CHALLENGE
Static Firewalls Can’t Adapt in Real Time
Traditional firewalls rely on fixed rules and static policies, making them blind to fast-evolving, AI-driven attacks.
When threats mutate or bypass known signatures, these systems fail to respond dynamically — leaving networks exposed during live attacks.
Zero-Day and Unknown Threats Go Undetected
Most firewalls depend on signature-based detection, which cannot identify zero-day exploits or new malware patterns.
Attackers use polymorphic code and AI to change attack behavior every second — far beyond what current tools can analyze.
Manual Configuration Creates Delays
Each security update or patch requires human intervention, leading to minutes or hours of vulnerability during active breaches.
This manual process limits response speed, increases human error, and prevents true 24/7 autonomous defense.
CybersecEncrypted Traffic Creates Blind Spotsurity
Over 80% of internet traffic is encrypted (SSL/TLS), making it difficult for firewalls to inspect or analyze malicious payloads without breaking privacy or speed.
Malware hides within encrypted sessions, bypassing traditional deep packet inspection (DPI) tools.
Lack of Predictive Intelligence and Self-Healing
Conventional firewalls react after the breach, not before.
They can’t predict attacker intent, heal compromised modules, or evolve their architecture.
In a world of automated, AI-driven attacks, defense must also think, predict, and evolve autonomously.