Protection for the infrastructure everything else runs on.
Telecom networks, municipal smart-city platforms, and energy and water operators are converging onto hyper-connected, AI-driven, software-defined networks — layered over operational technology (OT) that was never built to be online. iBlades secures that convergence without ripping out a single system.
The same risk pattern shows up across every kind of critical infrastructure — networks, cities, and utilities.
Adversaries capture encrypted network, sensor, and operational data today to decrypt it once quantum computers mature — data that must stay confidential for decades.
AI compresses reconnaissance, phishing, and exploit generation to machine speed, overwhelming security teams and turning data-poisoning into a threat to AI-driven operations and digital twins.
Cell towers, substations, pumping stations, and municipal control systems can't be patched without voiding warranties or halting service — leaving a soft, physically exposed attack surface.
Select a sector to see the specific risks and how iBlades addresses them.
5G/6G cores, backbone links, and thousands of unmanned cell sites make telecom operators both the custodians of sovereign data and a physically distributed attack surface.
Digital twins, municipal OT, inspection drones, and distributed IoT sensors give city operators real-time visibility — and give attackers a wide, physically exposed target.
Power, water, and grid operators run mission-critical OT and SCADA that must never go offline — even as remote substations and field assets pull those systems onto connected networks.
One hardware-anchored architecture, overlaid on existing infrastructure — no rip-and-replace.
Software-defined, peer-to-peer quantum-safe mesh. NIST post-quantum cryptography with autonomous key rotation, self-healing routing, and cryptographic data provenance.
Plug-and-play hardware edge node that isolates and encrypts legacy OT and unmanned assets — agentless, warranty-safe, and invisible to attackers.
Hardware-secured mobile communications for field teams and executives — isolating device radios through a quantum-encrypted tunnel.
A deeper look at the threat landscape, architecture, sector use-cases, and a low-risk pilot path.