Infraestructuras críticas

Las infraestructuras críticas se refieren a los sectores cuyos activos, sistemas y redes, ya sean físicos o virtuales, se consideran tan vitales que su incapacitación o destrucción tendría un efecto debilitador sobre la seguridad, la seguridad económica nacional, la salud o la seguridad públicas nacionales, o cualquier combinación de éstas. En Estados Unidos, el Departamento de Seguridad Nacional ha identificado y descrito 16 sectores de infraestructuras críticas. Los sectores son:
  • Sector químico
  • Sector de las instalaciones comerciales
  • Sector de las comunicaciones
  • Sector manufacturero crítico
  • Sector Presas
  • Sector de la base industrial de defensa
  • Sector de Servicios de Emergencia
  • Sector de la energía
  • Sector de servicios financieros
  • Sector agroalimentario
  • Secretario de Instalaciones Gubernamentales
  • Sector sanitario y salud pública
  • Sector de las tecnologías de la información
  • Sector de reactores, materiales y residuos nucleares
  • Sector de sistemas de transporte
  • Sector de residuos y aguas residuales
Why physical hardening is a key first step for C-UAS strategies

As drones become more advanced, the threat they pose to critical infrastructure grows. At the Counter UAS Homeland Security 2024…

The lessons learned from the Gatwick incident

In December 2018, Gatwick Airport faced an unprecedented crisis when multiple drone sightings caused repeated closures, severely disrupting operations. Aaron…

Podcast: Metamaterials are Changing the Arrays of Counter UAS Radar

Metamaterials: Changing the Arrays of Counter UAS Radar is an Aerospace & Defense Technology podcast interview with Echodyne. What is…

Sentrycs to Protect Ports in Latin America

Tel-Aviv, Israel – July 30, 2024 – Sentrycs, a technology leader of Adaptive Protocol Analytics-based counter-UAS solutions, announces it has…

SkySafe Awarded Contract to Enhance U.S. Border Security

SAN DIEGO, CA / ACCESSWIRE / July 30, 2024 / SkySafe, a leader in drone detection and airspace security, today announced…

EnforceAir2 Receives Confirmation from the FAA

RA’ANANA, Israel and MCLEAN, Va., July 25, 2024 — D-Fend Solutions, the leader in field-proven radio frequency (RF) cyber-based, non-kinetic,…

Man Arrested for Flying Drone over the SpaceX Facility

ValleyCentral has reported the arrest of a man who recently flew a drone over the SpaceX facility in South Texas….

Two Major Concerns with the House Counter-UAS Legislation

The worldwide uncrewed aircraft system (UAS) threat is evolving daily. It is marked by the increasing use of this technology…

Comments Sought for Draft Counter-UAS Testing Methodology

A draft document, currently titled “Unmanned aircraft systems—Counter UAS—Testing methodology,” has been released for public comment. The document provides standardized…

Upcoming CORE- AI to Detect, Categorize or Identify UAS Threats

Following the success of the previous three CORE events, the UK National Protective Security Authority (NPSA) and the U.S. Department…

The importance of counter-UAS “left-of-launch” security planning

The term “left-of-launch” has been widely used by the military, public safety, and counter-UAS professionals worldwide over the last few…

Development of a C-UAS platform for sensor-data fusion

A counter-drone visualisation platform incorporating sensor-data fusion is a European Commission Joint Research Centre (JRC) technical report by S. Lagaras,…

D-Fend EnforceAir2 Software Update Released

Ra’anana, Israel and McLean, Va., July 11, 2024 – D-Fend Solutions, the leader in field-proven radio frequency (RF), cyber-based, non-kinetic,…

FAA Publishes Updated FRIA Map and Information

The Federal Aviation Administration (FAA) has released an updated FAA-Recognized Identification Area (FRIA) map and information for drone pilots. A…

What is the difference between passive and active drone detection?

Occasionally, the question arises, “What is the difference between passive and active drone detection?” In some cases, there is a…

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