Electromagnetic Shielding and Faraday Cages: Secure Your Critical Infrastructure
Expert in electromagnetic interference (EMI) shielding and Faraday cages. We guarantee the integrity of your communications and the resilience of your systems against electromagnetic interference.Electromagnetic Shielding and Faraday Cages: Secure Your Critical Infrastructure
Expert in electromagnetic interference (EMI) shielding and Faraday cages. We guarantee the integrity of your communications and the resilience of your systems against electromagnetic interference.
Defense and Sovereignty: Resilience in the Face of High-Intensity Threats
In a geopolitical context marked by the resurgence of high-intensity conflicts and the emergence of hybrid threats, securing command capabilities is an absolute priority. Global instability and the proliferation of disruptive technologies (directed-energy weapons, electromagnetic cyberattacks, non-strategic nuclear threats) necessitate strengthening the electromagnetic protection of the state’s critical infrastructure.
The 3 pillars of the current risk:
- Preservation of decision-making centers: In the event of a major attack, the continuity and effectiveness of the chain of command depend directly on the immunity of its electronic systems against threats such as IEMN-HA.
- Electronic Warfare and ROEM: The interception of compromising signals (TEMPEST) and the sabotage of information networks are now constant vectors of destabilization.
- State Continuity: The resilience of the nation depends on the ability of critical infrastructure (energy, telecommunications, servers) to withstand a global electromagnetic pulse in order to ensure a coordinated response by the armed forces.
“ Ensuring the electromagnetic integrity of critical infrastructure means guaranteeing France’s freedom to make decisions and take action, regardless of the threat environment. ”
Why is Electromagnetic Hardening Vital?
From Signal Control to Infrastructure Resilience
Ineo Defense embodies technological sovereignty dedicated to protecting the nation’s most critical interests.
With a long history of expertise in designing critical transmission chains and manufacturing state-of-the-art sensors for Electromagnetic Intelligence (EMINT) and Electronic Warfare, we benefit from a comprehensive, bidirectional view of information systems.
We understand electromagnetic threats because we master the technologies that generate them.
For Ineo Defense, hardening infrastructure is not merely a structural requirement: it is the natural extension of our expertise in signal processing.
Thanks to our proven experience with the Defense Department’s most classified programs, we do more than just provide shielded enclosures: we guarantee the total integrity and continuity of data flows within the most critical environments.
Our added value: by controlling the entire chain—from the sensitivity of the sensors to the watertight sealing of their ruggedized technical enclosures—Ineo Defense offers the government and its armed forces flawless operational resilience.
In the face of electromagnetic and cyber threats, we protect and secure your decision-making and operational capabilities.
Turnkey Support: From Design to Maintenance in Operational Condition
Expertise in cutting-edge armor technologies for uncompromising protection
Ineo Defense employs the two most demanding technological standards on the market to precisely address the critical nature of your assets.
Why Choose Ineo Defense?
Sensor Expert ROEM—we understand the threat so we can better protect you.
Hardening isn't just a steel box—it's an extension of our expertise in signal processing. We guarantee the integrity of your critical communication flows.
As a long-standing partner in the most classified programs, we have mastered security protocols that meet the highest standards. Level 5 - ORADAD 2024 - 5/5 - DRSD DR Compliance Inspection, Classified, CADIVS - 2024.
From the initial audit to industrial maintenance, we ensure the long-term reliability of your infrastructure in the face of tomorrow’s cyber and electromagnetic threats.
Frequently Asked Questions (FAQ)
Why choose Ineo Defense over a traditional building contractor?
Unlike a general contractor, Ineo Defense is a critical systems integrator. Our expertise in signal processing and electronic warfare enables us to design protective systems that do more than simply isolate the structure; they ensure the operational survivability of the electronics and communications systems housed within it.
Do your solutions comply with French military standards?
All of our systems are designed to meet the most stringent requirements:
- GAM-T-20 (Hardening of defense systems).
- MIL-STD-188-125 (IEMN-HA Protection).
- ANSSI guidelines for TEMPEST (anti-compromise).
What attenuation performance do you guarantee?
We guarantee attenuation of up to 100 dB over a wide frequency range. This performance is systematically verified through on-site measurement campaigns (injection or radiation tests) prior to delivery and during periodic audits.
Do you work on existing buildings (retrofits)?
Absolutely. We have developed specific expertise in hardening existing infrastructure. After conducting a vulnerability assessment, we offer modular shielding solutions or reinforcement of penetration points (filters, waveguides) to bring your sites up to standard against new threats.
How do you ensure the long-term durability of the shielding?
Electromagnetic sealing can deteriorate (wear on seals, corrosion, changes to the infrastructure). Ineo Défense offers MCO (Maintenance in Operational Condition) contracts that include preventive maintenance of shielded doors, filter inspections, and periodic recertification procedures.
Are your teams cleared for sensitive sites?
Yes. As a long-standing partner of the armed forces and the BITD, our teams hold the highest levels of security clearances required to work on classified programs and at strategic sites (Restricted Areas, command centers, etc.).
What is electromagnetic radiation shielding?
Electromagnetic shielding involves creating a barrier between the source of electromagnetic fields and the object to be protected. This technique uses conductive materials such as aluminum or copper to prevent radiation from entering or leaving a given area. Shielding works by reflecting electromagnetic waves at the interface of the conductive material, protecting electronic equipment from interference and ensuring the electromagnetic compatibility of systems.
How effective is electromagnetic shielding?
The effectiveness of electromagnetic shielding is expressed in decibels (dB) and measures its ability to attenuate electromagnetic fields. This performance varies depending on the material’s thickness, electrical conductivity, wave frequency, and magnetic permeability. A 60 dB shield reduces radiation by a factor of one million, while professional solutions achieve up to 80 dB of attenuation.
Do you have a need? Let's talk about it!
Do you have a need? Let's talk about it!