Facial recognition is a way of recognizing a human face through technology. A facial recognition system uses biometrics to map facial features from a photograph or video. It compares the information with a database of known faces to find a match. Facial recognition can help verify personal identity and authenticate users quickly and efficiently.

A versatile solution applicable for various purposes, our FRS comes with a thermal scanner and a mask detection feature, providing added safety measures. Our FRS can be seamlessly integrated with other existing systems to enhance your security without additional integration costs.


  • Enhanced Security
  • Contactless and Hygienic
  • High accuracy

Server rooms and data centers are at the heart of many businesses and maintaining them is an essential operational cost.

However, the environment of the server room and data centre could threaten their operational availability. Temperature, humidity, water leaks, intrusion, vibration, human error, and power outages are potential risk factors. If the operational availability is down, there may be substantial financial impact due to lost opportunities and increased costs. Identifying and monitoring environmental threats is thus fundamental for sustaining high availability.

Actively monitor the environmental conditions of your data centre using our customisable ISEMS and negate threats and risks to the server availability for uninterrupted business operations. With the ISEMS, on-duty officers will be alerted to any irregularities in the data centre via SMS allowing for prompt responses.


  • Reduce avoidable operation costs
  • Seamless uninterrupted business operations
  • Early detection and alert system enable swift response

Iris Detection System

The Iris Recognition System is a component of our Access Control System.

The Iris Recognition System’s accuracy levels are second to none as no two people share the same iris pattern, such that even the right iris differs from the left one. This unique and spectacular feature makes the Iris Recognition System one of the most favored security systems around the globe.

With ATT’s Access Control Systems encompassing Iris Recognition, this elevates our level of security excellence through the iris’s inability to be compromised or stolen. Furthermore, the ergonomics and convenience users derive from the Iris Recognition boosts efficiency and productivity, and is ideal for highly secure facilities carrying high traffic flows.

The Iris Recognition technology can be integrated with other security systems such as fingerprint and pin access or used independently.

Why choose an iris detection system?

  • The iris, just like fingerprints, is unique in every individual.
  • This technology can be integrated with other security systems or used independently.
  • It remains unchanged from the moment it is fully formed, usually when a child is ten months old. Age does not interfere with the pattern of the iris.
  • The iris cannot be compromised or stolen. This feature makes it one of the most secure security systems.
  • It is easy to use, and the system easily detects the iris at a distance of between 3” and 10”. The iris detection system does not make direct contact with the iris or person making it one of the most convenient security systems. Once you look at the camera, it automatically seeks verification from the database.
  • Use of eye contacts does not affect the reading of the iris detection system.
  • It safeguards against identity theft.
  • It is one of the fastest biometric security systems. It is ideal for highly secure facilities which employ many people.
  • Almost everyone can use this system. This is because most people have at least one eye. The iris detection system has successfully been used on people who have lost their sight. This is because the focus is on the pattern of the iris, and not sight.

How the iris detection system works

For you to be able to use the iris detection system, you need to be enrolled and have your iris captured and stored in the database. A video camera is used to obtain the image. Fortunately, this process does not require bright light or up-close imaging. You will be comfortable during this process. The device used has a proximity sensor which allows it to focus on the iris even at a distance of 10”. The autofocus camera then takes a video of the iris.

The images are then captured from the video and then transferred to a frame. The iris pattern is then analyzed. These patterns are found between the pupil and the white of the eye (sclera). The patterns are then converted to a 512-byte template and stored in the database. Communication is then sent to the Identification Control Units. Your template is then stored in portals responsible for access privilege. In offices where access to different levels is restricted, the access privilege portals are very specific. There is no margin of error. The artificial intelligence used ensures only those captured in the database have access.

How the iris detection system compares to other biometric systems

  • Its accuracy levels are second to none. Even the right iris is different from the left one. This unique feature makes it one of the most favored security systems.
  • Other biometric systems have a high degree of failure. This has led to the use of human intervention should the need arise. For example, while attempting to work faster and because of the extensive database, the fingerprint detection system usually gives several possible matches. It seeks similarities and relies on human intervention to pick the most accurate finding. This has a more significant margin of error compared to the iris detection system. The iris detection system does not have this intervention. If the system is suspicious during the validation process, nothing can be done to alter the findings. It is estimated to have a false accept rate of 1 in 1.2million. This is the lowest rate in all the biometric detection technologies.
  • The iris is one of the parts of the body which deteriorates fastest after death. This is why it is often used to estimate time of death. It is therefore impossible for the system to be breached using the iris of a dead person to gain access to a restricted area.
  • Compared to its closest competitor, the iris detection system works 20 times faster. This means for every 20 people the iris detection system authenticates, the second-best biometric technology will have only authenticated one person.

Screen Shot 2018-09-11 at 2.23.50 PMATT Group is proud to be one of the featured companies in Enterprise Singapore’s Quality & Standards Conference 2018 who exemplifies commitment in pursuing a high quality of products and efficient services. This video was first screened during the Quality & Standards Conference 2018 on 26 July 2018 at Marina Bay Sands Expo and Convention Centre. Do check out the video to see our efforts in achieving quality and standards!

Click here for the video.

Most of the systems operate more or less independently, making it less effective and accurate. But Innovations through technology is the way to future. Our Smart City Solutions focus on transportation, security and technology. It is equipped with accurate real-time information, cost effective and easy to deploy smart technologies to help communities >and enhance their quality of life.

DSRC is a two-way short- to- medium-range wireless communications capability that permits very high data transmission critical in communications-based active safety road applications. It is capable of collecting traffic data through Beacon Systems.This Beacon System through DSRC Infrastructure communicates with autonomous vehicle to receive traffic data e.g. traffic light status, precise vehicle location, sensor data status and etc.