With the Digital Revolution sweeping the globe, all businesses, large and small corporations, organizations, and even governments rely on computerized systems to manage their day-to-day operations. And protecting data from internet assaults and unauthorized access is a significant responsibility for the company. As news of data breaches, ransomware, and hackers becomes more common, the constant advancement of technology necessitates a corresponding shift in cybersecurity practices.
Cybersecurity is a fast-paced industry in which hackers and security providers compete to outwit one another. Many organizations continue to struggle with cybersecurity risk management, and security teams are struggling to keep up with the evolving threat landscape.
Cyber security monitoring in insurance helps protect insurers from online threats. It utilizes sophisticated technology to analyze potential threats in real time, detect suspicious behavior, and automatically respond to incidents. It also provides alerting and reporting systems for further investigation of potential threats and complete security intelligence. This enhanced security helps protect customer data and minimize industry risk.
Every day, new risks and fresh solutions to tackle them arise. In this review, we will look at the most recent cybersecurity trends.
Cybersecurity Hazards With Remote Working
The Covid-19 outbreak drove most firms to immediately move their workforces to remote labor. Working from home introduces additional cybersecurity threats and is one of the most talked-about new cybersecurity trends. Home offices are frequently less secure than centralized workplaces, which typically have more secure firewalls, routers, and access management systems managed by IT security teams.
Many employees use their own devices for two-factor authentication, and they may have mobile apps for instant messaging clients like Microsoft Teams and Zoom. The blurring of the barriers between personal and professional life raises the possibility that sensitive material will fall into the wrong hands.
As a result, focusing on the security problems of remote workforces is a crucial cybersecurity trend for enterprises. Identifying and mitigating emerging security vulnerabilities, enhancing systems, installing security controls, and ensuring adequate monitoring and documentation are all part of this.
If you want to know more about cyber security trends, you must know what is cyber security monitoring and why is it important.
IoT and 5G: Technology and Risks in New Era
The growing Internet of Things (IoT) opens up new avenues for cybercrime. The inclusion of so many new devices alters the dynamics and scale of what is commonly referred to as the cyber-attack surface or the number of possible entry points for malevolent actors. Most IoT devices have less processing and storage power than laptops and smartphones. This can make it more difficult to use firewalls, antivirus, and other security tools to protect them. As a result, IoT assaults are one of the most widely discussed cyber-attack topics.
With the launch and expansion of 5G networks, the Internet of Things will usher in a new era of interconnection (IoT). This connection across several devices exposes them to external influences, assaults, or unknown software flaws.
5G architecture is a new technology on the market that requires substantial research to uncover security weaknesses and make the system safe from external attacks. Every level of the 5G network may result in a slew of network assaults that we are unaware of. Manufacturers must design complicated 5G hardware and software with considerable caution to prevent data leaks.
Automation And Integration
With the amount of data increasing each day, it is critical to leverage automation to enable more complex data management. Professionals and engineers are under tremendous pressure to offer rapid and effective solutions in today’s demanding work environment, making automation more useful than ever. Security measures are included in the agile process to create more secure software in all aspects. Larger, more complicated web applications are far more difficult to secure, necessitating the inclusion of automation and cyber security as basic concepts in the software development process.
Continued Rise in Artificial intelligence (AI)
Humans are incapable of dealing with the sheer amount of cyber security threats. As a result, enterprises are increasingly relying on artificial intelligence and machine learning to improve their security architecture. AI has played a critical role in the development of automated security systems, natural language processing, facial identification, and autonomous threat detection. AI also allows for the analysis of enormous amounts of risk data at a much faster rate. This is advantageous for both huge corporations dealing with massive volumes of data and small or medium-sized businesses with under-resourced security teams.
While AI offers organizations a big possibility for more powerful threat detection, criminals are also leveraging the technology to automate their assaults through data-poisoning and model-stealing approaches.
The practical uses of AI are constantly evolving; we expect security systems powered by AI and machine learning to become more sophisticated and capable.
Cloud Services Could Also Be Vulnerable
Cloud vulnerability is one of the most significant cybersecurity trends. Again, the pandemic’s quick and broad adoption of remote working boosted the need for cloud-based services and infrastructure dramatically, with security issues for enterprises.
Cloud services have several advantages, including scalability, efficiency, and cost savings. They are, nevertheless, a prime target for attackers. Misconfigured cloud settings are a major source of data breaches and illegal access, as well as insecure interfaces and account hijacking. As more firms shift to the cloud, security measures must be examined and enhanced regularly to prevent data breaches. Even while cloud programs like Google and Microsoft are well-secured on their end, user mistakes, malicious software, and phishing assaults remain major sources of errors, malware, and phishing attacks. To get a better insight into the cybersecurity techniques in cloud services, you must know about cloud security monitoring: embracing the future of IT.
Why Intone Gladius?
Gladius integrates all your security tools into a single real-time platform for continuous control monitoring, with no manual aggregation. With Gladius’ cyber security monitoring, you can design and customize your monitoring of IT security metrics and other performance analytics for better decision-making and faster, more effective responses to cyber threats. Gladius allows you to customize your controls and monitoring alerts in ways that most security tools cannot offer. Benefits of using Gladius include:
- Equips you to custom-craft your security controls.
- Monitors endpoints, databases, servers, networks, and data security in real time from a single platform.
- Reduces costs by achieving and proving your compliance faster and with less effort.
- Comes with a centralized IT compliance platform that helps you overcome redundancy between control frameworks, such as SOC, NIST, IASME, COBIT, COSO, TC CYBER, CISQ, FedRAMP, FISMA, and SCAP.
Contact us to learn more about how we can help you!