SMACS | Fastcom Technology

About the job

SMACS: solutions for multi-flow presence uniqueness

SMACS solutions are flexible and high-performance solutions to control the uniqueness of presence and passage. They are based on a "multi-sensor" technological strategy. Worldwide, many leading companies use SMACS solutions to ensure their security. Typical applications are found in data centres, secure production areas, airports, R & D centres, and finance.

Thanks to SMACS, multi-flow security can be implemented while using a single infrastructure. This allows for increased security while saving space. The flows managed by SMACS include the flow of people, the flow of disabled persons, the flow of people with extreme body types, the flow of hand luggage, and the flow of equipment. Designed to integrate seamlessly into existing infrastructure, SMACS are the natural complement to any identification system such as identity cards and biometric sensors.

The flexibility of SMACS also allows the implementation of security processes tailored to customer needs. Examples of such processes include "symmetric security" mode, "asymmetric security" mode, "single airlock" mode, "VIP" mode, "transport" mode, ...

Patented and "Swiss made", SMACS are compatible with many security standards across various industries (e.g. PCI, AEO, TAPA, IFS, ...).

Complete, customised airlock solutions

Multi-flow security (people, disabled persons, people with extreme body types, hand luggage, equipment)

Multifunctional infrastructure (airlock, emergency exit, equipment entrance, ...)

Seamless integration into your existing built architecture and technical infrastructure

Retrofit possible

Over 25 years of experience

Detailed information on the various SMACS solutions (general brochure):

SMACS Flex (PDF, VIDEO): presence uniqueness solution for 2 to 4 door airlocks where high security is required, with the option to securely manage luggage flows.

Typical application areas include data centres, critical infrastructures, logistics centres, secure production areas, financial institutions, airports, R&D centres, prisons, government institutions, ...

SMACS FlexMat (PDF, VIDEO): presence uniqueness solution for 2 to 4 door airlocks where high security is required, with integrated secure management of equipment flow.

Typical application areas include data centres, critical infrastructures, logistics centres, secure production areas, financial institutions, airports, R&D centres, prisons, government institutions, ...

SMACS Mat (PDF, VIDEO): presence uniqueness solution for 2-door airlocks to ensure that only equipment passes through the airlock.

Typical application areas include data centres, airports, logistics centres, ...

SMACS 1door-TS (PDF, VIDEO): presence uniqueness solution to secure access to a single door (single-door airlock), with high security, with the option to manage equipment flows.

Typical application areas include data centres, critical infrastructures, logistics centres, secure production areas, financial institutions, airports, R & D centres, prisons, government institutions, ...

SMACS Entry (PDF, VIDEO): presence uniqueness solution to detect unauthorised access through a door.

Typical application areas include headquarters, hospitals, administrative buildings, ... )

SMACS Lift (PDF, VIDEO): presence uniqueness solution for lifts to ensure that only authorised persons use the lift and thus have access to secure floors.

Typical application areas include headquarters, data centres, financial institutions, R & D centres, ...

SMACS Multi-Entry (PDF, VIDEO): presence uniqueness solution for 2-door airlocks to secure access with a high flow of people.

Typical application areas include headquarters, hospitals, administrative buildings, ...

Usage examples

SMACS are flexible and high-performance solutions to control passage uniqueness. Since 1999, many passages have been successfully secured using SMACS solutions. More information on specific examples can be found in our press releases.

SMACS can secure several types of flows simultaneously (people, disabled persons, people with extreme body types, hand luggage, and equipment). SMACS can be installed and integrated very easily into existing infrastructure. SMACS operating modes are aligned with customer requirements. They include modes such as "symmetric security" mode, "asymmetric security" mode, "single airlock" mode, "VIP" mode, "transport" mode, ...

SMACS solutions have been used to implement many demanding security standards in various markets. Examples of standards include PCI-CP, IFS, TAPA, AEO, ...

Typical applications are:

Data centres

Secure production areas

Financial institutions

Airports

Government infrastructures

Critical infrastructures

Laboratories and R&D centres

Headquarters

Prisons

Advantages

Limitations of mechanical solutions:

Traditional solutions for passage uniqueness rely on mechanical or physical constraints that hinder the movement of people. This approach is inefficient in terms of performance and lacks flexibility to ensure an effective security procedure.

Advantages of SMACS:

SMACS solutions are high-performance and flexible.

In addition to uniqueness functionality, SMACS incorporate vacancy control features and integrated door management.

Multi-flow security can be implemented within a single infrastructure, thus offering more security while saving space. The flows managed by SMACS include the flow of people, the flow of disabled persons, the flow of people with extreme body types, the flow of hand luggage, and the flow of equipment.

SMACS can be integrated with any access control and/or identification system such as identity cards and biometric sensors.

Security processes are aligned with customer needs. Examples of such processes include "symmetric security" mode, "asymmetric security" mode, "single airlock" mode, "VIP" mode, "transport" mode, ...

There are no physical constraints that hinder users.

SMACS are designed to integrate into existing infrastructure.

Reference customers worldwide since 1999.

Patented and made in Switzerland.