When firefighters arrive at burning buildings, they must contain the blaze, rescue inhabitants and keep calm under pressure. As IoT devices are increasingly deployed throughout cities, firefighters could have access to more information that could save more lives and lead to less lost property through use of real-time data about surroundings impacting people in need.
Shifting to the cloud? Multi-cloud environments enable organizations to expand their computing and storage capacities easily, but that comes with tradeoffs — topping the list: cybersecurity. What makes cloud computing appealing is also a reason to worry. It is easy to access your cloud environment anywhere with internet access, but that also means it’s easy for cybercriminals and digital adversaries to access it.
New open source database details the software that cloud service providers typically silently install on enterprises’ virtual machines — often unbeknownst to customers. If cloud services weren’t complicated enough for the typical business today to properly configure and secure, there’s also a lesser-known layer of middleware that cloud providers run that can harbor hidden security flaws.
What would happen if your enterprise resource planning (ERP) system were attacked? For many companies, the consequences would be devastating. ERP systems not only contain the crown jewels of the business—customer data, stock levels, order entries, production plans, and contract data—they also manage such essential financial processes as order to cash (OTC), and operational processes such as production planning and steering and cash collection and payments.
The pace of change in the automotive industry is at an unprecedented level. Not only are cars quickly switching from fossil fuel to electric, but the vehicle itself also is playing an ever-increasing role in advanced driver-assistance systems (ADAS) to improve driving comfort, efficiency, and safety.
You will have seen the Nastel Messaging Middleware Performance Benchmark Report comparing the performance of the commonly used messaging middleware platforms – IBM MQ, RabbitMQ, Apache Kafka, ActiveMQ Classic, ActiveMQ Artemis, TIBCO EMS, and Apache Pulsar. Nastel produced this using its CyBench performance benchmarking technology. StreamNative has also produced its own benchmark report focused on comparing Apache Pulsar vs. Apache Kafka using the Linux Foundation Open Messaging benchmark.
In this guide, we’ll explore the basics of using Express.js middleware. We’ll create a simple Express API from scratch, then add the middleware to it and demonstrate how to use each tool. The Express middleware tools we’re going to discuss are must-haves for your initial Express.js app setup. We’ll show you how to get started with them, and you can further configure them according to your application’s unique needs.
The world of web development happens to have ceaseless wonders in it. The arena is now reverberating with a fresh buzzword and it is blockchain technology. With an appropriate implementation of blockchain technology you can help a web page track effective databases with more panache and flamboyance.
When conducting business online it is vital to be able to track all parts of any financial transactions conducted by your organization. Where different companies are working together on different steps in the process, this isn't always simple to achieve. It is important to ensure that there is an appropriate level of observability at the heart of all of your systems and that it is easy to track the result of business decisions to real-world actions.
Apache ActiveMQ is a free and open-source message broker developed by Apache Software Foundation. It is one of the well-known message brokers that supports multiple protocols such as AMQP, MQTT, Stomp, and OpenWire. It is written in Java and fully compliant with JMS 1.1 standards. Apache ActiveMQ is one of the most popular message brokers that support different types of programming languages that can be deployed on multiple platforms.
