Operations | Monitoring | ITSM | DevOps | Cloud

Every day more and more third-party service providers are publishing APIs for their customers to consume, with many of them competing against each other. For instance, with payment APIs, you can use Stripe, Recurly, Chargify, or several others.

In government, mobile devices are both embraced and resisted. The mobility and ease of use afforded by smartphones and tablets helps boost worker productivity even as they open doors for hackers. According to research by Wandera, in 2018 there were 455,121 mobile phishing attacks, 1.9 million Wi-Fi incidents, and 32,846 malware attacks.

As we roll into the next decade and IoT becomes commonplace in most organizations, requirements for connectivity will change. Over the last decade of Wi-Fi, we’ve seen a push for faster speeds (high throughput and very high throughput) and recently the ability for greater capacity (high efficiency). Wireless IoT protocols have a different focus. Those requirements are long distance, low power, and flexible architecture. As we consider the next generation, which capabilities rise to the top?

Having their websites constantly perform at their optimal capacity should be the aim of all businesses and website owners. When websites go down, load slowly, or underperform, the user experience suffers. This can result in low sales and conversions. So what can you do to ensure your website remains fully functional? In this article, we’ll look at the importance of monitoring your website with a powerful monitoring tool like Pingdom®.

The cloud provides a standardized approach to embracing disruptive technologies with higher agility and ease of operations. This is why most organizations have embraced cloud-based infrastructure and services for application development and delivery. However, the processes, tools, and platforms used in the application development life cycle are always evolving, allowing businesses to make the most of their cloud investments.

OK, folks. Let’s be real for a moment and acknowledge that everybody, every professional, and definitely every vendor out there is tossing out the phrase “IoT” like flyers on the Las Vegas strip. As an industry, we tend to use IoT to describe a breadth of networked devices, most often headless—those without a user attached—such as cameras, door entry systems, and HVAC controls.

In life, risks can be perceived both negatively and positively. Taking a risk can sometimes yield great results, but other times, a risk is a yellow light of caution. For businesses in particular, if not managed properly, IT risks like malware malfunctions and employee errors can range in size and occur in several areas. The result is disruption and valuable time being used to resolve the issue. But even with risk present, there are measures IT can put in place to ward them off.

Careful monitoring and attention to endpoints are just two elements of a strong cybersecurity strategy for K-12 districts. Cybersecurity must be a top priority for K-12 schools. Schools need to prioritize thwarting industrious hackers who are intent on getting to the treasure trove of information and personally identifiable information (PII) schools manage.

I started in the IT industry in networking. I had a negative experience in high school trying to learn computer programming*, so I was relieved route/switch had much less to do with computer programming. With the rise of the machines, this isn’t the case anymore. Now in addition to learning router or switch operating systems, routing protocols, and overlay technologies, today’s savvy network engineer needs to throw in things like Python, Ansible, and Jinja.

When applications experience performance issues, developers may rely on heuristics and find the root cause of issues by directly looking into their code. However, in modern application environments, several services, third-party APIs, and cloud-based components can make it difficult to pinpoint the root cause of an issue. Application logs can help developers detect and resolve issues faster.