Powering Trusted Identities
611 Center Ridge Drive // Austin, TX 78753 // United States // +1 800-237-7769
HID® ATOM™ is a versatile ID scanner and document reader, designed to enhance security and streamline identity verification in various self-service environments.
ATOM’s design sets it apart from other readers and allows for simple, elegant integration into countertops and kiosks.
Key capabilities include:
Next steps:
The HID ADR100 is a compact ID card scanner designed for fast, accurate verification in kiosks, ITMs, ATMs and self-service systems. It captures full-color and UV images, supports ID-1 cards like driving licenses and operates reliably in all lighting conditions.
The HID ATOM is a high-performance, ID scanner and document reader designed for self-service kiosks, ITMs, speed gates, and turnstiles. Its sleek, flexible design enables seamless integration, while delivering fast and accurate MRZ decoding with the option to read RFID data from electronic documents, making it ideal for modern ID verification.
The HID TripTick™ 200 barcode reader features a compact, low-profile design for seamless integration. It efficiently reads QR, AZTEC, and PDF417 barcodes. As part of the HID TripTick™ line, it offers the same compact housing as sister products that support NFC and contactless EMV payments.
The HID TripTick™ 210 barcode and RFID/NFC reader features a compact, low-profile design for seamless integration. It efficiently scans 1D/2D barcodes and QR codes from mobile devices, wearables, and paper, as well as RFID/NFC tickets.
The HID TripTick™ 220 combines barcode, RFID/NFC reading, and EMV Level 2 certified contactless payments in a compact design. It efficiently scans 1D/2D barcodes, QR codes, and RFID/NFC tickets, while offering PCI and SRED compliant contactless payments for multiple card schemes.
The HID® U.ARE.U™ Camera Identification System is an advanced edge device purpose-built for high performance face recognition. It uses AI-enhanced multispectral imaging, presentation attack detection and on-device processing for accurate, reliable identification in challenging conditions, ideal for self-service use cases.