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Making Good Choices in Cybersecurity and Learning from IoT

In the world of cybersecurity, making good choices is essential. Tech leaders often make common bad choices such as being too focused on the latest hype or getting lost in technical details without considering the bigger picture. Waiting for the perfect solution is also a mistake, as it results in lost capacity and inability to respond effectively. Other bad choices include neglecting basic investments, failing to communicate the value of choices made, and using too much technical jargon when explaining concepts.

One important aspect of making good choices in cybersecurity is being creative in addressing challenges like multi-factor authentication. Finding solutions that are user-friendly and minimize irritation can prevent users from seeking alternative workarounds that compromise security.

When it comes to AI systems, there is a need for adequate cybersecurity integration before deployment. Similar to the Internet of Things (IoT), AI innovation can lead to insecure products entering the market. To avoid vulnerabilities and attacks, the UK government introduced legislation requiring basic security principles for IoT devices. This approach of “secure by design” should be followed in the AI space as well, where security is prioritized from the start of development.

In terms of AI security, good software development practices are crucial. This includes peer programming, thorough testing, privileged user access management, and maintaining a comprehensive log of changes. Additionally, ensuring the security of the data used to train AI models is essential. Attacks like poisoning attacks, where incorrect data is intentionally used to manipulate the model, can have severe consequences. Identifying and addressing software development vulnerabilities and ensuring the trustworthiness of training data are key aspects of AI security.

Ethics also play a role in AI security, but determining the boundaries of ethical behavior is challenging. Different individuals may have varying opinions on what is considered ethical. Establishing thresholds for AI responses to offensive content, for example, requires subjective decision-making. It is crucial to address ethics in AI development to ensure fairness and unbiased outcomes.

By making good choices in cybersecurity and drawing lessons from IoT, businesses can enhance their security practices and build safer AI systems.

The post Making Good Choices in Cybersecurity and Learning from IoT appeared first on satProviders.

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