*The Perimeter Defense System (PDS) is being designed by SKS group to op-erate in real time and to access inputs in continuum from different sensors placed in myriad strategic locations around the perimeter walls of small and large properties or borders. Trends indicate that as technology becomes more rampant and cost effective, as is inevitable and already discernable, there will be less reliance on security guards and more on electronic surveillance. * SKS GROUP System Analysts Risk Management Consultancy: Our company is the Principal Risk management Consultant for Trust Middle East Oil company Products, Safety & Security Systems SKS specializes in security and crisis management planning and prevention    Clientele Security Effectiveness & Enhanced System Preparations: How can security professionals stay on top of the latest security issues? This comprehensive and technical foundation and prevention of threats will be made transparent to customers after a though rough site survey. now, we have been gaining an understanding of major trends in multiple modes of security concerns. Whether stationary or mobile, threats are lurking. Transportation security threat prevention must cover all rail, sea, air, land and ports. Preparation, planning, mitigation, detection, response, and recovery will all be part of the overall security consultancy that is provided to our clients. Clients will have an appreciation of inter-modal security issues as well as strategies and the knowledge they need to secure their environment in areas of responsibility Prospects:The complex threats facing today's security manager require a solid understanding of strategy. The Security Issues of today has inspired SKS to produce better security measures for Governments, Military and Business Leaders . Some of the ideas that we have for the security mangers to consider as follows: ∗ Understanding the environment and its needs. ∗ Understanding your capabilities/limitations. ∗ Understanding your adversaries' capabilities/limitations. ∗ Developing effective organizational structures. ∗ Leading people. ∗ When to engage in conflict. ∗ How to engage in conflict. ∗ Making adaptations/contingency plans. ∗ Intelligence gathering/analysis. ∗ Learning from mistakes. ∗ Use of recent and past experience globally.  


FIRE Alarm Systems

ACCESS Control

FIBER Optics Solutions



 Conference Room

  Media Center     



Secure your Environment


Optical communication technologies are employed in a wide variety of communication environments such as telecommunications, networking, data communications, industrial communication links, medical communications links, etc. Fiber optic networks are becoming increasingly commonplace in telecommunications applications due to their increased bandwidth and distance capabilities relative to copper networks. Optical fiber is the workhorse of the typical optical communication system, and the low loss, lightweight, small size, flexibility and high intrinsic bandwidth of optical fiber help make optical communication systems more desirable than competing systems for the communication of both of digital and analog signals. Fiber optic transmission devices, also called optical-electronic devices or optoelectronic devices, are coupled with optical fibers for data and signal transmission by converting optical signals into electrical signals, electrical signals into optical signals, or both. Fiber optic communication utilizes optical transmitters, optical receivers and optical fiber, among other components, to transmit light signals through the fiber. Optical fibers are thin transparent fibers of glass or plastic enclosed by material having a lower index of refraction and transmit light throughout their length by internal reflections. The fibers and cladding are typically enclosed in a protective polymer jacket. The transmitters and receivers are often integrated into a single component called a transceiver. Transmitters are light sources, such as lasers or light-emitting diodes. Receivers usually include a photo detector. In communications, fiber optic cables carry pulsed modulated optical signals, originating from lasers or light emitting diodes, for communicating voice and data signals. In industry, fiber optic sensors transmit over fiber optic cables signals whose intensity and wavelength indicate the nature of a sensed parameter.

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Technical Specifications



fiber optic cables (62.5/125m, 50/125m, 100/140m & 200/230m) that are available in simplex, duplex and multi-fiber configurations

full line of fiber cable assemblies, patch cords, pigtails, bulk cables used in local area networks, data communication, video, audio, and telecommunications. Multimode, Single mode, duplex, simplex


















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