Security Asset Manager™ (SAM)

Automated Key Custody Control Engine

The Security Asset Manager™ (SAM) is the industry standard for electronically tracking, locking, and auditing facility physical keys. Designed to eliminate tracking blind spots, SAM locks every individual key or ring set onto an illuminated, computerized peg slot. This ensures that assets cannot be removed from the cabinet unless a user authenticates with an authorized security profile.

The system records every entry and return transaction automatically. This framework operates as a high-security standalone module or links directly across distributed facilities via corporate database networks to enforce unalterable compliance structures.

Advanced Electronic Security Features

• Computerized Position Locking: Individual fobs are mechanically locked into assigned slots, preventing unauthorized users from pulling keys out of sequence.
• Visual LED Mapping: Smart cabinet slots illuminate to visually guide users to their assigned key or highlight returning slots instantly.
• Biometric Interface Support: Integrates directly with fingerprint, facial recognition, smart card readers, and standard corporate PIN keypads.
• Non-Volatile System Memory: Internal data banks preserve user access configurations and localized logs even during a complete facility power loss.

Cabinet Models & Capacity Matrix

System Architecture & Connectivity

The SAM system interfaces cleanly with enterprise security protocols using modular connectivity options:

• Global Facilities Management System (GFMS™): Enables complete browser-based utility control. Administrators can deploy batch user rules, schedule temporary validation windows, and extract audit trails cleanly from a centralized dashboard.
• Direct Control Network Links: Supports direct integration via Ethernet interfaces and Wiegand communication modules to speak directly with existing access control control centers.
• Smart ID Attachments: Custom asset fobs are built from solid, tamper-shattering materials to prevent physical substitution loops in high-risk zones.