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9 Essential Cybersecurity Capabilities for Modern Businesses

by microtechfiltration

Digital transformation has become an inevitable trend for the future development of modern enterprises. Therefore, ensuring network security is a goal that all enterprises should strive to achieve. However, due to the asymmetry between attack and defense in network security, it is not easy for enterprises to do a good job in network security. It not only needs perfect professional knowledge, but also needs to build comprehensive network security protection capabilities and form a systematic security protection model. Only in this way can we better deal with various new and unknown network attacks and ensure the security of digital development of enterprises.

1. Digital Risk Management

With the in-depth development of digital transformation of enterprises, effective digital risk management has become a basic requirement. When businesses face security threats, they should have a clear idea of how to respond most effectively to do data disaster recovery. Good digital risk management should always be based on solid policies and procedures for handling security incidents. This strategy should follow three steps: prevention (how to reduce the risk of an attack), resolution (how to quickly respond to an attack if it succeeds), and recovery (mitigate the consequences of a hacking attack and keep the business running). Digital risk cannot be completely eliminated, so digital risk management capabilities are very important for enterprises. Risk management not only helps prevent or reduce security breaches within the enterprise, but also improves overall digital business efficiency, confidence and business reputation.

2. Security Red Team

Thinking from the attacker’s point of view provides a quicker picture of where an organization’s cyber defense falls short. The job of a security red team is essentially to play the role of an offensive hacker, combing through an organization’s IT assets, finding vulnerabilities and attack paths in order to better remediate or respond to risks. The attack skill set possessed by a security red team is invaluable to an enterprise. Its role is not only to find security problems, it can also be of great help to system developers to understand the computer system. Security red teams can also provide more value to the enterprise, such as penetration testing services.

The security red team will try to attack enterprise application systems in any way, including real phishing attacks on employees, in an actual combat drill to observe whether the enterprise’s access control policies meet the requirements and whether effective multi-factor identity is implemented. Validation (MFA) products. They usually report directly to company management, and the rest of the company doesn’t even know of their existence or specific plans of action. By understanding the minds of the “bad guys” working for your business, you can help prevent some embarrassing cybersecurity incidents from affecting your business and its customers.

3. Compliance Management

Compliance management has always played an important role in enterprise network security, and is a major driving factor for enterprises to actively carry out network security construction. Taking the EU General Data Protection Regulation (GDPR) as an example, it is mandatory for enterprise organizations to notify affected users and data protection agencies within 72 hours after a security incident occurs, and conduct timely and targeted responses to reduce incidents. harm or face fines of up to 2% of annual turnover or $10 million.

Industry authorities continue to promulgate and implement cybersecurity laws and regulations not only to protect consumer privacy, but also to protect corporate business data and IT infrastructure. Compliance governance can protect the rights and interests of enterprises, customers and third-party partners. Of course, enterprises must pay close attention to actual security risks and threats while ensuring security compliance requirements.

4. Cloud Computing Security

Today, almost all businesses use cloud computing services to some extent. This means that companies must protect data and business applications that use the cloud. However, the latest survey data shows that 29% of surveyed enterprises are challenged by lack of cloud security capabilities. Currently, the main threats to cloud computing security include poor identity management, poor protection of cloud applications, and insecure connections to APIs. The responsibility for securing data and applications in the cloud rests with the enterprise, not the cloud service provider. As enterprise security risks shift from on-premises to the cloud, they need specialized teams and capabilities for cloud security protection. They have to do great in virtual backup and recovery..

5. Big Data Analysis

In the era of wide application of big data, the use of big data analysis technology is an effective way to rapidly improve network security protection capabilities. For example, analyzing advanced persistent threats (APTs) through big data analysis is an indispensable tool. Often designed to steal corporate intellectual property or strategic business data, APTs are one of the most serious security threats facing modern enterprise organizations. Big data analytics can greatly improve APT threat discovery capabilities, as security anomalies can be effectively discovered by looking at large amounts of data, a process that would otherwise take an extremely long time and is unlikely to identify advanced threats.

6. Automation Safety

The application of automated security technology is very important for modern enterprises, which can solve the problem of insufficient network security skills, while improving the overall security capabilities of enterprises. By using machine learning and artificial intelligence techniques, businesses can identify known and potential threats faster, while reducing some of the false positives seen in earlier automation. AI and machine learning can identify threats by type (such as ransomware or phishing), whether it’s a known malware species or not. The use of artificial intelligence and machine learning capabilities has already begun in a new generation of cybersecurity solutions, but the choice depends on the expertise that the company already has. Enterprises need to increase employee skills training in this area to effectively use automated security tools.

7. Security Management and Operation

The network security work is “3 points in technology and 7 points in management”. Efficient security management and operational capabilities are critical to clearly communicate threats and ensure that all parts of the enterprise recognize the importance of security. Teamwork and collaboration are also important, and experts from each team need to work together to ensure the work is done effectively. Network security work needs to get rid of the isolated work mode and establish a security culture of efficient collaboration among various departments, so as to ensure the reliable implementation of security protection strategies.

8. Patch and Software Management

Patch management is key to ensuring that malicious actors cannot attack businesses through disclosed vulnerabilities. Modern enterprises need to clearly recognize the importance of regularly updating software system versions and understand how to deploy updates across the enterprise with as little impact as possible. Most software programs release a series of patches after the initial software release, so enterprise security teams must continually download and implement patch updates to ensure systems are most reliably protected. For businesses that use SaaS software heavily, it’s easier because version updates are sent directly from the vendor to the cloud. Suppliers also provide audit trail services to ensure compliance needs are met. However, it is still important to be aware of potential security risks and vulnerabilities in these products.

9. Network Access Control

To prevent corporate data loss, businesses need robust network security access controls, including limiting what a user or device can do while connected to the network, and restricting what types of devices can access the network. To achieve effective network access control, it is necessary to apply a variety of security technology tools, including firewalls, VPNs, NAC, zero-trust gateways, and behavior analysis tools. When abnormal behaviors of system visitors are found, they can be automatically removed from the network. disconnect. In addition, many enterprises are beginning to deploy micro-quarantine applications to prevent the lateral movement and spread of malware within internal networks.

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