AI-resilient and post-quantum-ready cybersecurity for modern municipalities.
Protect public safety, municipal IT, critical utilities, and field operations with a hardware-anchored secure communications architecture that reduces attack surface and strengthens isolation without replacing your existing infrastructure.
Local governments must protect interconnected public safety, IT, OT, and field operations while managing legacy systems and limited cybersecurity resources.
AI can accelerate reconnaissance, credential attacks, vulnerability discovery, and lateral movement across complex municipal environments.
Long-lived municipal data such as citizen PII, infrastructure plans, law-enforcement information, and utility data can be captured today for future quantum decryption.
911, CAD, water and wastewater SCADA, public works systems, vendor connections, and field devices must remain operational while traditional patching and endpoint security can be difficult to apply.
Apply hardware-anchored, policy-controlled security where operational disruption and lateral movement create the greatest risk.
Isolate 911 call handling, CAD, police and fire dispatch, and emergency management systems so compromise in administrative IT cannot freely propagate into public safety environments.
Protect water treatment, pumps, SCADA, telemetry, traffic control, and other OT environments at the network layer without requiring endpoint agents on legacy equipment.
Replace broad remote network visibility with explicitly authorized cryptographic pathways to defined maintenance systems and services.
Extend secure communications to first responders, inspectors, utility technicians, executives, and emergency teams across cellular, Wi-Fi, satellite, and other untrusted transports.
Add stronger cryptographic boundaries around critical municipal pathways while preserving existing networks, applications, and infrastructure.
A policy-controlled secure communications fabric connecting approved users, systems, sites, and security zones. It makes fiber, Ethernet, cellular, Wi-Fi, satellite, and commercial internet transport rather than the basis of trust.
An inline hardware edge appliance that creates cryptographic boundaries around critical municipal systems, helping isolate administrative IT, public safety, OT, vendor paths, and remote facilities.
Hardware-anchored secure mobile communications for police and fire leadership, emergency managers, field inspectors, utility personnel, executives, and incident-response teams.
A deeper look at municipal cyber risks, the iBlades architecture, key use cases, and a practical proof-of-concept path.