National ID
Voter Registration
Social Welfare Distribution
Mobile Border Control
Law Enforcement
e-Passport & VISA
Finance & Banking
Robust. Versatile. Feature-Rich. The Marshall 8 Plus biometric tablet marks a new era in mobile ID enrollment and authentication. Equipped with a 4-4-2 fingerprint sensor, advanced iris and facial recognition, as well as versatile reading capabilities for barcodes, contact/contactless cards, and MRZ-based ID documents, the Marshall 8 Plus tablet offers a full suite of features at your fingertips. Built for robustness, the IP65-rated tablet ensures superior performance, whether indoors or outdoors. Ideal for applications including National ID, voter registration, border control, law enforcement, finance & banking, and more, the Marshall 8 Plus is your essential partner for secure and efficient mobile ID management.
Capture superior-quality 10 fingerprints with the Marshall 8 Plus. Equipped with a 4-4-2 fingerprint sensor, this handheld tablet ensures utmost reliability in the fingerprint enrollment process.
With advanced fingerprint, facial and iris recognition technologies, the Marshall 8 Plus biometric handheld tablet offers multi-modal biometrics for citizen registration and authentication, ideal for various digital ID applications.
Experience smooth reading of diverse ID documents with Marshall 8 Plus biometric tablet. This sophisticated device is designed to scan contactless/contact cards, barcodes, and MRZ codes seamlessly in one go.
The Marshall 8 Plus is not just advanced; it's resilient. With a robust IP65 rating, it is designed to withstand the harshest conditions, guaranteeing unwavering performance regardless of the environment.
With a focus on user experience, this tablet features a comfortable hand strap holder and ergonomic design for hassle-free operation in any environment. Its intuitive interface enables effortless identity enrollment and management on the fly.
Versatile Mobile ID Registration and Authentication
Robust and Built for the Field
Advanced Multi-modal Biometrics for Enhanced Security and Accuracy
