Secure 5G/4G base stations and mobile switching centers against sophisticated cyber attacks. GABRL’s invisible tunnels protect signaling traffic and user data between cell towers, preventing adversaries from intercepting calls, texts, or compromising mobile device communications.
Defend fiber optic networks and internet backbone systems from nation-state actors seeking to intercept data traffic. Micro-segmented enclaves isolate critical routing equipment, ensuring hostile actors cannot access submarine cables or terrestrial fiber networks carrying sensitive communications.
Protect telecom NOCs and network management systems from cyber threats targeting communication infrastructure. GABRL’s ephemeral encryption prevents adversaries from accessing network control systems, ensuring reliable voice, data, and internet services for customers and critical services.
Counter sophisticated APT groups targeting next-generation wireless networks with GABRL’s stealth networking. Ephemeral tunnels between 5G core networks, edge computing nodes, and radio access networks remain invisible to adversaries conducting reconnaissance for network slicing attacks and IoT device exploitation.
Protect legacy PSTN systems and VoIP networks from foreign cyber operations designed to disrupt emergency services and government communications. GABRL’s zero trust verification ensures only authenticated network elements can access critical voice routing systems, preventing hostile manipulation of call switching and emergency dispatch.
Maintain secure internet routing and peering operations when adversaries attempt to hijack traffic or launch BGP attacks. GABRL’s resilient architecture protects internet exchange points, content delivery networks, and DNS infrastructure, ensuring global connectivity remains stable during cyber conflicts.
Foreign adversaries continuously target telecommunications infrastructure to intercept communications, disrupt services, and establish persistent access for espionage operations. GABRL’s Low Probability of Interception design and ephemeral credentials eliminate persistent attack surfaces that hostile actors rely on for long-term network compromise.
Adversaries seek to weaponize telecommunications dependencies to disrupt national security communications and economic connectivity. GABRL’s quantum-resistant encryption and self-healing networks ensure essential communications remain operational even when traditional network security is compromised or under siege.