Exploring Cybersecurity Options That Will Keep Your Assets Safe

Anyone who wants to safeguard their assets from cyberattacks should prioritise protecting their personal information. Cybercriminals now have an abundance of technologies at their disposal to safeguard assets and personal data. That has led to the creation and development of new cybersecurity technologies that can counteract cybercrime attempts.

 

One security breach is enough for cybercriminals to get everything they need to take the personal information of thousands of people and steal the assets of individuals and businesses. These types of breaches can have long lasting effects that can significantly hinder the day-to-day operation of a company and ruin the lives of people affected. This makes strong cyber security a necessity.

 

There are various forms of cybersecurity that businesses and people can employ to protect their assets from fraudsters and hackers. Continue reading to learn more about the tips and tricks of cyber security.

The Different Types of Cybersecurity

Network Security

Arguably the most important type of cybersecurity, network security is designed to protect against network related cyber attacks. These are the most common types of cyberattack so it’s important to do whatever you can to protect your network from breaches. Many threats are possible via networks so safeguarding should be a priority. Let’s explore some of the network security options:

 

• Next-Gen Firewalls (NGFW): While traditional firewalls will investigate the incoming and outgoing network traffic to identify any fluctuations, next-gen firewalls include extra protective features. This includes application awareness and control, intrusion detection and prevention, and cloud threat intelligence.

 

• Intrusion Prevention Systems (IPS): Real-time threats can be identified and mitigated to help protect against attacks like Denial-Of-Service (DoS). This is an attempt to overload a website or network, to negatively affect its performance.

 

• Data Loss Prevention (DLP): This is a set of technologies and investigation techniques that can be used to find crucial information that could prevent future cyberattacks. It can inspect emails, applications, data stores and more by locating any abnormal changes.

 

• Security Information and Event Management (SIEM): These technologies can provide real-time analysis of security alerts generated by different network hardware and applications. SIEM products can also be used to log security data and help with compliance reports.

Cloud Security

Cloud security is a collection of technologies and procedures specifically designed to address internal and external security threats. Organisations should consider cloud security a necessity, as it can help keep their digital assets secure by incorporating cloud-based tools and services. More companies are migrating to the cloud, which makes understanding the security requirements increasingly important.

 

There are six pillars of a robust cloud security framework, including:

 

• Granular, policy-based IAM and authentication controls.
• Zero-trust cloud network security controls
• Enforcement of virtual server protection policies and processes
• Safeguarding all applications with a next-gen web application firewall
• Enhanced data protection
• Real-time threat intelligence

Endpoint Security

The practice of protecting both entry points and endpoints of end-user devices such as desktops, laptops and mobile devices is crucial to securing assets. This is what endpoint security is all about. Endpoint security has evolved from traditional anti-virus security, as it protects organisations from advanced malware and zero-day threats. 

 

It is now seen as the frontline of cyber security and is the first hurdle that many fraudsters have to traverse. These endpoint security measures can be implemented into other devices, such as tablets, mobile devices, smart watches, ATMs, printers, medical devices and servers. It covers any device that can connect to a network.

IoT Security

Internet of Things (IoT) security is a cybersecurity plan and defence strategy that works against potential cyberattacks that target individual physical IoT devices that are linked to the network. Any connected IoT device is susceptible to hacking, infiltration and takeover by a malicious party to eventually penetrate, steal user assets, and bring down systems in the absence of strong cybersecurity measures.

 

Your IoT security must contain the following key abilities:

 

• Learning: Security solutions that have full network visibility can identify, categorise, and authenticate IoT devices to create a risk profile and group them together.

 

• Segmentation: IoT devices can be categorised into policy-driven groups according to their risk profiles after the organisation has an understanding of its IoT attack surface.

 

• Protection: Internal network segmentation and policy-driven IoT groups allow for activity-driven policy enforcement, monitoring and inspection. This depends on the different locations established in the infrastructure.

Mobile Security

Mobile devices are very susceptible to cyberattacks as several cyber threats can negatively impact the performance of mobile devices. Some of the most common mobile attacks include mobile malware, ransomware, phishing, man-in-the-middle attacks, advanced jailbreaks and OS exploits.

 

To address the varied risks to mobile security, a multifaceted strategy employing different kinds of solutions is needed. Some of these solutions include:

 

• Antivirus Software: Helps detect and eliminate hardware vulnerabilities.

 

• Virtual Private Networks (VPNs): Unsecured networks can receive secure data transmission.

 

• Stronger Authentication Methods: Secure device access can be achieved with biometrics or multifactor authentication.

 

• Data Encryption Tools: Protect sensitive data and assets from unauthorised access by cybercriminals.

 

• Mobile Data Management (MDM) Solutions: Employees’ mobile devices can be protected from cyber attacks like phishing emails. This is particularly beneficial in preventing crypto scams.

Zero Trust

It is now imperative to implement a Zero Trust security approach to safeguard corporate data due to the existence of cyber threats both inside and outside the security perimeter. A zero trust security strategy requires strict identification for every person and device trying to access private network resources. 

 

The six main principles of Zero Trust include:

 

• Continuous Monitoring: Logins and connections time out periodically once established, forcing users and devices to be continuously re-verified.

 

• Least Privilege: To minimise the exposure of user assets, they are only given as much access as to what’s needed. This prevents the risk of data leaking.

 

• Device Access Control: Systems that use Zero Trust must keep an eye on the variety of devices attempting to access their network. This makes sure it hasn’t been compromised.

 

• Microsegmentation: This is the process of dividing security perimeters into smaller areas to preserve distinct access for various network segments.

 

• Preventing Lateral Movement: Once the cyber attack has been detected, the compromised devices and user assets can be quarantined to prevent any further breaches.

Conclusion

To keep personal and business assets safe, cybersecurity methods need to be in place to stop cybercriminals from gaining the information required to steal these assets. Several cybersecurity technologies can be used to help with this asset protection, such as network security, cloud security, endpoint security, IoT security, mobile security and Zero Trust. Each of these has unique benefits that can protect different types of data and assets and are important parts of web development.

 

Individuals and businesses can protect their valuable assets and thrive in today’s digital age by prioritising cybersecurity and investing in the right tools to maximise their efficiency.