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Mitigation: Are Our Strategies Strong Enough?

Mitigation: Are Our Strategies Strong Enough?

 By Charles Joseph | Cybersecurity Researcher
 Published on August 1st, 2023
This post was updated on November 25th, 2023

Mitigation refers to the steps taken to reduce the severity, seriousness, or painfulness of something. This involves planning, preparing, and implementing strategies that help decrease the negative effects or risks associated with an event or action. In essence, mitigation is proactive problem solving, aimed at minimizing the impact of potential threats or disruptions.

Mitigation Examples

1. Data Management

In this example, let’s take a look at a company that is dealing with data management. The company has identified that their server is susceptible to cyber attacks. This presents a risk not only to the company’s operational efficiency but also to the confidential data they hold. To mitigate these risks, the company would need to act proactively.

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This could include taking measures such as updating their cybersecurity protocols. By revising these rules and ensuring all employees are trained to follow them, the company can reduce the likelihood of internal errors leading to a breach. Furthermore, installing a stronger, more robust firewall would act as the first line of defense against any external threats. It would serve as a barrier, filtering incoming traffic and blocking any harmful data from reaching the server.

These mitigation strategies work together to reduce the risk of data theft, promoting secure practices and protecting the company’s data integrity.

2. E-Commerce Website

An e-commerce website often stores valuable information like personal customer data, banking details, and transaction histories. This makes them attractive targets for cybercriminals. Identifying this potential threat is the first step in the mitigation process.

An effective mitigation measure in this scenario could be the implementation of Secure Sockets Layer (SSL) certificates. This encryption-based Internet security protocol safeguards data transmitted between users’ web browsers and the e-commerce platform, ensuring secure transactions. This not only protects sensitive customer data but also boosts customer confidence when shopping on the site.

By introducing SSL certificates, the e-commerce website significantly minimizes the possibility of data breaches and hacking attempts, ensuring the continuous smooth operation of the online platform and maintaining the trust of their users.

3. Smartphone App

A common issue many smartphone apps face are bugs that cause the app to crash or function improperly. These bugs could potentially cause user frustration, lead to negative reviews, and impact the overall success of the app. Therefore, mitigation activities are crucial in this scenario.

One way to mitigate the negative impact of these bugs is through regular app updates. This involves identifying the problematic code, debugging, and releasing new versions of the app with the necessary fixes. This not only eliminates the present issues but also helps in uncovering potential future bugs.

Regular updates not only fix immediate problems but they also contribute to the app’s progressive stabilization. They enhance the users’ experience and ensure the app’s ongoing reliability, thus minimizing the risk of users uninstalling the app due to frustration and dissatisfaction.


Mitigation is an essential aspect of various fields, acting as a buffer against potential threats and disruptions. By implementing proactive measures, companies can ensure the protection of their assets, maintain customer trust, and ensure stability and continuous operation.

Key Takeaways

  • Mitigation is about reducing the impact of potential threats or disruptions.
  • It applies across various fields, from data management to e-commerce websites and smartphone apps.
  • The mitigation process involves proactive problem-solving and minimizing risk.
  • Effective mitigation strategies include updating cybersecurity protocols, implementing SSL certificates, and regularly updating software.
  • Mitigation is important to maintain customer trust, protect asset integrity and ensure business continuity.
  • Related Questions

    1. How is mitigation different from prevention?

    While both are risk management strategies, prevention aims to stop a disaster or issue from happening in the first place, whereas mitigation aims to reduce the impact of a disaster when it does happen.

    2. What is the role of a mitigation strategy in cybersecurity?

    A mitigation strategy in cybersecurity is designed to minimize the damage caused by a breach or attack. It helps recover lost data, protect the privacy of users, and keep the organization operational during and after the attack.

    3. How do updates help in the mitigation process of smartphone apps?

    Regular updates help in fixing known bugs and issues that cause an app to malfunction or crash. They also add new features and enhance the performance of the app, helping to improve the user experience and satisfaction.

    4. What are SSL certificates and how do they mitigate risks in e-commerce?

    SSL Certificates are digital certificates that provide an encrypted connection and ensure the secure transfer of information. They help mitigate risks by providing a secure communication channel between the user’s browser and the e-commerce server, protecting sensitive data like credit card numbers and personal information.

    5. How does regularly updating cybersecurity protocols assist in data management mitigation?

    Regularly updating cybersecurity protocols ensures the company is prepared for recent and evolving threats. This proactive approach keeps security measures up-to-date and effective, reducing the risk of successful cyber attacks and data theft.

    "Amateurs hack systems, professionals hack people."
    -- Bruce Schneier, a renown computer security professional
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