LightHouse

Some examples of OnGuard Command & Control Integration through LightHouse: Doors: Control door function - momentary unlock, unlock, lock, change reader access mode. Monitor door status (real-time), handle door/reader alarms (fully-interactive with OnGuard alarms), view badge read history, including badge and cardholder data fields (filtered by user permissions). Inputs: Bypass and un-bypass (masking) of inputs, monitor point status; handle input alarms (fully- interactive with OnGuard alarms). Panels: Monitor online state, power fail, and handle tamper alarms. Monitor online state of intrusion panels. Intrusion Zones: Receive Alarms for intrusion zones Event Monitoring: Monitor all supported events Cardholder and Visitor records: Get Cardholder and Visitor Records Information

• NIST/FIPS 140-2 Compliant - The LightHouse system fully complies with FIPS 140-2 SL1 by using FIPS 140-2 certified cryptographic algorithms.
• CCM Cardholder & Credential - LightHouse CCM (Cardholder & Credential Management) General Feature Summary OnGuard PACS Provisioning Bundle CCM (Cardholder and Credential Management) Portal AD/LDAP logon plugin PACS Provisioning PIV Harvest (PIV, CAC, TWIC, FRAC) Portrait, Fingerprint, and Signature capture CertValidation Service (Certificate trust check & challenge) with ongoing scheduled CRL checks Qty -1: CCM-OnGuard server Connection (more can be added as option) Badge design and Printing package IdentityScribe Printer Service license Printer support package with administrative notification error/attention email IdentityScribe Service Encoding Service License PIV Encoding Package CA Connection & Certificate Processing Package Supports local smart card reader encoders and printers with embedded encoders
• LightHouse Unified Mapping - Supports facility, location and object mapping, on common LightHouse viewer which is defined by all of the following characteristics: Native rendering of Vector (including, but not limited to, DWG and DXF formats), [and] raster (including, but not limited to, BMP, JPG and TIF formats) images, and 3D models (including, but not limited to 3DC, 3DS, FBX, DAE, FLT, LWO and LWS formats), to be used for mapping and system configuration, and for other uses. Native rendering of raster-based drawings, often referred to as bitmaps. Native rendering and real-time manipulation of 3D models, including support for animated models, in popular formats including, but not limited to, AutoDesk 3D Max (3DC, 3DS) and Filmbox (FBX), COLLADA (DAE), Open Flight (FLT), and LightWave (LWO, LWS). Displaying situational awareness information on rendered drawings complete with graphical representation of each monitored component. Displaying situational awareness information upon geospatially referenced maps, including topographic, symbolic, and satellite/aerial photography.