ClearDATA provides cloud services and DevOps expertise to help healthcare and life science companies realize the benefits of the cloud. Our mission is to make healthcare better by helping conservative, heavily regulated healthcare entities innovate safely in the cloud.
Who else had as much fun as we did at re:Invent 2018? I hope everyone is now home, rested, and going through everything they’ve learned while at the show – I know I learned a ton! The best part of being at a conference like re:Invent is hearing firsthand from practitioners how they are using technology to solve their business challenges.
Amazon S3, one of the leading cloud storage solutions, is used by companies all over the world to power their IT operations. Over four years, UpGuard has detected thousands of S3-related data breaches caused by the incorrect configuration of S3 security settings. Jeff Barr, Chief Evangelist for Amazon Web Services recently announced public access settings for S3 buckets, a new feature designed to help AWS customers stop the epidemic of data breaches caused by incorrect S3 security settings.
Viva Las Vegas! We aliens have landed at AWS re:Invent 2018 (Booth #1506), bringing phenomenal threat detection, response, and compliance to the AWS cloud. As I gear up for a full day of live product demos, I thought I’d take a moment to highlight some of the ways in which AlienVault is delivering phenomenal security to our customers’ AWS environments and beyond.
Tripwire for DevOps continues to add new features and capabilities. The newest of these is the ability to perform vulnerability scans against Amazon Machine Images (AMIs) in the same Tripwire for DevOps workflow used for your Docker containers. This blog will discuss the creation of AMIs and how to audit them for vulnerabilities within Tripwire for DevOps.
It shouldn’t come as a surprise to anyone reading this article that there has been a major shift towards businesses hosting their critical applications in the cloud. Software-as-a-Service (SaaS), as well as cloud-based servers from Amazon or Microsoft, have changed the way we build networked business systems for any size organization.
Previously we introduced the concept of cloud leaks, and then examined how they happen. Now we’ll take a look at why they matter. To understand the consequences of cloud leaks for the organizations involved, we should first take a close look at exactly what it is that’s being leaked. Then we can examine some of the traditional ways information has been exploited, as well as some new and future threats such data exposures pose.
The insurance industry has been consistently targeted for cyber attacks as of late, for good reason: sensitive data is at the heart of every process—from handling health insurance claims to archiving medical histories. And because medical records are worth ten times more than credit card information on the black market, firms handling said data are required to take extra precautions in bolstering information security.
Back in the good old days, we used to have to order physical servers to run our applications. When servers became too expensive, we found efficiency in virtualization. Why have one box running one server when I could have 10 or more on a single box? Who would have thought I could simply push a button and have a server ready in minutes as opposed to weeks?
A multi-cloud network is a cloud network that consists of more than one cloud services provider. A straightforward type of multi-cloud network involves multiple infrastructure as a service (IaaS) vendors. For example, you could have some of your cloud network’s servers and physical network provided by Amazon Web Services (AWS), but you’ve integrated that with your servers and physical networking that’s provided by Microsoft Azure.
