About the last cyber-attack.. Normal firewall vs my hardware firewall ( Neural Guardian) Attack Type,Enterprise Firewall (Reactive),Neural Guardian (NG) (Deterministic) DDoS / Flood,Saturates CPU/RAM via inspection,Hardware Cutoff: DMA throughput limit Brute Force,Log-based & Rate-limiting (Slow),Invisibility: No login exposed on bus Malware,Signature scanning (Vulnerable to Zero-Days),Vector Matching: Isolate on entropy mismatch MiM (Man-in-the-Middle),Relies on handshake verification,Physical Integrity: TDR impedance monitoring Why this is a "Game Over" for traditional security: DDoS: While firewalls struggle to parse millions of packets, NG acts like an electrical circuit breaker. Once the hardware DMA bandwidth is hit, it physically disconnects the flow. It doesn't "try" to filter; it just stops the traffic. Brute Force: In an enterprise firewall, there's always a login page or an exposed service. NG moves the management to an OOB (Out-Of-Band) tunnel that doesn't even exist on the data plane. You can't attack what you can't reach. Malware: Firewalls look for "known bad guys" (signatures). NG looks for "weird behavior" (Vectorial Footprinting). If the data entropy doesn't match the established baseline, it's purged instantly by the pipeline. MiM (Man-in-the-Middle): This is the killer feature. Firewalls hope for secure handshakes. NG uses TDR (Time Domain Reflectometry) to scan the physical integrity of the wire. If a hacker even touches the cable to insert a tap, the impedance change alerts the system before the first byte is sniffed. Bottom line: We are moving from Software-Managed Security (which assumes chaos) to Hardware-Encoded Integrity (which enforces order).