RFID Access Control

Skyetek is now JADAK… bringing you more RFID solutions and technology expertise than ever before!

The sophisticated capabilities of SkyeTek’s RFID readers make them an ideal solution to manage access control across any type of facility, including office buildings, warehouses, hospitals, airports, border crossings, military bases, hotels, college campuses, recreational facilities and entertainment venues.  RFID can also be embedded to control access to assets, such as computers and other equipment that may have multiple users with differing permissions.

Benefits

SkyeTek’s embedded RFID solution for access control can be used at office buildings, warehouses, hospitals, hotels, college campuses, recreation and entertainment venues, military bases and border crossings to:

  • Complete the security loop for assets — integrate data captured at access points with back-end systems for real-time alerts and management reporting
  • Improve safety — control access to high-risk areas and hazardous materials
  • Audit access history — easily track and review who, what, when and where
  • Reduce administrative costs — lowering staff at access points
  • Centralize management — controlling and managing all access points in a single platform

RFID as a Feature

SkyeTek technology provides insight and control over access to facilities, computer systems, medical cabinets and much more by embedding RFID as a feature in access control devices such as:

  • Turnstiles
  • Doorknobs
  • Handheld readers
  • Cell phones
  • Kiosks
  • Personal computers

News & Resources

Medication Expiration Date Tracking with RFID

Today,  RFID is helping healthcare facilities cut waste, automate operations, and

July 18, 2017

TOP 5 Challenges of Tube & Cap Detection

Implementing a machine vision solution to help identify tube and

July 18, 2017

JADAK Exhibiting at 2017 American Association for Clinical Chemistry (AACC) Clinical Lab Expo

JADAK Exhibiting at 2017 American Association for Clinical Chemistry (AACC)

July 13, 2017