Solutions
Three situations where electronics are exposed.
Critical electronics move. They are stored in environments outside controlled infrastructure, transported between locations, and actively used in the field or in sensitive meetings. Each situation presents a unique threat scenario — and a unique requirement for protection.
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BLCKR covers the entire chain. Below we describe the three situations, what is at stake, and what a solution can look like in practice.
Protected Storage
A powered-down device is not a secure device.
Modern devices can be remotely activated, receive commands and transmit data without any user interaction. Storage without verified signal isolation is storage with an open back door — regardless of how secure the wider IT infrastructure is.
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Protected Storage ensures that electronics at rest remain completely unaffected. We design and co-develop solutions based on the customer's actual requirements — from individual devices to entire rooms and facilities — and always conclude with documented shielding performance.
Examples of use cases
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Forensic evidence devices requiring maintained chain-of-custody and protection against remote wiping, for example in the form of purpose-built shielded pouches for the secure handling of seized mobile phones and computers.
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Critical backup electronics in healthcare and public infrastructure that need protection against EMP and IEMI, for example in the form of shielded storage solutions for medical equipment and reserve systems.
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Sensitive devices in government environments where signal silence during storage is an operational requirement, for example in the form of integrated shielded zones within secure facilities.
Protected Transport
In transit, electronics are at their most exposed.
A device being transported by police, military, security personnel or high-profile executives can be intercepted, tracked via GPS or remotely shut down by a hostile actor — without anyone in the transport being aware. Every unprotected transit is a point of vulnerability in an otherwise secure chain.
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Protected Transport covers the entire journey. We develop solutions and protocols that ensure a device cannot be accessed, tracked or manipulated from the moment it is taken into custody until it reaches its destination.
Examples of use cases
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Transport of seized devices within the justice system, for example in the form of certified transport containers with verified shielding and tamper-evident sealing that guarantees the integrity of the evidence chain.
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Movement of sensitive electronics and communications equipment in military and civilian operations, for example in the form of shielded transport containers and portable solutions for field personnel.
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Secure transport of high-value equipment within critical infrastructure and enterprise environments, for example in the form of tailored transport solutions with full signal isolation and traceability documentation.
Protected Operations
Signal silence when it truly matters.
Meetings where sensitive information is discussed. Field operations with high exposure. Investigative work where device integrity is directly critical to legal proceedings. In all of these situations, electronics in the room or in the field are a potential attack vector that no software can close.
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Protected Operations creates verifiable signal silence in active environments. We develop protocols and physical solutions tailored to the nature of the operation — from temporary field deployments to permanent installations — where signal isolation is not assumed but proven.
Examples of use cases
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Secure meeting environments for defence and government operations where all devices in the room must be signal-silent, for example in the form of deployable Faraday tents that can be set up rapidly in the field or within existing premises.
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Field operations within military and law enforcement where active electronics need protection against interference and interception, for example in the form of portable shielded zones and protocols for the secure handling of active equipment.
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Boardrooms and executive functions in security-critical enterprises during M&A processes or the handling of sensitive business information, for example in the form of retrofit solutions that make existing conference rooms signal-silent without extensive reconstruction.
A solution, not a product.
We always begin by understanding the customer's specific exposure — which devices, which environments, which threat profile. We then develop a protocol and a technical specification that the customer approves before anything is produced. The solution is co-developed in close dialogue and concludes with verified and documented shielding performance.
Four steps
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Assessment — We map exposure and threat profile together with the customer.
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Protocol and specification — We develop a proposal for the customer to approve.
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Co-development — The solution is adapted to actual operational requirements.
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Verification — Performance is tested, documented and delivered to the customer.