We offer a single platform solution that encompasses many functions of present systems, namely -

• BMS systems
• CCTV surveillance systems
• Access control systems
• On-campus communication system – IP-based
• On-campus real-time asset-tracking (requires Wireless tracking infrastructure)
• Perimeter security
• On campus wireless access to Internet
• Networked announcement boards or Billboards
• IP Based PA System

Now, customers can source a comprehensive solution from a single vendor and enjoy the benefits of IP-enabled systems, such as distributed monitoring from central location with messaging and alerting options, not technologically feasible before!

In this scenario, there is the Fiber optic option or in-building wireless system for comprehensive building wide coverage.

The proposed system addresses the issue of lack of integrity as found in most systems. The deploying authorities require systems that are able to operate easily and reliably under a variety of operational and environmental conditions and that are not prone to false alarms and nuisance alarms. With confidence in the integrity of the monitoring system being a major concern today, new technology employing advanced distributed fiber optic sensors provide a reliable and cost-effective intrusion detection technology. These technology solutions come in two flavours, namely, “in-fence” deployment and “in ground” deployment for intrusion detection.

The multi-zone fiber optic sensor cable can be mounted to rigid fencing and/or buried in trenches around a perimeter for optimum monitoring of acoustic disruptions. The system uses high-fidelity reproduction and classification to accurately alarm upon detection of any noise or vibration that indicates tampering, intrusion, digging, operating of machinery or vehicles, and any other breaching events near the cable’s location.

• The main advantage of SVAWT is that, these do not need to be pointed towards the wind to be effective. In other words, they can be used in sites with highly variable wind direction.
• The SVAWTs could be deployed close to the ground (typical lamp post heights).
• The SVAWT are easier and more affordable to maintain.
• SVAWT generates less noise, vibration, etc. which makes it suitable for urban area use, even in roof-tops, without causing any damage to building structure.
• SVAWTs have very low wind self-startup speed.
• Commissioning of SVAWTs typically entails low construction costs, they are more bird friendly and does not harm wildlife.
• You can use the wind turbine where tall structures are not allowed.
• VAWT’s are quiet, efficient, economical and perfect for residential energy production, especially in urban environments.

ID Badges and Access Control - Most organizations today require a performing and efficient access control system. There are many reasons for having such a system and these include:

• Enhanced security to limit access to restricted areas,
• Tracking residence/visitor activity,
• Improve loss prevention and
• Prevent terrorist activities

RFID technology is quickly becoming a popular choice since the advancement in technology makes a variety of solutions available to any organization. There are major deficiencies in the legacy solutions that use the traditional access control systems. Barcodes, magnetic stripes, and proximity readers all rely on the user to either make contact or place the badge very close to the reader. In addition, bar codes can only be read one at a time and the respective embedded information cannot be updated. Such limitations can be cumbersome and time consuming.

An RFID access control system can provide an easy and efficient solution. RFID badges can be read from much further distances than other traditional technologies and the embedded electronic information for each badge can be over-written repeatedly. The increased reading distance thus enables other tracking technologies like surveillance cameras to be activated in conjunction with an employee being in their vicinity. Furthermore, multiple RFID badges can be read all at the same time. Information about employee access, attendance, and duties performed, can be easily and efficiently monitored and stored in a database. Access information can also be tied to a Windows Active Directory or LDAP for user authentication and therefore be synchronized to an authorized access scheme.