SEAWING SiSCOM. for one another, may as well be hosted by of security. Personal data limitation. For...

SEAWING

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GGeenneerraall OOuuttlliinneess

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GENERAL OUTLINES Offered by Seawing Kft., Seawing Integrated Solution (SiS) is designed to integrate into a single uniform high-efficiency system any and all local surveillance and security systems as may be installed on a building complex or at multiple locations of a country-wide company.

SIS IS CAPABLE OF SUPERVISING AND CONTROLLING THE FOLLOWING SUBSYSTEMS:

• Access control system • Video surveillance systems • Fire alarm systems • Intrusion alarm system • Building management system

Thanks for its open platform system concept, SiS makes integration of subsystems with available interfacing information (SDK: Software Development Kit) possible.

ADVANTAGES OF SIS

• operation on a multi-database platform • high-speed database engine • up-to-date query techniques • high-efficiency memory management • visualization to requirements of the day • advanced trouble-shooting features

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SYSTEM STRUCTURE (HARDWARE AND SOFTWARE COMPONENTS)

DATABASE SERVER The system has a database server.

Database manager The system shall be capable of running on database managers as follows:

• ORACLE 9i or later • MSSQL 2000 or higher • MS-SQL Express Edition • MSDE

Minimum configuration for a database server For a dedicated server:

• 2GB RAM, P4 processor (3.0 GHz or higher) • Operating system: Windows 2003 or higher • For an Oracle database manager: Linux or UNIX server

For a small-size system: • 1 GB RAM, P4 processor • (SQL EXPRESS, MSDE)

COMMUNICATIONS COMPUTER Controlling PCs represent the connection between the information network and the RS485 (RS232) networks of the terminals and subsystems. Their main task is to communicate the events to the server and the commands to the terminals and subsystems. There are internal communications between the server and the controlling PCs.

Minimum configuration for a communications computer

• 1GB RAM, P4 processor (2.4 GHz or higher) For a large-size system:

• Operating system Windows 2003 or higher For a medium-size system:

• communications to run on the database server

SiSCom communications software module

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WORKSTATIONS

PCs connected to the system without direct connections to the hardware components of the subsystems are classified as workstations.

Minimum configuration for a workstation • 1GB RAM, P4 processor (2.4 GHz or higher) • Operating system • Application software (SIS with is corresponding subsystems) • Database manager (client)

PORT SERVER

There are certain types of devices/subsystems (fire alarm panels, intruder alarm systems, etc.) only with RS232 serial interface ports of a limited cable length (10 – 20 meters).

If the devices/subsystems are installed at a distance exceeding the above mentioned length from their controlling PCs then a communications protocol capable of communicating on a longer distance is required. Port servers are to serve this purpose. They convert the RS232 serial interface protocol to TCP/IP communications protocol.

VIDEO SERVER

Video servers for to store images of the cameras.

MINIMUM SYSTEM REQUIREMENTS (IT) Server Client

Database server Communications server

SIS

Processor Intel Xeon 1.4 GHz P4 1.7 GHZ Core2 Duo RAM* 4 Gbyte 1 GByte 2 GByte Free HDD capacity 100 GByte 200 GByte 200 GByte Minimum display resolution 1024*768 1024*768 1024*768 DVD drive x x Mouse & keyboard x x x Device for archive x Audio card & speacker x Networking interface x x x

RS232 serial line (USB) x

Free USB port (for card/tag read/write device)

optional

Har

dwar

e

UPS x x

Softw

are

ORACLE 9i or higher MSSQL 2000 or higher

MSSQL Express Edition MSDE

ORACLE 9i or higher MSSQL 2000 or higher

MSSQL Express Edition MSDE

Networking connectors Ethernet Via IT system or direct connections to the server

Net

wor

king

Networking protocol TCP/IP

* 8 GByte RAM is required when applying MSSQL 2005 or higher and 64 bits processor

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CURRENT LIST OF INTERFACED SUBSYSTEMS AND DEVICES

I. ACCESS CONTROL SYSTEM SEAWING access control systems x

II. INTRUDER ALARM SYSTEMS Ademco: Galaxy (8, 18, 60, 125, 500, 5004, 16, 16Plus, 512) x

DSC: Maxsys 4020, POWER 5020, 6010, PC1864…) x Premier x UTC GE ATS x III. FIRE ALARM Aritech FP1200, FP1216C x

Notifier: AFP 400, AM 1000, AM 2000, AM 6000 x Kentec x Schrack Seconet x

Bosch FPA1200, FPA5000 x IV. CCTV – VIDEO SERVERS Mirasys x Milestone x Vivotek x Samsung NVR x Avigilon NVR x Intellio CCTV Systems x V. ADDITIONAL EQUIPMENT PT100 digital thermometer x IP thermo 125 (digital thermometer with IP communications) x Suprema Bioentry Plus x CARMEN number plate recognition engine x

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SIS FUNCTIONS and OPTIONS

Functions of the basic module Standard Premium Enterprise

Workstation module entitlements setting System parameters setting Password management Loading image and voice Data import Setting users and their duties Registration key management Map management Edit individuals Department editor Event type editor Report on individuals Event reports Operations log report Events and operations log report Device status report Setting categories for individuals ● Report generator ● Log analyser ●

Functions of the access control module Standard Premium Enterprise

Time zones and holyday settings ID card editor ID card issue in groups ID card stores editor Device editor Device group editor Vehicle editor Map editor Access entitlement editor Extended access entitlement editor Entitlement group settings Visitor entitlement settings Map editor Device operations Emergency protocol editor Anti-pass-back-zone (APB) editor Visitor ID tag manager Temporary ID tag manager Events monitor Alarm monitor Operations on devices Whereabouts report Access entitlements report Change view (normal reception/guard) PIN-code management Entitlement group issue in groups ●

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Access control module options Standard Premium Enterprise

Protecting individuals related data Task manager Managing and monitoring Key locker with drawers Managing parking lot groups and displaying current occupancy Number plate recognition and monitoring Checking individuals Fingerprint recognition Altering time-zone management for access IN or OUT Multiple ID card assignment to a single person Granting access on personal grounds or late attendance Shooting image (camera) when access Actions editor Offlock lock management Visitor bookings ● ● Access entitlements manager ● ● Shared sub-system management ● ● Current attendance monitor (web + desktop) ● ● Entitlements with time limit management ● ● Entitlement distribution by entitlement template ● ● available, ● planned

Supervisory module functions Standard Premium Enterprise

Map editor Camera view editor Camera image monitor Guard view Device editor Device group editor Actions editor Events monitor Alarm monitor Device operations

Supervisory module options Standard Premium Enterprise

Hierarchical map management ● ● available, ● planned

ID card printing module functions Standard OF Enterprise

ID card background edit ID card template edit ID card personalisation

available, ● planned

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FUNCTIONAL FEATURES OF THE SYSTEM

TWO-LEVEL EVENT MANAGEMENT Any event as may take place in the system will be processed and evaluated in a two-level event management model. This model consists of two separate computer program modules with a well-defined range of tasks each, communicating with each other via an information network on an ongoing basis. Essentially, the working principle of the model is like this: On the basis of a predefined division of tasks, the overall event handling process will be divided. On a first or lower level, one of the program modules will subject data to primary processing, including such operations as collection of data from hardware devices, transmission of data via the information network, and storage of data in a computer database. In addition, this program module will be responsible to relay to security devices any control command or data query as it may receive from the other program module. This application is called SiSCOM. On a second or higher level, the data stored in databases will be sorted, grouped, and visualized or updated via a user interface. Furthermore, this program module will allow data to be evaluated, and any necessary user action taken or operation performed. This application is called SiS. ON-LINE AVAILABILITY In case of communications or device failure, the feature called ‘on-line availability’ will ensure non-stop operation with automatic change-over without a need for user intervention. Basically, the program modules of the product are designed to get linked, in an online and automatic manner, with any of several databases which, defined as hot spare for one another, may as well be hosted by separate servers (database change-over).

DYNAMIC SUBSTITUTION It permits a software environment with sophisticated network topology and redundant database implementation in which the communications program module of the system can take over the tasks of a communications module belonging to another system as well as be available on-line.

MULTILINGUALISM Developed in English and Hungarian, the system offers an integrated translation interface for broadening the range of run language options to user preference. In addition, clients within a single system can see the user interface in different languages. Special characters in languages using the Latin alphabet are supported.

DATA SECURITY AND ENCRIPTION Communications with subsystems are encrypted according to Standard x509 v3, ensuring a system configuration with a high level of security. Personal data handling complies with the data security law in force.

TRANSACTION MANAGEMENT The system will provide ongoing status feedback on processes running. SiS handles downloads as transactions, keeping the user informed about the status, progress, and success of each download transaction via a client program. The range of transactions include ‘program terminal’, ‘arm partition’, ‘download balance’, etc.

COMMUNICATIONS MODULE FEATURES • Open to expansion any time: Based on an open-platform system concept, SiS allows a vendor-independent

integration of subsystems of different types and makes. The communications module can be expanded without limitation. For a new subsystem to be integrated, a driver program for the subsystem should be written. Practically, a driver is realized by a DLL with a well-defined interface.

• Makes high-level logging and diagnostic functions available. • Sends event data to clients direct. • Offers the option of running devices in test mode. • It is allocated either of two roles (Primary or Secondary), which allows either of two SiSCOM’s to be run or

substituted.

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SIS FUNCTIONS AND OPTIONS

1. SYSTEM PARAMETERS

SiS system has the following parametrizable features: • Default visualization mode of data update interfaces. • Use of pre-filters in editors: This parameter is used for configuring automatic display of a pre-filter interface

whenever a function designed to manage a large quantity of data is requested, and polling all the records from the database would take a long time.

• Default view options: Reception desk / Normal / Guards. • Display of system events in a so-called ‘balloon’ in the ‘Device Operations’ window. • Row number limit for system lists, and minimum number of days among filter criteria for a listing. • Maximum size of small-size photo portraits (in kbytes).

2. SYSTEM OPERATORS’ ENTITLEMENTS

• Roles: System administrator / Security staff / Security Manager / HR staff / Card printer staff / Reception clerk /

Manager. Each role is permitted to enable or disable a predefined range of menu options and functions. • Since an optional language can be associated with each user for running the program, it will be dependent

upon user login rather than the specific machine.

3. CONFIGURING WORKSTATIONS FOR RUNNING MODULES

Each workstation can be configured for a specific task (reception service, surveillance, etc) by enabling a specific module of SiS to run. This function is also supported by different view options of the system.

4. CONFIGURING DEVICES

The system offers retroactive compatibility with the whole Seawing product line, and is designed to be capable of supporting would-be products from future development efforts as well.

5. FEATURES OF SIS INTERFACES

SiS user interfaces can be customized. Users can easily handle or format information, data, and spreadsheets in multiple windows at a time. Arranging windows and panels, users can customize user interfaces to their specific needs for quick and convenient use of the system upon any desirable set-up.

• Filtering data: Use the keyboard or Filter button or Filter editor for specifying filter criteria. • Sorting data in an interface. • Specifying data to be displayed. • Clustering data. • Opening a window in multiple copies at a time. • Sizing spreadsheets to preference.

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6. DATA RECORDING OPTIONS • Time zones: They are assigned to access control points for temporal limitation of access via terminals within

any area. • Bank holidays • Camera view options: Images from cameras in the system can be arranged into different views to preference. • Event type editor: Events, i.e. alarms having occurred at different devices within the facility, are grouped by

the source of alarm, each group signifying an event type. Each event type can be associated with: o a priority option, o a background colour option (for clarity of the alarm or event screen), o an audio file, o the system to send either an alarm or event to the operator.

• Updating personal details o Importing personal details o Adding photo portraits to personal data o Updating access rights and personal details on a single interface

• Departments • Card depots • Card details

7. GRAPHIC MAP EDITOR

An outstanding feature of SiS is its capability to produce a graphic display of any event or alarm as it may receive from different devices, for a considerable reduction of spotting time.

The system displays vector images of the maps for zooming in or out without any deterioration of image quality.

8. EDITING ACCESS RIGHTS

Allocating access rights in a personal details update interface Matrix of access rights

Allocating access right sin the personal data maintenance window

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9. MANAGEMENT OF VISITOR ACCESS RIGHTS, INCLUDING EXPIRIES Card management: The system keeps records of cards on a card depot basis.

Visitor tag management

Visitors’ rights

10. MANIPULATIONS WITH CARDS

• Issuing employee cards • Card withdrawals • Disabling cards • Visitor cards management • Issuing temporary cards • Card personalizations

Temporary tag change

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11. SURVEILLANCE FUNCTIONS • Manipulations with devices • Device status display • Device types, and driver-

dependent manipulations • Map views • Hierarchy of map sheets /

transparencies • Quick device reference

menu

Map view

Monitors o Events monitor

Events monitor

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Monitors o Alarms monitor

Alarms monitor • Specific listings

A system list may be produced of:

Events having occurred in the system –

Event list filters

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List of events: A number of access control events which system devices have transmitted logged messages about.

Event list Event Log and Job Log: A number of management operations and device manipulations performed by users who have logged in the system.

Whereabouts list: A number of last passages by card holders stored in the system, for identification of the card holders’ current whereabouts.

Master data –

Personal details: Information about employees meeting specific filter criteria.

Device status list: Status data on devices in the system.

Access right classes –

Access rights: A card holder-wise list of access rights, time zones, and access control points associated therewith

Operations performed by users –

Job log: A number of management operations and manipulations performed within any specified period of time.

The system allows system managers to save any list as may have been created and displayed by means of specific filter criteria. In addition, a specific list may be rendered available for viewing by either its creator exclusively or any other user of the system (Private / Public).

• View options The format of the main screen in the program is determined by view options. Making use of them, the user can classify the workstations in the access control / security system, and ‘furnish’ the screen of each workstation with the most common functions (Normal / Guards / Reception desk).

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CCTV management

OPERATIONAL AND MAINTENANCE TASKS

The operation of the system requires the following operational and maintenance tasks to be fulfilled: • Check database saves • Check for size and integrity of databases, and disk capacities • Save and restore configurations • Archiving • Version update and follow up • Test and service the hardware

SEAWING SiSCOM. for one another, may as well be hosted by of security. Personal data limitation. For...

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