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All STE systems are developed to serve as intelligent, distributed control and monitoring systems operating on the concept of True peer-to-peer communications. This allows each component of the network to hold all the necessary information to intelligently communicate directly with other like components. This concept is drastically different from standard "host-dependant" systems where each transaction depends on the host for instructions. Because advanced Neural technology used by STE operates in this manner, every device in the network, whether it is part of a Local Area Network (LAN) or Wide Area Network (WAN) communicates directly with one another distributing the intelligence throughout the system. Once a system is programmed and uploaded to the network, each panel receives the entire set of programmed instructions for its set of responsibilities within the system. This provides an unprecedented level of reliability by allowing each control panel to operate as a stand-alone device in the event of catastrophic network failure making it ideal for emergency response systems where functionality is critical. Intelligent Distributed Networking, (IDN) has arrived, satisfying the need for intelligent, reliable, self-healing systems that provide the flexibility and dependability required for sophisticated security automation applications. We are specifically involved in the emergence of Neural Technology as a backbone communications platform from which programmable logic controller (PLC) ladder programming can be launched through peer-to-peer communications and free topology implementation. The result is an intuitively simple networked system capable of consolidating a multitude of other stand-alone systems, enabling the entire complex to think and react as one. This "Many-to-One", "One-to-Many" approach to security is the technological pinnacle sought after for so many years. It is now so. |
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Summery: Considering the above capabilities and combining them with you imagination and system requirements and you begin to see the implications of such an intelligent system. Now it is possible for you to monitor your facility, react instantaneously and have a system that performs to your exact specifications without settling for what a manufacturer say you can have. Having the ability to control access, detect intrusion, communicate over intercom, two-way radio and public address, lock down a facility, close dampers, shut down fans, close parking gate, display electronic signage and control anything else you can think of using one unified system reduces maintenance cost and down time while increasing effectiveness. |
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Control: STE engineers approach access control in the most gracious and seamlessly integrated manner possible using the latest technology. Cutting-edge, Neuron chip microprocessor electronics provides intelligent systems capable of digital conversation among devices on a network. This is not a standard network where peripheral devices depend on a central server but a network of intelligent devices talking amongst themselves creating an intelligent distributed network. The concept of neural intelligence is to have a network of devices performing automated (intelligent) decisions based on inputted information from sensors and to do so without outside (host) intervention. In this way, program information is spread over the entire network with each component retaining its own personal piece of the overall program. Distributing the program information in this manner avoids a "single-point-of-failure" creating a system where each component will perform in a stand-alone manner if disconnected from the network reliably carrying out it's portion of the program. This allows access control, intrusion detection, camera control, intercom operation, emergency response, radio notification, e-mailing, paging, badge creation, electronic sign control, annunciation, monitoring, graphical controls, lighting control, HVAC control and practically anything else that employs logical interfacing, all to reside on a secure, self-contained intelligent distributed LAN. See "Neural White Papers" for more information on intelligent neural automation systems. |
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Intrusion
Detection:
This method of combining access control and intrusion arming and disarming results in another advantage. Because neural circuitry allows unlimited logical matrix combinations, a user can be required to enter a PIN number along with presenting an authorized access card to perform a command. No longer do you need to give personnel separate PIN numbers to identify who arm or disarmed a system, at what time and where. This greatly reduces the number of PIN number issued by requiring only one common PIN for each command such as arming, disarming override, etc. Now everyone can have the same PIN numbers because by presenting a valid card with the PIN number, the user has identified himself/herself to the system. Now that everything is connected to the same system, reports can be generated, schedules can be changed, privileges can be controlled by access card authorization, and rights to arm and disarm can be granted or removed at the host computer. |
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Cardholder
Database:
Intelli-Site Software uses a Structured Query Language (SQL) database. Database Import/Export Using ODBC You can import/export cardholder file information using a variety of formats including SQL and Microsoft Access databases. Intelli-Site Software uses database filters and Project Selection to implement functions equivalent to database partitioning. You can search on fields in the cardholder database including card number, last name, first name, and department, activate date, deactivate date, access level, site code, card group, or card type. Automatic Download to Controllers on Changes: Any time the user makes changes to the cardholder data Intelli-Site software will automatically download the affected cards to the affected RTU panels only. The user may define additional data fields and assign data types to each field and add these fields to the cardholder database and add these fields to the badge as desired. Automatic Card Activation/Deactivation: The user may choose to enable or disable automatic card activation date and deactivation date and to determine the period of time between activation and deactivation based on card type or department. Support of Multiple Badges per person: One person may have several badges with several different access levels. Support for Badge Status (Lost, etc.) Lost or stolen badge status is a "no-access" group that maintains the card in the database but does not allow access as long as the lost or stolen status is active. The lost or stolen card is not assigned to any reader connected to any Access Control RTU panel. Bulk Card Addition/Deletion by Card Number: A user defined range of card numbers may be added or deleted by simply specifying the beginning card number and the ending card number for the group. Card numbers can be in the range of 1-2,147,483,646. Disability Designation for Extended Shunt: A card of the type "disability" can be selected causing the shunt time to be extended by a user programmable disability time. Disability time is adjustable from 1-255 seconds. Cards may be of the type normal-disabled, visitor-disabled, guard-disabled, or supervisor-disabled. Extended Shunt by Cardholder and Door: A cardholder can be designated as a member of an extended shunt card group (1-255) and the cardholder group can be used in a Neural Access Control panel ladder program rung to extend the shunt time individually for any door in the entire system with maximum flexibility. Any modification to the cardholder database or other changes made by any user to the system is recorded in a write only log file automatically without the possibility of user intervention. |
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Badge
Imaging System: Intelli-Site Software implements both civilian and military badge design features, including images, patterns, signatures, IR masked bar codes, overlays, and text. Electronic Camera Pan, Tilt, and Zoom*: Intelli-Site Software provides camera image capture with full control of camera positioning, focus, field of view, and lighting for you. After capturing an image Intelli-Site Software provides advanced image editing features including two-dimension cropping, brightness, contrast, and color spectrum. Intelli-Site Software provides batch mode printing of picture badges through the host or badge workstation computer parallel port to any printer with a Windows 2000/XP printer driver. Allows Printing of User Defined Fields: The Intelli-Site software badge mode provides any number of user defined data fields for the card including any photograph image in JPEG or BMP format, CAD file image in WMF, DXF, or VSD format, Microsoft compatible text fonts, color bands, color patterns, transparent overlays, signatures, bar-code fonts and IR masking. Monitor Alarms during Badge Design: The Intelli-Site software alarm queue is active (configured based on User Rights) while the user is in the badge design mode even on a workstation devoted to badge design. Monitor Alarms during Image Capture & Print: The Intelli-Site software alarm queue is active (configured based on User Rights) while the user is capturing images in the badge design mode even on a workstation devoted to badge design. You can import floor plan images from CAD drawings in WMF, DXF, or VSD formats for an unlimited number of floor plan background screens. Signature capture is provided through TWAIN interface. You can interface to fingerprint capture equipment to capture finger print files for storage in the Intelli-Site software database. The fingerprint file can then be rewritten at any time to a Smart Card using a Smart Card programming device connected to a serial port on the host computer or on the badge workstation. Smart Card reader/fingerprint integration devices or stand-alone fingerprint or other biometric devices can be used to compare measured biometric data with biometric data stored in the host computer to grant/deny access to a facility. Smartcard/biometric combo devices can also be used to make comparison between the biometric data stored on the smart card and measured biometric data so that when a comparison is valid the combo device can issue a valid Wiegand output card number to a Neural Access Control RTU panel for biometric verification without host intervention. |
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| Networked intercom systems use the latest in Voice-Over-IP technology together with specially formulated software and hardware. Great advantages are realized when voice intercom functions are digitized and transmitted over Ethernet. Advanced features are enabled when connected to a Neural Security Management System such as Graphical controls, Hands-Free operation and Distributed Processing. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Intercom Capabilities:
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Asset
Management Scalable and flexible, Elpas LPS system's serves enterprises in leading markets including healthcare, educational and correctional facilities, intelligent buildings, and museums. Elpas™ solutions provide WWWW™ information as follows:
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IR Readers: The RF reader serves as an interface unit between various tags and badges to the LonTalk™ network. The reader is a ceiling or wall mounted device capable of receiving coded Infra Red (IR) transmissions from badges or tags. The IR RDR is also capable of decoding, processing and storing the data received, and then transmitting the required information over a free topology wired LonTalk™ network to the central PC. |
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RF Readers: The RF reader serves as an interface unit between various tags and badges to the LonTalk™ network. The reader is a ceiling or wall mounted device capable of receiving coded RF transmissions from badges or tags. Some RF Readers are also capable of decoding, processing and storing the data received, and then transmitting the required information over a free topology wired LonTalk network to the central PC. RF readers are available in 315, 433 and 919 MHz. Long range readers enable extended communication range. Smart readers can communicate with each other to execute smart rules. |
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LF Readers: The
LF reader is a ceiling-mounted device, which enables tag detection in exit
locations or other specific zones of a building. The device transmits low
frequency signals detected within a range of 2 to 3 meters by low frequency
receivers of IRFID tags. As soon as LF RDR signals are identified, an IRFID
data message including the ID number of the RDR is triggered and transmitted.
This information enables the precise location of the tag. |
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Digital Video Recorders STE works closely with several manufacturers of Digital Video Recorders or DVR's. We carefully evaluate each product to ensure it meets our stringent requirements concerning feature richness, reliability and the ability to integrate smoothly with other STE products lines. Our current line of DVR manufacturers include (but is not limited to):
Each customer and project requires a different set of features and capabilities making STE's experience and expertise an invaluable tool when selecting the right recorder for your application. Please Call or E-mail us today for free site visit and evaluation. |
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| When DVR's are connected to an STE Security Management System, they acquire many of the intelligent features associated with it, far beyond that found in the DVR alone. Video recorders used by STE use Alarm Inputs to activate many features within the DVR including; full screen viewing, increased record rate, Pan-Tilt-Zoom camera preset position activation and many others. Because all STE provided SMS systems operate in a "Distributed Processing" or 'Stand Alone Capable" manner, these features are available even if the network or host computer are off-line. This is a very important feature considering the valuable nature of video in the event of an incident. Many of the DVR's we use are able to control Pan-Tilt-Zoom camera positioning and record rates controlled directly from the SMS panel without a host computer connection. If the network is lost or the host computer is down the SMS panel will continue to issue intelligent commands based on facility, real-time activities. DVR's will continue to control cameras and record during the network/host connection failure retaining all valuable video recordings. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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CCTV
Interface:
Digital
Video Interface: Mouse-over
image to enlarge view
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| As security threats increase, so does the need to maintain and store high volumes of video surveillance information in a flexible and intelligent manner. While Digital Video Recorders (DVR’s) partially satisfy these needs, NDVR’s or Networked Digital Video Recording systems take video surveillance to the next level. These systems transcend conventional standalone solutions by offering an intelligent, fully distributed networked system with global management capabilities. A multitasking, multithreaded, multi-user system provides a solution that allows the user to manage video information in the same manner as other network information. Multiple locations, users and requirements are seamlessly managed and controlled forming a virtual video media center accessible to all authorized users while providing centralized or distributed management. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| When connected to Global Facility Manager Elite, intelligent communications is established creating a unified, event-based system. Sensor devices connected to Intelli-Site automatically control camera views, record rates, preset views and video e-mail's with pre and post alarm streaming video clips. As with all of our solutions, the system is an open architecture, fully distributed system using the latest technology | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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For more information Download STE Brochure:
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Voice
Alert: Natural
voice messages: |
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STE approaches Garage Duress Systems very different from most other companies. Standard duress systems currently on the market are typically nothing more than telephone intercom systems connected via a local telephone or PBX system to a central operator. This has never proven to be an ideal approach. Duress system are for just that, to be used under duress conditions.
These are all concerns and limitations of standard garage duress systems currently available form most manufacturers and suppliers. |
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STE duress systems are designed to provide instant notification and hands-free operation. By activating a station, several activities are put in motion:
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Electronic
Sign Control:
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| STE uses Noritake Vacuum Florescent Displays because of their high brightness, wide angle view, and ability to be easily seen in full daylight. Because these displays can accept serial data, Intelli-Site is able to communicate directly, allowing the operator to issue new displays and control how and when they will be displayed. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Graphical
Maps: In addition to intelligent communications, Neural systems provide another innovation know as graphical maps providing Instantaneous maps, instructions and notices based on alarm events. Any type or style of map may be used ranging from facility site maps to control screens with active buttons. Interactive graphical interface is used to control the entire system by simply clicking on an image. Any image (even the background) can be programmed to control Any device connected to the system, both local and remotein Any Sequence or combination. This provides the end-user a simple graphical screen for operating the system. No pull-down menus to navigate means virtually zero training of operators. The screens are designed to the customer's specifications so the system operates exactly as the customer chooses. Any style and combination of screen maps are possible from control screens with rows of control buttons to full color graphical representations of facility campuses. Drill-down maps are inherent to Neural systems providing instantaneous switching of screens based on events or operator commands. Screen icons show both "live" actions of system devices such as doors for status and provide control of these devices by interacting with the icons by use of the computer mouse. What an icon does as a result of clicking on it is fully programmable. A single click of the mouse could control a thousand different operations simultaneously. |
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Roll-over
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Actual
Screen-Print
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Biohazard/Terrorist
Preparedness System:
It is worth noting that once a device, door lock, fan, radio system etc. is connected to an STE Neural system, it is forever configurable making future changes and modifications a matter of a few keystrokes. As inclusive as this system is, it is only one of the many inherent features of a Neural based system. Controlling a device such as a door lock to lock-on-command for an alert condition is a matter of issuing a few lines of instruction. Once uploaded, these instructions become part of the hard-coded program residing in the control panel. Even in the event of computer or communications failure the system will perform all of it instructions instantaneously. |
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Fire
Alarm Auxiliary Notification and Monitoring: A building with automation features such as those offered by STE allows the fire alarm system to be monitored both graphically, as well audibly over two-way radios or a public address system. In many cases, one control card (32 input card) is all that's required to monitor an entire fire system for a multistory building, announcing the location and type of alarm condition directly and instantaneously over existing two-way radio and/or public address systems. These features combined with the command center computer generated graphical alarm maps and interactive graphical controls create the most advanced notification system available for any type of alarm condition. The 32-input module shown above accepts dry-contact closures or analog outputs from any fire system. Once an input is detected this information is transformed into detailed floor plans and custom, natural voice messages generated over an new or existing two-way radio or public address system. Voice messages are recorded at the Intelli-Site host computer or can be imported as a standard .wav file format. With one 32-IN-12V module, thirty-two fire alarm points can be monitored, generating thirty-two graphical maps and custom voice messages. |
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Multi-Department
monitoring:
Many departments can exist on a network creating their own subsystem within the facility-wide system such as security, engineering, nursing, computer information and facility management creating a truly integrated facility management system. With different departments running on the same network information can be relayed through programming when cross-communications is desired. For instance, a Bio/terrorism alert is issued and security receives a radio message informing them of the alarm condition and instructing them to man their assigned stations meanwhile engineering receives a different set of instructions. Computer room alarm conditions may be monitored by the IT department during the day but reported to security after hours. An integrated system has many benefits when dealing with the complicated issues that arise daily in a large complex, having all department operating compatible hardware and software reduces troubleshooting and spare parts inventory while providing cross-communications between departments for a fully integrated system. |
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| Ladder-Logic: Ladder logic has been around for many years traditionally used for PLC or "Programmable Logic Controller" configuration. Ladder programming is quite different from traditional programming method but vastly more logical and versatile. PLC's are used for controlling complex logical sequences where finite accuracy and flexibility are needed. For this reason, industries such as factory automation and correctional institutions have long adopted this technology for controlling thousands of operations in a reliable and accurate manner. This inherent ability to configure, control and combine input and output points is extremely useful when dealing with security automation applications. The entire idea behind these systems is to have the ability to take information from the field (sensor, switches, etc.) and control something else with them. How better to do this than with a system that offers nearly unlimited flexibility and control than with PLC ladder programming. Ladder logic gets it's name from the appearance of the programming screen. The screen is arranged in a ladder-like manner where vertical lines form the side rails and logic is inserted as ladder rungs. These logical "Rungs" are very similar to electrical circuits in the way they are treated and thought of. Consider the following ladder program for a typical access control door setup using a proximity card reader OR a request-to-exit button for unlocking a door. |
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Consider
the drawing above; the left-hand ladder-rail is considered positive and
right negative. We are essentially trying to get power to the door lock
on the right-hand side to release it. We have logically stated in this ladder program that; [When a valid access card is presented, "OR" the request-to-exit button is pressed, the door lock will release for six seconds]. We could just as easily have inserted a "Time Zone" with another "OR" function to unlock the doors during certain hours. As you can see from this example, ladder programming is extremely logical and Straight forward offering an unlimited number of possibilities regarding configuration, allowing an unprecedented level of control and flexibility. Because this programming is applied using a "drag-and-drop" technique, any number of devices could have been dropped in the ladder, in any arrangement and with any type of attribute. Having the ability to bring a device into a ladder from anywhere in the system, provides an incredible level of powerful flexibility when designing a custom application for use in building controls. Whether it be access control, intercom routing, CCTV, electronic sign control, HVAC, lighting or any other device requiring logical, sequential control, no other system can surpass ladder programming for enabling a system to be configured to the exacting needs of the customer. |
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STE
uses SpiderAlert personal locating systems to achieve tremendous flexibility
and interoperability with all STE product lines. Leveraging a dual-technology
approach, SpiderAlert provides an unprecedented level of accuracy for pinpointing
personnel location and identification. When combined with the flexible
programming capabilities of neural technology, SpiderAlert systems offer
the ultimate in personal protection. Spider dual technology utilizes RF
(Radio Frequency) and IR (Infrared) to locate personnel in distress. RF
has the ability to detect an alarm transmission over large areas even through
walls and floors while IR is used to further pinpoint a location. When
this information is transmitted to an STE Security Management System, maps
are displayed giving the operator visual location information as well as
automatically transmitting a voice message over two-way
radio notifying mobile security personnel. This technology is ideal for
Schools, Campus environments, Corporate offices, Healthcare facilities
as well as many other applications. |
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Command centers are the heart of every operation. STE offers a variety of solutions to fit any application and will help guide you through the process by offering professional selection and design services together with expert installation to ensure many years of satisfaction. Because consoles act as the nerve center receiving and disseminating information, particular attention is paid during the design and selection process. A console should provide as a minimum the following attributes: |
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1. Be ergonomically designed for maximum comfort and efficiency 2. Provide the necessary space to contain present as well as future equipment 3. Project a professional image. 4. Provide accessibility for equipment servicing 5. Be designed to offer maximum viewing and proficient use of equipment |
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| Pre-Assembled Systems | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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