It’s no secret data breaches are a major concern for enterprises today. But what can be done about this growing concern? Here’s how to detect breaches and find their root causes.
Stay Ahead of Trends
There are few things more terrifying to enterprises today than falling victim to a serious zero-day exploit. This is where a vulnerability that was previously unknown to vendors or customers is used to breach a network. These can be some of the most difficult and costly situations to deal with, as it requires a scramble in order to stop data loss and get things secure again without having any kind of certain roadmap from previous occurrences.
Dangerous organized hackers with deep pockets most often perpetrate zero-day attacks against big targets. Catching a big cat by surprise can lead to a huge payout for the criminal enterprise. But this isn’t the only way breaches happen at large organizations.
The worlds of network and cyber security are always in a state of flux. You need to have people on top of emerging trends to know what new dangers are becoming relevant in these fields. Having this information can help your security professionals know when something isn’t quite right in less time.
Build a Team That Knows How to Spot Anomalies
The people you have keeping your networks safe will determine the effectiveness of your security protocols. Much of what’s done in terms of stopping breaches is now automated, thanks to new technologies that are pushing the limits of what can be done with data security. While no one is perfect, building a team that has the right experience, as well as the willingness to continue learning and adapting, will help you keep a beat ahead of incoming threats—and hopefully stop them before spreading throughout your network.
Get the Right Tools and Services
As mentioned in the previous section, emerging technologies have an outsized role to play in both detecting and finding the root cause of a breach. There are many new tools and services that are vastly improving the network security of organizations around the world.
One of the most significant of these technologies is endpoint detection and response (EDR). Endpoint protection and monitoring is continuing to become an increasingly critical aspect of network security. As time passes, enterprises are only adding more endpoints to their networks. This is increasingly prevalent as Internet-of-Things (IoT) devices and bring-your-own-device (BYOD) policies keep becoming more common.
Each endpoint provides a unique attack surface for a potential breach. EDR’s job is to identify and monitor all endpoints connecting to enterprise networks, and then react when something seems off. Here are a few of the main benefits of deploying EDR technology:
- You get full visibility over all network devices in one centralized place, allowing for streamlined monitoring and reaction to anomalies.
- Real-time incident response and automated triage starts the isolation process as soon as possible. This can keep data loss to a minimum, while also alerting key parties when something is wrong so they can implement more thorough triage protocols.
- Working with an EDR provider can give you access to their team of security experts. While having a top-notch in-house team is essential, they’re probably not going to have the same level of dedicated expertise as those working at a cybersecurity company. Having these professionals in your corner can make a difference when it matters most, and will allow you to identify and fully fix root-cause vulnerabilities sooner.
Global enterprises can especially appreciate the value of having their networks protected by an externally audited organization with an international response team. Working with the right EDR provider can offer all these benefits and more.
No matter the industry, enterprises today need to carefully consider their network security. It typically takes several months for organizations to even realize they’ve fallen victim to a breach. Organizations need to take proactive steps to cut down this time in order to mitigate the loss of sensitive data.