Timing is everything when it comes to responding and recovering from a widespread, destructive attack. As threat actors operate undetected across a victim network and get deeper into the attack lifecycle, it becomes increasingly more challenging to recover and avoid the business disruption that comes from a compromised environment.
At SecurityScorecard, we like to look ahead and focus on the future. However, the past can also teach us some valuable lessons, particularly in cybersecurity. 2022 was quite an eventful year in the space, with many high-profile attacks, including full-blown cyber warfare. Out of all threats we saw this past year, a few stood out. This article will cover seven of the most dangerous cyber threats of 2022, in no particular order.
Without a doubt, data privacy will be a much bigger focus for small- and medium-sized businesses in 2023, as the U.S. states of California, Colorado, Connecticut, Utah, and Virginia all enact stricter privacy legislation. Similarly, the Canadian province of Quebec is also in the process of updating its data privacy laws.
Are you sitting comfortably? Then let us begin… No, this isn’t the start of some Christmas fairy tale… it’s how I begin reading most reports which cover the last 12 months in Cybersecurity, and there are quite a few to look at. But for me, the one I value most is the ENSIA Threat landscape (ETL) report, which is now in its tenth year.
Passwords are the most basic and common authentication method used to secure access to systems. But the process of using and maintaining secure passwords for numerous platforms can be quite tedious. According to Verizon`s 2020 Data Breach Investigation Report, weak, and re-used passwords resulted in 81% of data breaches. Apart from that, there are many more vulnerabilities and risks related to passwords, passwords are an increasingly unsuitable authentication option.
In the first part of this blog series, I took a look at how an understanding of digital strategy and digital risk is key to starting a security transformation journey. And in the second, I dug further into how a secure access service edge (SASE) architecture with security service edge (SSE) capabilities and zero trust principles can help mitigate the types of digital risk. In this final part, I will outline a few key use cases to show all of these elements in action.
Most developers aren’t security experts. This isn’t because we don’t care about security, it’s just that there are only so many hours in the day and features come first. Fortunately, developers don’t need to be security experts to build secure apps — they just need the right tools.
Many business customers have migrated from LastPass to Keeper over the past several years. As a result of recent news surrounding LastPass’ data breach, customers are asking what they should do to ensure passwords migrated from LastPass to Keeper are updated, in case backup files from LastPass that may remain on LastPass’ infrastructure, have been accessed by the attackers.
Let's get our hands dirty with policy as code and write our first OPA policies for a Kubernetes environment.
