Welcome Guest Login | Register | Site Map | | Make TelecomTiger my homepage     
Telecom News
Enterprise |  Policy & Regulation |  Mobiles & Tabs |  Corporate |  VAS |  People Movement  |  Technology  |  LTE
Policy & Regulation
IB says mobile signal spillover aiding terrorists
TT Correspondent |  New Delhi |  08 May 2008

The Intelligence Bureau (IB) has come down heavily against the mobile service providers as it alleged that the spillover of mobile signals across the border is aiding terrorists. As per the laws, service providers have to ensure that mobile signals are unusable within 500 metres from the border.

 

In its report the IB further alleges that even the subscriber verification guidelines are not being followed completely by the service providers in border areas.

 

“DoT should put in place a monitoring mechanism to ensure and assure the security agencies that the service providers strictly follow the conditions of restricting the usable signals 500 metres short of the border and that the subscriber verification is reliable," joint director (IB) R N Behura said in his report.

 

“Any spillover will assist anti-national/terrorist elements across the border in facilitating their communication with their counterparts and contacts inside India under the camouflage of Indian users and the hostile neighbours will be able to intercept Indian phones operating in the border areas," the report said.

    
 mail this article    print this article    Show and Post comment
08 May 2008(IST)  
Whitepaper
Maintain Business Continuity with Cisco ASR 9000 nV Technology
It is a virtual chassis solution where a pair of ASR 9000 routers acts as a single device by maintaining a single contr...read more
Simplify Your Network with Cisco ASR 9000 nV Technology
With the new Cisco Network Virtualization (nV) technology in the Cisco ASR 9000 Series Aggregation Services Routers, se...read more
Cisco Small Cell Solution: Reduce Costs, Improve Coverage
It is designed to address the challenge of mobile service coverage and to expand network capacity...read more