Network security is the process of using physical and software security solutions to protect the underlying network infrastructure from unauthorized access, misuse, malfunction, modification, destruction or improper disclosure, creating a secure platform for computers, users and programs to perform their functions in a secure environment.
As of today, no laws or regulations, even the latest version of PCI-DSS, HIPAA, and HITECH, do not make network segmentation or micro-segmentation compulsory to comply with the rule. By making network segmentation discretionary -- even when transmitting, processing, or storing regulated data, the number of breaches will continue to rise as companies err on the side of doing less with more.
The Domain Name System Security Extensions (DNSSEC or DNS Security Extensions) is a set of Internet Engineering Task Force (IETF) specifications for securing certain kinds of information provided by the Domain Name System (DNS) as used on Internet Protocol (IP) networks. DNSSEC provides DNS resolvers origin authentication of DNS data, authenticated denial of existence and data integrity but not availability or confidentiality.
Introduced to the market nearly two decades ago, Virtual Private Networks (VPNs) are a uniquely enduring cornerstone of modern security. Most large organizations still employ a VPN solution to facilitate secure remote access, while millions of consumers rely on similar products to bolster their online privacy, secure public Wi-Fi connections, and circumvent site blocks. By now, most of us know that a VPN assigns us a new IP address and transmits our online traffic through an encrypted tunnel.
Working from home used to mean an unofficial day off, but it’s becoming an increasingly common way for people to – well, actually work. For these people, pitching up at a coffee shop is not unusual. Lots of people do it. They're no longer the reserve for would-be screenwriters. There are numerous benefits, such as easy access to overpriced coffees and the option to be sociable but with no obligation to actually be so.
With a colossal surge in cyber-attacks and high reliance on technology in this digital age, ensuring the security of data and information have become a daunting task. Cyber threats are accelerating significantly even faster than the enhancements businesses are making. Computer networks have become bigger and their interconnectivity using a Wide Area Network (WAN) is worldwide due to globalization.
Deploying an application on Kubernetes can require a number of related deployment artifacts or spec files: Deployment, Service, PVCs, ConfigMaps, Service Account — to name just a few. Managing all of these resources and relating them to deployed apps can be challenging, especially when it comes to tracking changes and updates to the deployed application (actual state) and its original source (authorized or desired state).
An organization can have innumerable VPN access attempts from within or outside its facility. In the world of globalization and cloud computing, even these attempts can be made from outside the country. Checking each attempt manually is a daunting task for enterprises as it consumes a lot of time and engages more security professionals. The basic VPN checks involve DNS Leaks, IP Address Leaks (e.g., IPv4 and IPv6), and WebRTC Leaks.
