5 Cybersecurity Architecture Layers To Protect Business Data
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Business Data: You want to become a leader instead of a follower from your early days in school. As you grow up, that feeling turns into a desire.
Instead of taking the traditional 9-5 job route, you decided to become an entrepreneur. You started your own business and worked tirelessly to get it off the ground.
It took you almost a decade to expand your business beyond the boundaries of your country and become a global business.
As you continue to achieve business success, you start getting more attention from cybercriminals and hackers. When you woke up and accessed your business one fine morning, it was not accessible.
When you reached your office to figure out a problem, you realized that your business was affected by a cyber security attack and compromised sensitive business data.
All the hard work you put in for decades to take your business where it is today seems like a waste. Does that story seem familiar?
Many entrepreneurs share the same story. They ignore cyber security, and even if they don’t, hackers can easily access sensitive data because of loopholes and poor security practices.
They did not take any concrete measures to keep their data safe and paid a heavy price for it. If you want to know how you can prevent the same situation from occurring in your business, you are at the right place.
This article will learn about five critical layers of cyber security that you should implement today to secure your sensitive business data.
Network
Firewalls, demilitarized zones and data loss prevention are all part of the network layer. The firewall acts as a gatekeeper and only allows legitimate traffic to pass through, making it difficult for unwanted intruders to get into your network.
By creating a demilitarized zone, you can restrict access to certain parts of the network. Network layer data loss prevention technology and solutions are used to secure company network communications such as emails, web-based applications and data transfers.
As a result, your network communication stays private and secure. This helps organizations to prevent data loss via the network. By restricting FTP and removable storage, you can minimize the risk of data theft from insiders.
Platform
Platform layer acts as a second line of defense from cyber-attacks deals in best-dedicated server in 2022 as it contains the most important weapon of your cybersecurity arsenal, the antivirus.
Additionally, the platform layer is also responsible for patching security specifications for your system. This keeps everything updated, helping you fight against both older and newer cyber security attacks.
The primary goal of the platform layer is to secure an entire platform by using centralized security architecture. It secures all the components that are part of a platform.
Application
It is important to understand and analyze how users interact with applications to secure applications. The better you understand and analyze user interaction with your applications.
The easier it will be to protect against application-based attacks. Businesses can only allow certain application functions to occur and prevent others from executing.
This goes a long way in securing your applications from application-based attacks such as cross-site scripting and parameter tampering.
Businesses can easily reduce malicious activity requests from worms and malware by inspecting packets and analyzing behavior.
Businesses can also invest in secure coding and develop their applications with security in mind to create a truly secure application, which is less vulnerable to data breaches and attacks.
Data
A data layer is where your business data resides. It comprises Buy dedicated server, data storage VPS servers, data centers and databases.
To protect your data, businesses can encrypt their data. Encrypting data makes it unreadable for hackers even if they get access to it, making it worthless for them.
Additionally, you can apply encryption at a file-level and encrypt files. This makes it easy to transfer files as they cannot be read by a man in the middle or spoofed during transfer.
You can restrict and prevent file sharing with enterprise rights management, a subset of digital rights management.
This ensures that the copyrights stay with you, and you control who can share, reproduce and copy those documents. This prevents document tampering and misuse of data, which can be fatal for businesses.
Response
Last but certainly not the least is the response. This layer is responsible for monitoring, detecting intrusions and remediating damage caused due to cyber-attacks.
Keep a close eye on suspicious activities and raise the red flag when you find anything malicious. Secondly, identify intrusion attempts irrespective of whether they are successful or failed.
This will give you in-depth insight into where the loopholes are present in your security architecture so you can fix them far more easily.
Lastly, you need to develop a response mechanism to react smartly when your business comes under a cyber security attack. You don’t want to be left in a state of shock and do not know how to react in such a situation.
Conclusion
Businesses need to take a proactive approach to cyber security if they are serious about protecting their sensitive data from prying eyes.
As a business, you want to make it as difficult for hackers as possible, and the best way to do that is to use a layer security architecture.
Even if the hackers manage to bypass your firewall and antivirus and antimalware software. They still have to get past more security checks, making it tough for them to access your sensitive data.
Follow the best security practices in your organization and develop applications with security in mind. Develop a solid response mechanism and constantly lookout for suspicious activities.
Which layer is most important in your opinion and why? Feel free to share it with us in the comments section below.
Diksha Jani is a blogger, writer and SEO expert. likes to read books on various topics such as philosophy, history, crime, mythology, psychology, and so on.
