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As the digital era has brought significant technical advancement, organizations, and businesses have spent decades actively developing their online presence to attract new consumers and grow their digital presence. However, it is hardly surprising that cybercrime has also increased at the same time. The internet’s pervasiveness and expanding accessibility have made it simpler than ever for hackers to target businesses and get sensitive information about their customers or workers. Computer security is no longer restricted to protecting electronic equipment from external threats. To prevent unauthorized network credentials, a company must also maintain network security. There will always be online dangers that can put your company’s information at risk, no matter what industry you work in or how secure your data is. So, before delving into cybersecurity, let us understand the cybersecurity fundamentals.
What are Cybersecurity Fundamentals?
Cybersecurity fundamentals refer to the basic principles and concepts that are essential for maintaining the security of computer systems, networks, and data from unauthorized access, theft, damage, or other malicious activities. Some of the key cybersecurity fundamentals include
- Confidentiality: The information should be kept secret and only accessed by authorized individuals.
- Integrity: The information should be accurate and not tampered with.
- Availability: The information should be accessible to authorized individuals when they need it.
- Authorization: The process of granting or denying access to a resource or service.
These cybersecurity fundamentals are essential for any cybersecurity strategy and are crucial for protecting sensitive information and systems from potential cyber-attacks.
Four Basic Cybersecurity Fundamentals
“The Four Principles of Cybersecurity” is a personal approach with direct application to employees in the workplace. The four main cybersecurity fundamentals include:
Device Security
Individuals and businesses should prioritize device safety in light of the surge in cyber threats. It is critical to protect internet-connected devices with anti-virus software, enable two-factor authentication, and perform regular automatic system software updates, whether they are laptops, PCs, mobile phones, AI-based devices (Alexa, smart watches, etc.), iPads, tables, or any other internet-connected device. Individuals and their gadgets will be substantially less vulnerable to assaults regardless of where they are.
Securing Online Connection
As an individual device connects to the Internet, information exchanged over the Internet needs greater safeguards. Additionally, VPNs (Virtual Private Networks) should be used since they automatically encrypt internet traffic. All online transactions, including the user’s identity, location, browsing history, and any sensitive information such as passwords and bank credentials, are safeguarded while using a VPN.
Email Communication Security
Email is frequently used by cybercriminals to collect critical information about persons or businesses. Encrypting emails is highly advised to keep sensitive material from being viewed by anybody other than the intended receiver since they disguise the actual information. Moreover, email encryption frequently involves one-time password authentication.
Backup of Files and Documents Regularly
Backups are classified into two types: remote backups (offline) and cloud storage (online). The pros and downsides of various solutions vary. Remote backup services are convenient and economical, but they are inconveniently located and difficult to use from any place. Cloud solutions, on the other hand, can be accessed from anywhere and are ideal for a firm that functions from many locations.
Yet, because anything connected to the internet poses a cyber security risk, vital papers should have their digital vault with encryption passwords. The cloud computing solution is highly secure, with robust network security, application security, and cloud security, thanks to a database and infrastructure security management system. Also, robust mobile security improves cloud computing security.
For example, Cyber security monitoring in Banking is an ongoing process to ensure the safety of customers’ financial data. Banks use advanced technologies such as machine learning, Artificial Intelligence, and Data Analytics to detect suspicious activity and alert customers to any potential risks.
Why Intone Gladius?
IT security technology innovation is boosting ease of use and efficacy, and it offers significant value. Moreover, as is the nature of technology, these characteristics will improve with time. Treasury departments should engage employees with this technology in a way that is relevant to their everyday activities in their personal life, which will significantly boost workplace knowledge and compliance. Hence, Gladius integrates all your security tools into a single real-time platform for continuous control monitoring, with no manual aggregation. With Gladius’s 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!