In part one of this post, we talked about why identity access management (IAM) is important. In that discussion, we identified three types of IAM: We discussed the different types of single sign on and some examples of what can be used to help streamline the user experience. Let’s now discuss how you can pair single sign on with other two types of identity access management.
Information security (IS) and/or cybersecurity (cyber) are more than just technical terms. They’re the processes, practices and policy that involve people, services, hardware, and data. In particular, IS covers how people approach situations and whether they are considering the “what if’s” of malicious actors, accidental misuse, etc. I’m not sure about your operations teams, but no one in any of mine, myself included, were able to read minds.
Babylon Health, makers of a smartphone app that allows Brits to have consultations with NHS doctors, has admitted that a “software error” resulted in some users being able to access other patients’ private video chats with GPs.
Most malware these days has some level of Command and Control. This can be to exfiltrate data, tell the malware what instructions to execute next, or download encryption keys in the case of ransomware. In each case of command and control, the attacker is accessing the network from a remote location. Having insight into what is happening on the network is going to be crucial in addressing these techniques.
Are you struggling to hire skilled digital security talent in 2020? If so, you’re not alone. According to a Tripwire study on the infosec skills gap, 82% of security experts said that their teams were understaffed; nearly the same proportion (83%) indicated that they were feeling more overworked going into 2020 than they were a year prior.
Moving applications and infrastructure to the cloud offers a degree of flexibility and scalability that can be a boon to almost any organization. Having continuous software and asset availability in cloud environments with elastic, as-needed infrastructure is extremely valuable. Sharing security responsibilities with a cloud service provider can even unburden security and IT teams to a degree.
In September 2019, the National Cybersecurity Center of Excellence (NCCoE) at the National Institute of Standards and Technology (NIST) announced the release of a draft practice guide entitled, “NIST Special Publication (SP) 1800-23: Energy Sector Asset Management.” The NCCoE spent the next two months collecting comments from the public to improve their guide. They then used this feedback to improve upon their initial draft. But the wait is finally over.
All National Health Service (NHS) and social care organisations in the United Kingdom have always been and will always be a target for bad actors. The nature of their business and the sensitive data they hold make these entities appealing to bad actors who know that legacy systems, and/or, not regularly patched systems, such as those employed by healthcare organizations are easy to penetrate.
A 64-year-old man has pleaded guilty in a Texan court to charges of money laundering after a series of attacks that defrauded companies out of hundreds of thousands of dollars. Kenenty Hwan Kim (who sometimes went by the name Myung Kim) took advantage of a simple trick that has proven highly effective to fraudsters in recent years. The method of tricking businesses into handing over large amounts of money is known as Business Email Compromise (BEC), and comes in a variety of flavours.
Many governments in many countries around the world recognise that contact tracing plays a very important part to reduce the spread of the deadly disease, COVID-19. In this article, we take a look at the conventional method of contact tracking and comparing it against how technology helps contact tracing and its pro’s and con’s.
