This week Google unveiled a number of exciting announcements at its annual developers’ conference, Google I/O 2021. Announcements included Android 12 and several security and privacy features that are coming to its platforms. At Ivanti, we are particularly excited about what Google is doing to improve user security and privacy. The consistent theme of Google I/O was Secure by default, Private by design, and You’re in control.
There are some marketing campaigns that just work. They resonate with their audience, they add value, they’re interesting and topical – but they’re also rare. In 2020, the MobileIron (now Ivanti) communications team launched a new campaign to tell the story of the Everywhere Enterprise (a precursor to Ivanti’s Everywhere Workplace).
Network Policy is a critical part of building a robust developer platform, but the learning curve to address complex real-world policies is not tiny. It is painful to get the YAML syntax right. There are many subtleties in the behavior of the network policy specification (e.g., default allow/deny, wildcarding, rules combination, etc.). Even an experienced Kubernetes YAML-wrangler can still easily tie their brain in knots working through an advanced network policy use case.
In this post we’ll explore the concepts of data lake, data hub and data lab. There are many opinions and interpretations of these concepts, and they are broadly comparable. In fact, many might say they’re synonymous and we’re just splitting hairs. But let’s look again carefully. We can discern some subtle trends in the way people are doing things, and find distinctions in these expressions.
This article will show how we kept cardinality under control with a few tweaks in the Telegraf configuration. If you’re not yet familiar with it, Telegraf is the native and open-source plugin-driver metrics collection agent of InfluxDB. As you may know, cardinality is the combination of measurements, tags, sets, fields, and values in a time-series database, and having high cardinality can be a challenge.
Over the past year, organizations worldwide have seen an increasing number of cyberattacks. Phishing and vulnerability exploits continue to be leading attack channels. The content adapts to the times (COVID-19-related phishing, for example), but the attack channels themselves are not new. Combating these attack types requires a focus on transforming security operations and response.
Your users access your application from a wide range of browsers, which have their own implementations of HTML, CSS, and JavaScript. For instance, many modern JavaScript features such as Promises and Arrow Functions are unsupported by some browsers. These inconsistencies can lead to missing elements and malfunctioning workflows that affect some—but not all—of your user base.
The HIPAA Journal reported that “2020 was the worst ever year for healthcare industry data breaches.” In the US alone, there were 642 reported data breaches in which the number of records stolen exceeded 500, and in total, nearly 29.3 million healthcare records were exposed.
