Cyber security Over time, companies and other organizations have begun to prioritize cyber security as one of their top priorities. According to a Gartner study, 88% of security councils now see this as a business risk rather than a technical risk.
The trend toward telecommuting driven by the COVID-19 pandemic and the steady increase in the number of cyber attacks over the past few years have both served to reinforce this sentiment. According to research from Check Point, the number of cyber attacks worldwide is set to increase by 28% in the third quarter of 2022 compared to the same period last year. Malware, phishing, DNS tunneling, and DDoS attacks are some of the most popular cyber attacks.
This article will examine the key cybersecurity trends for 2023 and explain how businesses and other organizations can better defend against online threats.
1. Security in remote or hybrid workplaces using Iot, Cloud technology
As already mentioned, the COVID-19 pandemic increased the trend toward remote and hybrid work. The term “teleworking” describes a situation where an organization’s employees conduct all of their business from a private location, typically their home. According to recent data, 16% of US businesses are completely remote, while 26% of US employees currently work from home. On the other hand, a blended workplace is a scenario where people alternate between working remotely and traditionally in an office.
When the entire workforce (or part of it) works remotely, many of the CyberSecurity procedures designed for office environments cannot be replicated. IoT devices, which are becoming an increasingly important tool for remote workers and their employers, deserve special attention. According to current statistics, the number of IoT devices is expected to be 41 billion in 2027, which is more than the estimated 10 billion connected IoT devices in 2021.
While IoT devices clearly have many benefits (such as better ways for employers to track employee productivity), they also collect sensitive data that can be targeted by cybercriminals. As a result, companies are forced to use IoT cloud-based device management solutions to exert greater control over these resources. By handling tasks such as configuration, remote provisioning, control, and authentication of IoT devices, these platforms help companies run IoT ecosystems more efficiently.
2. Training staff to avoid cyber attacks
Although most employees use digital devices and transmit sensitive information, many of them lack the necessary knowledge to identify and avoid cyber threats. Cybercriminals can take advantage of the workforce’s lack of competence in this area in a variety of ways. These include social engineering techniques, malware, ransomware, and botnet attacks. Companies must implement a number of techniques to reduce employee errors that can expose them to cyber threats.
Companies should first adopt a language that is not overly technical and helps employees understand and relate to cybersecurity topics. It must also be emphasized to employees to use only company-supplied equipment and to treat their gadgets with the utmost care (when possible). For everyone, theft or loss of equipment results in more breakages than one might imagine. Employees should also have separate accounts on their devices for personal and professional use. Work accounts must be monitored and restricted to us. Naturally,
Employees should be taught how to recognize suspicious activity, such as pop-ups, emails, and apps that appear on their screens but whose origin or intent is unclear. Teaching staff members how to choose secure passwords, properly storing passwords, using VPNs wisely, and scanning home networks are additional security measures that can be taken.
Online cyber security courses are a great way to strengthen the foundation of your employees and better prepare them to deal with online threats.
3. Strengthening zero trust through cyber and physical security integration
The concept behind a zero-trust strategy is that nothing should be trusted by default and that all users and devices should establish their trustworthiness. This strategy takes into account hazards that the organization may encounter both physical and digital. It is based on the idea that there are CyberSecurity dangers both inside and outside the network. By default, access to network resources (data, systems, and resources) should be restricted, and only those resources that authorized users or devices need to perform their tasks should be made available to them.
To enter locations where special resources are located, for example, an employee who has been granted authorized access to a facility may be subject to additional security checks. Commercial access control systems, which include a control panel, door readers, and credentials that are checked every time someone tries to access a new area, can help with this.
4. Data breach prevention using Ai and Machine Learning
Data breaches can be quite expensive for businesses. Powerful methods such as artificial intelligence and machine learning can be used to reduce their frequency. They can use the information received from the company’s systems to process abnormalities and initiate specific actions, such as alerting a human supervisor or blocking a specific user. These technologies can manage first-level security and enable human analysts to prioritize their work more effectively, but they cannot completely replace human cybersecurity specialists.
Conclusion
To reduce cyber security and cyber crime vulnerabilities, data is crucial. Although data provides its users (individuals, companies, organizations, and governments) with a wide range of opportunities, these benefits can (and have been) abused by some for illegal purposes. Especially without users’ informed consent and choice, as well as appropriate legal and security precautions, data collection, storage, analysis, and sharing enable numerous cybercrimes and the massive acquisition, storage, use, and distribution of data. We sincerely hope you enjoyed the information we have provided.