How is Iris Recognition Technology Used?
Iris recognition control systems continue to have widespread use within the security industry. Despite its broad use case, the technology still has some shortcomings when compared to other biometric control systems.
Biometric control systems are now used as an alternative to older authentication methods like PINs, passcodes, access keys, plastic cards, bank details, and numeric codes. This section explains the various ways iris technology can be used in security systems.
1. Land patrol and border protection
Iris recognition technology is the most effective among security systems government agencies use to control access at the border. Custom officers use this technology to easily identify and profile suspicious passengers, particularly individuals that use fake fingerprints and documentation.
2. Data storage centers
Corporations that collect, process, and distribute data continue to use iris recognition as an additional layer of security. These centers often house sensitive data regarding customers, employees, and businesses that are expensive to collate over time.
As privacy concerns continue to rise, these corporations implement extra measures to ensure that only authorized personnel and bodies can access the establishment's powerhouse.
Data managers use biometric technology to categorize users and determine levels of access. They also use iris recognition technology to ensure that the highest level of security protects the business and that only authorized personnel have access to the company’s “nerve center”.
3. Prison security
Law enforcement buildings like detention centers and prisons require reliable access control systems that keep intruders out and offenders in.
While these establishments incorporate a mix of jail security systems, an iris reader access control system can help security officials perform the following tasks:
- Identify and distinguish prisoners from prison staff.
- Verify visitors.
- Determine permission levels within the facility.
- Coordinate patrol management.
- Seamlessly process emergencies.
A biometric access control iris scanner helps security forces accurately track and secure weapons, armories, and other WMD assets.
4. Healthcare and pharmaceutical security
Medical facilities use biometric control systems to protect patient's private information and determine permission to specific wards. With an iris scan access control, hospitals can guarantee superior security for patient data and prevent from committing medical errors. This biometric system also provides touch-less access when healthcare workers wear protective gear like masks and gloves.
An iris scanner facility access control system allows pharmaceutical laboratories to protect experimental information from competitors. Iris technology also contributes to building a sterile environment, helping lab attendants avoid the risk of experimental contamination.
5. Airport control
Many airports use iris recognition technology to authorize passengers who board international flights rather than only relying on their passports. The resolution and speed of this scanner make it a reliable alternative for both passengers and officials. This is because the touchless feature protects the passenger's privacy and reduces the volume of rejection errors.
Although the potential for iris recognition technology continues to unfold, the technology’s application is still expanding. Many leading manufacturers produce scanners in several forms and they often help security agencies and large corporations to develop flexible systems that accommodate all their needs.
One factor that unites technological solutions is the increasing need to provide secure and safe connections for biometric devices using a well-protected server that contains iris patterns. FlexiHub
provides a single integration solution that helps you to control your biometric devices