ETS‑Lindgren provides advanced shielding solutions for critical infrastructure, specifically targeting High-altitude Electromagnetic Pulses (HEMP), Electromagnetic Pulses (EMP), and Intentional Electromagnetic Interference (IEMI). These technologies are designed to protect sensitive systems and assets from the potentially devastating effects of electromagnetic threats, which can compromise the functionality of electronic equipment and disrupt critical operations. ETS‑Lindgren’s solutions encompass a range of shielding systems, including custom-designed enclosures, doors, windows, and barriers, which ensure a secure and interference-free environment for critical infrastructure.
Critical Infrastructure / HEMP, EMP & IEMI
ETS‑Lindgren delivers advanced shielding solutions—including the proprietary Red Edge™ technology—to protect critical infrastructure from HEMP, EMP, and IEMI threats, ensuring secure, interference-free operation of mission-critical systems across defense, telecommunications, and energy sectors.
Our RedEdge technology is an innovative solution designed to address the challenges of electromagnetic threats. RedEdge technology provides superior shielding performance, offering robust protection against HEMP, EMP, and IEMI events. The technology is engineered to safeguard communications, command, control, and defense systems, as well as power grids and other mission-critical infrastructure. By leveraging advanced materials and innovative design, RedEdge ensures maximum reliability and operational continuity in environments that are vulnerable to these disruptive forces.
Together with our comprehensive shielding solutions, ETS‑Lindgren offers tailored approaches to meet the specific needs of various industries, including defense, telecommunications, and energy sectors. These solutions are engineered to preserve the integrity of critical infrastructure by mitigating the impact of electromagnetic interference. ETS‑Lindgren’s HEMP, EMP, and IEMI shielding technologies, supported by RedEdge, ensure that essential systems remain functional and protected, even in the face of increasingly sophisticated electromagnetic threats.