Mobile Testing: The Basics A thorough understanding of device market share is a prerequisite for effective mobile testing. Analyzing the distribution of devices, operating systems, and screen sizes among a target user base enables teams to prioritize testing efforts toward the configurations most likely to be encountered in production, thereby maximizing compatibility and minimizing the risk of a degraded user experience. The Role of Physical Devices in Mobile Testing Testing

Software development is an inherently dynamic discipline, and maintaining code quality and reliability throughout its evolution is a critical concern. Testing serves as a fundamental mechanism for detecting defects before they impact end users - yet the distinctions between test types are not always well understood. This post examines three commonly conflated approaches - smoke, sanity, and regression testing - clarifying their individual purposes and guiding their appropri

Most organizations running critical operations on legacy infrastructure face the same fundamental tension: the systems are stable, deeply embedded, and expensive to replace - but they weren't built for the integration demands of modern AI , cloud services, or real-time data pipelines. Replacing them outright carries substantial risk and cost. But leaving them untouched means falling further behind on automation, intelligence, and operational efficiency. The practical path for

An API wrapper introduces a modern interface layer over a legacy core - without touching the underlying codebase. For engineering leaders managing systems where even minor changes carry significant risk, this approach offers a pragmatic path forward: existing business logic stays intact, while the system gains the interoperability needed to integrate with modern cloud services, third-party tools, and contemporary front ends. Rather than exposing your team to the cost and unce

The insurance industry stands at a pivotal crossroads. Legacy core systems - built for a different era of business - are increasingly unable to meet the speed, flexibility, and digital expectations that today's market demands. From billing and underwriting to claims processing and customer-facing services, outdated infrastructure creates technical debt, limits innovation, and puts insurers at a growing competitive disadvantage. Core systems modernization is no longer a long-t

Applications are the lifeblood of modern businesses. Yet many organizations find themselves burdened by existing legacy applications that can stifle growth and innovation. Application modernization is the process of revitalizing outdated applications to align with current business needs and take advantage of the latest technological advancements. This guide covers everything decision-makers and technical leaders need to know about application modernization - from core concept

For companies that depend on legacy applications for critical business processing, modernizing those apps to make them compatible with today’s technologically sophisticated cloud ecosystem is crucial. But because most legacy apps are monolithic, updating them can be a difficult, time-consuming, and risky process. A monolithic codebase is organized as a single unit that has function implementations and dependencies interwoven throughout. Because a change to one part of the cod

Introduction The Internet of Medical Things (IoMT) encompasses a diverse range of wireless technologies serving various health care applications. These include enterprise Wi-Fi for hospital environments with challenges with radio frequency connectivity, zero provisioning support for home health care applications, Bluetooth options for seamless interfacing with numerous smartphones and tablets, and connectivity solutions for cost-effective sensor deployment and wire replacemen

The telecommunications industry has undergone significant changes over the past few years, with digital transformation at the forefront....