Implementing AI in firmware - The ultimate protection and efficiency

Cybersecurity (opens in a new tab) is a growing threat. IBM reports that the average cost for a data breach has risen from PS3 million to more than PS3 million.

Businesses are slowly starting to see the benefits. Many businesses (77%) have C-level executives who consider cybersecurity a top priority. Spending is also increasing with UK cybersecurity providers experiencing 14% growth in revenues. There is still a gap in cybersecurity tech stack protection at the firmware level. Many, if not all, are vulnerable.


Cybersecurity in the hybrid working age

Companies must prioritize finding solutions that mitigate the risks associated with establishing a functional hybrid model of working. Hybrid working (opens in new window) can pose a variety of cybersecurity problems due to the vulnerability of public networks, dependence on employees to take care, and the requirement for a remote incident response program, just to name a few. There is a greater chance of successful cybersecurity breaches if all employees (opens in new tab), work from the same premise. Companies will be able to fulfill their core mission if they find effective solutions and stay ahead of the curve.

With companies exploring emerging technologies such as artificial intelligence (AI), machine learning (ML) to improve resilience, productivity, growth, and innovation (as outlined in the UK government's National AI Strategy), is there a place in a company's cybersecurity strategy? Simply put, the answer is yes. AI cybersecurity solutions could replace the weaknesses in existing cybersecurity strategies, particularly when embedded at firmware level.

What is AI-secure SSD?

Companies are increasingly turning to SSDs (opens in new window) with AI embedded SSD. The technology, which includes an AI coprocessor and special firmware that monitors threats real-time, is intended to stop all cybersecurity threats including ransomware (opens in new tab). It can detect zero-day threats by simply looking at data access patterns. This is 100% accurate. It is located closest to precious data so it can react quickly without compromising computer performance. AI-embedded SSD technology will close the cybersecurity protection gap.

AI-embedded SSD is a great way to increase cybersecurity protection. It uses low-level programming codes that are extremely concise and enhance protection. The AI-augmented SSD uses low-level programming code to convert and apply sophisticated algorithms to monitor variations in direct contact with firmware devices. Protection is stronger because low-level programming code can be interlinked with firmware and architecture of a specific device.

Why do we need AI-secure SSD?

It's evident that humans are not able to detect new threats in real-time. However, AI technology can detect zero-day attacks immediately. This is especially important given the number of new threats hackers are creating. Vodafone was reported to have suffered a data breach last month without knowing about it. As threats get more sophisticated, cybersecurity protection measures must be updated. Malicious attackers can gain entry to the system and compromise its security if there are weaknesses in cybersecurity protection.

As with all defense strategies, there must be a last line of defense. Cyber Secure SSD are where most data is stored. Therefore, cybersecurity protection strategies must prioritize this area. AI technology that is integrated in close proximity of precious data (i.e. It works at the firmware level to stop any attempt to steal data. It eliminates human error and strengthens the overall defense strategy.

What are the threats that AI-secure SSD can protect against?

Firmware-based security innovation can be used to protect individuals or organizations from a variety of threats. This type of cyber technology also has the added benefit of protecting against physical theft.

An AI-secure SSD can detect irregularities in data access patterns and alert the system to remove the data. This will ensure that no confidential information is lost. Zero-trust technology grants access and authority based on the current situation.

Prioritizing protection at firmware level

It is imperative to fix the 'gap in cybersecurity systems' due to increasing data breaches that have been costly and successful. Data security must include a last-line of protection to safeguard users and businesses from all kinds of threats.


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