Your employees accessing their personal email at work for a few minutes in a day sounds harmless enough. But access to personal email in the workplace is in fact a potential hazard to company data, security and productivity for a number of reasons.
If a company works with very few applications, user repositories would have to be mapped individually for each application. Every new user needs to be validated with each individual user directories to be able to access the respective protected application. This means that the same user has to log in separately every time he/she wants to use each application on the network. The inefficiency of this model was reduced greatly with the advent of Active Directory and LDAP.
A significant number of identity and access management solutions have the need to work with Active Directory as the repository of user information against which access is verified. Active Directory generally controls user identity and access permissions to everything from files, networks, and servers, to on-premise and cloud applications. However, integrating an Active Directory or LDAP with on-premise and cloud applications require third-party agents to be installed on your network.
Is the only thing standing between your business’ critical data and a cyber attack a set of usernames and passwords? If yes, then it’s definitely time for a security upgrade for your cloud and on-premise applications.
We are increasingly using applications on our smartphones for business and personal purposes. Everyday activities have become much easier and more efficient to perform; what used to take us days to process can take us seconds today.
Domain Name System (DNS) is an addressing system used by the internet through which domain names are located and translated into internet protocol (IP) addresses. When a user attempts to access a website through an internet browser, a DNS query is performed. The DNS server matches the request to the respective IP address of the domain and responds to the query by loading the requested web page on the user’s browser.
So what is DNS Filtering? It is a technique by which access to specific websites, web pages, or IP addresses, can be blocked or permitted. If a DNS filter is in place, the IP address being returned from the DNS server will be checked before it is permitted to load on the user’s browser. Therefore, DNS filtering ensures that the user is protected from online threats like viruses, malware, ransomware, and so on. DNS web filtering can also be used to block inappropriate websites and web pages that the user may be searching for, especially at the workplace.
Adaptive authentication, method for enforcing the right authentication factors depending on users profile and tendencies. It acts to balance the level of trust against risk.
Adaptive authentication is the way that two factor authentication or multi factor authentication can be configured or deployed.
Identity management encompasses several operational mechanisms for managing users across a large system or network of applications. Two of the most prominent of those are Single Sign-on (SSO) and Federated Identity Management. Due to its evolving nature, identity and access management has several terms thrown around ambiguously. Even among developers, major differences are often missed while talking about federated identity and SSO. In this article, we aim to break down the difference between the two.
One of the main reasons for a number of traditional, older enterprises still being wary of cloud computing is the concern they have over the security of their data on the cloud. There are a number of myths surrounding cloud security that make it difficult for many enterprises to take the plunge and undertake cloud migration to leverage the many benefits of the cloud.
Here are a few of these myths, and why you should stop believing them!
Would you trust just anyone to enter your home? Or would you first confirm that you know them and they have the right to be there?
The Zero Trust Model (ZTM) of security follows a similar principle. The ZTM approach is to be aware of anything entering the company, whether from inside or outside the company’s perimeter.
ZTM simply verifies everything that requires access to the system. The approach does not necessarily decree that every request should be denied. Instead, it asks: Why is access needed? How far? How long?
A large percentage of employees in any organization use the internet for personal use during office hours. Their internet usage is mostly spread between YouTube, social media platforms and news sites. Of these, YouTube is by far the largest consumer of bandwidth.
YouTube is one of the largest online search engines on the internet – in fact it is second only to Google. Every day, over 5 billion videos are watched on the platform. What does this mean for an organization? Where should you draw the line when it comes to restricting YouTube content?
Governments across the globe rely increasingly on technology today to serve their citizens better. But with the rapid evolution of technology, it is often a struggle for the different departments of government to keep up. This happens due to insufficient funds, security concerns or simply a lack of motivation to meticulously plan and implement the move.
Of these, security is the most critical consideration, since government agencies and departments are possibly the first line of defense against any cyber attack. This is especially true when it comes to government entities wanting to migrate their operations to the cloud.