Cyber Security Starts With An Unrelenting Hardware-Level Defense
ACCESS Newswire · SMX (Security Matters) Public Limited

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MIAMI, FL / ACCESS Newswire / March 10, 2025 / Cyber attack vulnerability. It's no longer a hypothetical threat-it's an unavoidable reality. As artificial intelligence transitions from a supporting role to a central force in digital systems, the risks escalate. The challenge isn't just about preventing cyberattacks-it's about ensuring they never have the opportunity to occur in the first place. That requires a new approach to security, one that doesn't just detect threats but eliminates vulnerabilities at their source.

SMX (NASDAQ:SMX), a company pioneering molecular-based traceability and authentication technology for materials, is advancing that intent by embedding immutable security directly into hardware at a molecular level. This proactive approach moves beyond traditional digital firewalls, which can be bypassed or manipulated, and secures the physical components themselves. By integrating molecular markers into computer chips, processors, and other critical hardware, SMX ensures that every part of a system is authenticated, traceable, and tamper-proof before it ever reaches the end user. Here's why that's important.

Filling The Security Gap in Hardware

Traditional cybersecurity measures-firewalls, encryption, and software-based monitoring-are reactive by design. They detect breaches after they happen, often too late to prevent damage. But cyber threats have evolved beyond software; today, compromised hardware presents an even greater risk. A single manipulated semiconductor chip or altered circuit board can allow adversaries to infiltrate networks, manipulate industrial systems, or disrupt essential services.

Recent events have exposed just how vulnerable supply chains can be. The reported sabotage of Russian drone pilots using tampered VR goggles is a stark reminder that compromised hardware can lead to devastating consequences. If such tactics can be deployed in military settings, they can just as easily be executed within corporate environments, where infiltrated systems could expose financial data, trade secrets, or even national security intelligence.

Proactive Next-Gen Cybersecurity

Addressing these threats requires more than just a strategic shift-it demands a commitment to go beyond the ordinary. Turn-of-the-millennium firewalls are no longer sufficient to counter the advanced cyber threats of 2025. Meanwhile, AI depends on vast physical infrastructure, spanning thousands of square meters of hardware and data centers. As cloud services become an essential human resource, ensuring their security and continuity is more critical than ever. However, this doesn't mean legacy technology must be discarded entirely. With the right support-such as SMX's ability to embed security at the hardware level-it can still play a valuable role.