We all have a lot of passwords to keep track of on a daily basis, whether they’re for shopping websites, emails, social media, or the workplace. It’s practically impossible to remember login information for each of them. But without these crucial bits of data, we can’t get to where we need to go online. It is estimated that over 300 billion passwords are currently in use, which equates to around 38.4 passwords per internet user.
In today’s increasingly digitized world, cybersecurity has become an essential concern for individuals and businesses alike. With more and more data being transmitted and stored online, the risk of cyberattacks and data breaches has never been higher. The field of cybersecurity is rapidly growing and evolving, with new technologies emerging all the time.
Over the past few years, IT companies adopted IoT, wireless and hybrid networks to stay competitive and to meet the demands of their clients. Among these networks, wireless networks are the most common and the most vulnerable to cyberattacks as hackers constantly try to penetrate them. A cyberattack is initiated by planting a rogue device in your organization’s network.
Unfortunately, for LastPass and its users, this nightmare became a reality in August 2022 when a developer account was compromised. This led to a series of events that ultimately led to the exposure of sensitive customer data. A hacker exploited an employee to access the company’s data. But get this: the hacker exploited a three-year-old vulnerability that wasn’t patched. That’s like leaving your front door wide open for three years and being surprised when a burglar walks right in!
Ransomware has become a significant threat in today’s digital landscape, with cybercriminals using it as an effective means of making money, often with a low cost and high profit margin. Victims rarely recover their stolen data in full, despite promises from the perpetrators, so most of the time paying the ransom is not a viable solution.
Deep packet inspection (DPI), as the name suggests, is a type of network packet filtering and an advanced mode of examining network packets. In DPI, network packets that are transmitted through an inspection point are evaluated. At this inspection point, a DPI tool determines where the packets came from, whether a service or application. With DPI, packets are categorized, inspected, and redirected to prioritize business-critical applications and other online services.
As our lives become more intertwined with the digital world, cyberattacks are growing in sophistication. And since the pandemic, the prevalence of hybrid work culture has posed additional security challenges. This creates pressure for businesses to implement advanced measures to safeguard their users’ digital identities and network resources. Failing to do so not only damages an organization’s reputation, but also leads to numerous legal issues and heavy recovery costs.
Cloud computing has made its way to organizations’ IT infrastructure strategy rapidly over the past few years. In particular, Canadian businesses are showing an increased adoption. This article decodes how Canada’s IT infrastructure shaped up in the last decade, why data sovereignty is now a hot topic, and what the future holds for the cloud. While on-premises IT infrastructure continues to be relevant even today, both SMBs and enterprises are now embracing the cloud more than ever.
