NEW PRODUCT! Discover the KSI-2400 with PresenceLock™ Human Presence Detection
Supports secure access and rapid user transitions in shared office and flexible workspace environments.
For shared nursing stations and clinical desktops requiring secure authentication, rapid user transitions, and habitual disinfection support.
Supports modern multifactor and passwordless authentication strategies at the desktop.
Designed for organizations requiring secure desktop authentication across high-traffic enterprise environments.
Healthcare environments need fast, reliable authentication to protect patient information and support compliance-driven workflows.
Enterprise organizations must protect confidential employee, customer, and corporate data to meet evolving privacy regulations and strengthen their overall security posture.
Shared workstations remain a critical point of exposure — where insider threats and user behavior can introduce risk.
In shared and high-traffic environments, users frequently step away, leaving systems exposed.
Security often depends on user behavior, which can be unreliable under real-world conditions.
Keyboards in the healthcare environment must be cleaned frequently without interrupting care or requiring removal from service.
Enterprise organizations need more hygienic shared workspaces to support employee wellness and operational continuity.
Combines RFID badge reading and fingerprint biometrics into one device, supporting secure logon workflows and protecting access to sensitive systems.
Extends security beyond authentication by monitoring user presence and securing the workstation when the user is no longer detected.
The device triggers logoff within seconds of a user stepping away, reducing the risk of unauthorized access to active sessions.
Eliminates the need for users to manually lock their workstations, improving consistency and security outcomes.
Consolidates authentication, access control, and auto logoff into a single device at the workstation — reducing reliance on separate peripherals while strengthening security at the endpoint.
All functions — including keyboard input, RFID, biometrics, presence detection, and keyboard cleaning — are routed through a single USB connection, helping to preserve limited ports and simplify endpoint configuration.
The KSI-1700 SX HRFFFB-21 is ePrescribe-ready and provides the first factor of two-factor authentication for meeting DEA-mandated electronic prescription requirements.
The LinkSmart cleaning button temporarily disables keys so that users can clean the surface without generating accidental input. Optional San-a-Key® software adds onscreen cleaning guidance and supports scheduled cleaning reminders.
Eliminates the need for separate badge readers and biometric devices by integrating all authentication components into a single keyboard.
The KSI-1700 SX HRFFFB-21 is a full-size security keyboard designed to bring full-circle, passwordless workstation protection to shared environments. By integrating RFID badge authentication, biometric fingerprint verification, and PresenceLock™ technology, the keyboard ensures that access is both secure at login and continuously protected throughout the session.
By combining security and desktop hygiene in one device, with all functionality routed through a single USB cable, the keyboard reduces desktop clutter, simplifies endpoint management, and strengthens protection of shared workstations.
Full-Size Multifactor Authentication Keyboard with Presence-Based Security and Cleaning Button
The KSI-1700 SX HRFFFB-21 is a full-size security keyboard with integrated KSI PresenceLock™ technology, combining RFID badge authentication, fingerprint biometrics, and real-time user presence detection with protection against cross-contamination at the desktop in a single device.
Designed for shared workstations, the keyboard enables organizations to secure both login and active sessions, helping ensure that access remains protected after the user walks away.
Explore deployment options, integration compatibility, and authentication workflows.