Traditional networks work on the mechanism of intrinsic security where a person, third party or application is verified and trusted. The perimeter-based security allows users inside the organisation to access internal applications believed to be trustworthy. Once on the network, the users could access large networks segment without raising alerts

The Software Defined Perimeter (SDP) is a security framework that builds a wall around your company's cloud network and limits user access to the resources hosted on the cloud based on their identity. It establishes a security perimeter using software to hide your company's network infrastructure from outsiders and malicious

Interested to learn more about differences between Software Defined Perimeter vs VPN? Read on to learn more. The remote working environment has been around for a while, and Virtual Private Networks (VPNs) has been the preferred technology solution to access a company’s resources from remote locations. However, while VPNs

A security architecture that regulates ID access to resources is the software-defined perimeter or SDP. The SDP hides the infrastructure of an institution — irrespective of its location, from outside. It sets a perimeter through software against hardware while allowing authorized users to view it. The architecture is based on the

The software-defined perimeter of the network is a key element of company cybersecurity. To this end, a system manager generally sets up a demilitarized zone and border router and implements a Firewall, VPN, ID, and other typical security software. This traditional methodology is still reliable, but not fully protected. The

The number of reported cases of cybercrime reported by IC3 touched a height of 791.79 thousand in the year 2020 as per Statista. The reason for such huge cybercrime numbers is the lack of awareness about the new invention in the field of cyber securities or the lack of

Cybersecurity technologies like Software Defined Perimeter (SDP) and zero trust security have played a major role today in helping businesses and organizations develop a robust structure for their remote workforce security. As we see massive transitions going towards virtual and remote working models, cybersecurity will be of much higher significance.

Protecting our perimeter-less environment has become a priority for a lot of businesses as threats are getting more and more malicious today. Threats in the form of a DDoS Attack (Distributed Denial-of-service), MITM Attack (Man in the middle Attacks), malicious insiders, and various other external threats constantly combats our company’

With the outbreak of coronavirus, many organizations have opted for the work from home infrastructure. In this case, the IT teams are the ones that are under immense stress to ensure network security of all devices and data. However, this stress can be reduced using the latest technology to secure

Traditional networks use to function in a very intrinsic security mechanism wherein a person, third application, or any sort of application could’ve verified and subsequently be trusted. Well, it won’t be difficult to say that this has caused many security breaches and incalculable losses. Trust for access control

Evolution of the term ‘perimeter’ The military definition of the term ‘perimeter’ is simple - we are inside and the enemy is outside. Corporate networks had initially been designed to keep external threats outside, and internal assets secured from these threats. The internal network was deemed trusted by default, and

Sans today’s broadening horizons of technological reach, and the resulting dissolution of geographical boundaries, providing access to enterprise applications would have been a simplified process, given that all users would have resided in predictable locations, and would have used enterprise issued devices. However, with the advent of the cloud

Gartner predicts that by 2023, 60% of enterprises would have phased out remote VPNs from their network architecture in favor of SDPs. In that light, it is important to take a look at the concepts, architecture and benefits that SDP entails, vis-à-vis current technologies. Software Defined Perimeters draw on the