5 of the Most Commonly Overlooked Security Measures

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Bigger firms are likely to have complicated security practices, which may be both a positive and a terrible thing. With so many things to keep an eye on, such as portable devices, servers, and network monitoring, it’s easy to overlook a few key aspects of information cybersecurity. Modern cybersecurity specialists tend to focus on the technical parts of vulnerability, ignoring other business components that might lead to a possible data leak.

The following are five aspects of a corporation that are frequently disregarded in terms of privacy.

Reinforce CMS Security

Corporations may save time and money by using open source solutions to develop their content management systems. However, there’s a catch. Such open-source systems potentially have serious flaws that could potentially be used to exploit sensitive information.

However, that’s something corporations can easily fix by taking a few easy measures. With a skilled IT team, secure coding practices can be effortlessly integrated into the code to prevent any vulnerabilities from finding a home in the code to begin with. Once the vulnerability occurrence is minimized, the rest can be handled very efficiently using a diligent privacy policy.

The CMS target life cycle should ideally be reinforced with security tools most compatible with the CMS, most common types of tools used are dockers security tools and Kubernetes security tools. However, that might not be enough.

A continual system of assessment of the code should always be in place. Security control assessment, known formally as the security test and evaluations (ST&E), evaluates the degree to which policies are effectively established, performing as planned and providing the anticipated result in terms of satisfying the system’s security goals. Conduction of such evaluations periodically gives a clear picture of where the program stands in terms of security.

All results need to be evaluated against the Certification and Accreditation document requirements. All such requirements are detailed under a section titled CMS Acceptable Risk Safeguards (ARS).

Phishing, Still at Large

Phishing is by far the most common technique for cybercriminals to enter a firm’s system. Promptly and frequently, teach the staff about data security methods as well as how to spot and prevent phishing schemes. Distribute information around the workplace and on the company’s intranet. Data security teams can’t presume everybody can recognize a phishing attempt.

Secondly, making an effort to maintain a strong connection between the information technology department and the remainder of the company can significantly improve corporate security. Staff shouldn’t be hesitant to seek IT with questions or to flag a potential problem.

Furthermore, here are a few ways employees can detect a potential system compromise that go a long way. Incorporating them into security awareness programs can prove to be the difference between successful prevention of phishing attacks.

  • Systems slowing down with no possible explanation are a red flag.
  • Unrecognized pop-ups shouldn’t be opened without proper knowledge.
  • A huge increase or decrease in system storage spaces.
  • Files and icons that can’t be directly identified.
  • Browsers redirecting to unintended websites should be alarming.
  • Unrecognizable network activity may indicate a phishing attempt has taken place.

Employee Exit Protocols

When individuals quit a company, their main profile access is instantly disabled. It is critical, however, to ensure that the corporation is constantly mindful of that individual’s access levels. Simple items like a social network passcode may be ignored, resulting in future complications.

Offboarding practices should be reviewed regularly to ensure that they are fully up to speed and do not expose the company. Whenever an employee is promoted or moves divisions, it really should be considered. Enabling Signal Sign-On for all essential systems is yet another solution to prevent personnel from entering a resource after they quit. Once one profile is disabled, all other resources that the profile had access to are likewise deactivated.

Encryption Flaws

Once companies encrypt data, the most common mistake they make is assuming that all their data is going to remain safe forever and that their encryption practices are always air-tight. However, that might not be the case. There might remain some inherent flaws that may leave sensitive data at risk. Worst still, firms may depend on antiquated encryption schemes that are readily exploited or fail to account for data transit between internal and external network hosts.

The best way to improve encryption is to start with a standardized encryption policy. Define the style of encryption to be adopted, normalize the use of encryption keys on all levels of the organization, understand the encryption for data at rest and that in motion, and ensure that the IT team, as well as the management, are kept current with international encryption standards.

Two important standards that companies can choose are NIST Federal Information Processing Standard 140-2 and the Common Criteria for Information Technology Security Evaluation. The former is compiled by the US government, and the latter is an international standard.

Furthermore, companies also must have doomsday protocols in place. Any data recovery attempts the firm must take in case of a successful hacking attempt, or accidental encryption failure must be specifically elaborated.

Implications of IoT Connections

The Internet of Things (IoT) allows digital devices to be connected to assist in simplifying operations. However, this very same interconnectedness increases the attack vectors. Paired with an inherent lack of trusted execution environments, intrusion ignorance and code vulnerabilities, IoT connections might not be the wisest approach.

Firms might overlook the fact that the integration of IoT implies hacking up security costs and fundamentally increasing the efforts needed to secure networks. Furthermore, it’s practically impossible to provide encryption over such a large surface area and thereby invites potential hacking attempts. Therefore, before deciding whether to use IoT in firms, they mustn’t ignore evaluating the true risks and rewards of the system for their daily operations.

Conclusion

Organizations understand the significance of security, and most have implemented steps to safeguard themselves from cyber threats. As previously said, enterprises must concentrate on lesser-known privacy concerns in order to avoid cyber assaults. After all, the purpose of any information security operation is to protect systems, networks, and assets.

Organizations must improve visibility using security best activities that help teams hone in on neglected security risks to increase safety and remain abreast with even the most unexpected challenges.

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