PostgreSQL offers flexibility on how data is stored and compared in a relational database. This is why it’s so popular among enterprises as a solution for their database requirements. Although PostgreSQL is quite reliable, database problems are inevitable, especially in large-scale environments. Ignoring these problems could result in a plunge in the productivity of your business.
IT departments have experienced numerous changes in the way they manage and control user devices. Starting with the traditional CRT monitor-based computers, to modern smartphones, technological developments have been remarkable. Additionally, with the COVID-19 pandemic, employees are restricted to work from home, making the IT administration routines challenging for system administrators.
Among the updates that we ignore most are driver updates, and sometimes for good reason. There have been plenty of cases wherein a driver update caused more harm than good. This could be due to two reasons. One, the user blindly clicked the update without taking a minute to read what the update actually achieves, or two, the user was not equipped to understand what the update achieves. Whatever the reason, one thing is clear: we cannot leave the cybersecurity of an organization up to chance.
The onslaught of the novel COVID-19 has caught businesses off guard, sending many of them into a tailspin. To survive this, most businesses are considering the idea of remote work, and some have already implemented work from home policies. Under these circumstances, a virtual private network (VPN) is an organization’s best bet for providing access to business-critical services remotely and to avert operational disasters.
This is the final blog of our three-part blog series on living-off-the-land (LOTL) attacks. If you missed last week’s blog, you can read it here. LOTL attacks are also known as “malware-free” attacks because your own tools are used against you, either to hide malicious activities under a legitimate system process, or to leverage genuine system activities for malicious purposes.
On April 7, 2020, the San Francisco International Airport (SFO) released a notice confirming that two of its websites, SFOConnect.com and SFOConstruction.com, were targets of a cyberattack in March 2020. The attack has been attributed to a hacker group that was attempting to steal the Windows logins of the airport’s employees. When we hear news about cyberattacks, a few typical, yet crucial questions spring to mind: How did the attackers perform the cyberattack?
One of the primary concerns of IT admins when employees start working remotely is authenticating users. How can employees securely log in to their accounts while working remotely? What happens if users get locked out of their accounts? These are some of the questions that organizations are asking themselves when implementing work-from-home policies.
In the previous blog of this series, we discussed how monitoring SQL Server activities helps secure databases. The database security can further be reinforced by carefully configuring the authentication and authorization mechanisms for database accesses. In this blog, we’ll briefly explain the various authorization and authentication mechanisms of SQL Server and some best practices you can follow.
Over the past several years, telecommuting, or remote work, has gained significant traction across a wide variety of industries. According to a recent survey conducted by OWL Labs, 48 percent of employees worked from home at least once a week in 2019, and 34 percent were even willing to take a pay cut in order to work remotely.
In the digital era, most enterprises use a web platform to reach potential customers and showcase the products or solutions they offer. Websites have become extremely popular as a medium of establishing a brand image, and they contribute in making a major share of revenue. Well-planned websites can capture the attention of the target audience, increasing the probability of them turning into valuable, paying customers.
