пятница, 24 февраля 2012 г.

Asian Market New Opportunities, Familiar Challenges.

By Sam Silverstein

As countries across Asia move forward following their prolonged economic slump, the satellite industry is mobilizing to take advantage of the brightening conditions and the pent-up demand of consumers eager to improve the quality of their lives with modern telecommunications capabilities.

The rapid acceptance across Asia of hot satellite applications such as direct-to-home (DTH) television, coupled with fast-growing consumer demand for TV programming, Internet access and other services, is fueling optimism among satellite company officials about the role their industry will play as countries across Asia move forward in the global economy. "I think that in the next couple of years, we are going to see [more] markets opening up in Asia," says Jan Wendt, regional sales operations manager for the Asia-Pacific region at Intelsat in Washington, DC. "There is a trend toward growth."

Beyond video services, satellite companies are continuing to establish themselves as suppliers of transmission services to other market segments, including rural cellular phone networks, voice over Internet protocol (IP) services, and corporations in need of data services in remote areas. Carriers are looking forward to expanding their operations in high-potential countries that have been difficult for international players to enter, led by China and India. And long-awaited satellite-broadband systems, such as the IPStar system developed by Shin Satellite Public Co. Ltd. of Nonthaburi, Thailand, are finally getting off the ground.

"I would not say the market is returning to its heyday, but it is certainly reassuring to see new applications coming in," says Peter Jackson, chief executive officer of Asia Satellite Telecommunications Co. Ltd. (Asiasat) of Hong Kong. "We are not just testing the engineering. These are real applications with real commercial bite."

Still, persistent issues such as depressed transponder prices and cumbersome government regulations remain a challenge for the satellite industry in Asia and are likely to continue complicating matters despite healthy and expanding demand for satellite services, according to satellite company officials and analysts. Moreover, competing ground-based communications networks are expanding their reach and can be expected to give satellite providers a run for their money in a growing number of market sectors. The bottom line: There are plenty of opportunities for the satellite industry to prosper across Asia, but those opportunities could dry up just as easily as they are appearing.

"Satellite companies should not wait for anybody," says Beram Sorab Gazdar, a satellite industry analyst with Frost & Sullivan in Mumbai, India. "They should try to leapfrog [the competition] and capture markets."

Among the most exciting growth areas for the satellite industry are the Chinese and Indian markets. Both countries have huge populations and are likely to be enormous markets for satellite services, but government restrictions have hindered progress. In India, for example, regulatory hurdles and content- distribution issues have kept down the numbers of satellite television subscribers even though the majority of the country's population is in rural areas, Gazdar says. China also imposes rules that make it difficult for the satellite industry to make strides.

Regulatory hurdles aside, one of the most powerful drivers for the satellite industry across the Asia-Pacific region is the booming interest in television programming, says Simon Twiston Davies, chief executive officer of the Hong Kong-based Cable and Satellite Broadcasting Association of Asia (CASBAA). Not only are Asian viewers demanding greater breadth in the kinds of channels they can watch -- and flocking to DTH satellite platforms to find it -- but there is growing demand in other parts of the world for content produced in Asia, Davies says. This interest is generating demand for transponder capacity to beam the programming to other continents.

"There are lots of expatriates who are paying significant premiums for tailored content" from their home countries, says Davies. "It's a sign of the maturity of the Asia-Pacific market" that locally produced material is in demand outside the Asia-Pacific region.

The buying habits of Asian consumers also are strong indicators that the market across the region is maturing rapidly, Davies says. "You see more digital televisions on sale [here] than in almost anywhere in the world," he says. "In Asia, there is a remarkable correlation between the size of apartments and the size of TV sets...people are obsessive about their TVs."

The DTH television business is proving to be especially significant for Malaysian satellite operator Measat Satellite Systems Sdn. Bhd. The Kuala Lumpur, Malaysia-based company hosts the Astro DTH platform and is working on expanding its DTH business in Indonesia, a potentially huge market for satellite TV service, says Paul Brown-Kenyon, chief operating officer of Measat. "This is good news for us. It is building on our existing business," he says.

Brown-Kenyon notes that the satellite TV business is particularly attractive to satellite operators because DTH suppliers typically are looking for long-term relationships with satellite operators and are willing to pay more to use satellites at optimal orbital slots or "neighborhoods." "DTH customers are the highest-quality customers to have," he says. "Once they are established, it is difficult for them to move."

Measat currently operates the Measat-1 and -2 satellites and soon plans to launch a new satellite, Measat-3. The company is confident it will remain busy providing transponder capacity for DTH, video-distribution and other services, and is not overly concerned that Asia will go through another sharp decline in the years to come and leave Measat with a glut of unused capacity, Brown-Kenyon adds. "The demand-supply balance is readjusting."

At Asiasat, too, officials are pleased with their strong role in Asia's growing DTH and video-distribution sectors. "TV will be the preeminent user of satellites for many years to come," says Jackson.

SingTel Optus Pty. Ltd. of Sydney, Australia, meanwhile, is awaiting delivery of a pair of new D-series satellites that will serve DTH customers in Australia and New Zealand. And New Skies Satellites BV of The Hague, Netherlands, markets its high-power NSS-6 satellite as an ideal platform for satellite TV services for the Asian market.

Jose del Rosario, senior analyst and regional director for the Asia- Pacific at Northern Sky Research in Manila, Philippines, says the strong demand for video services is likely to help healthier satellite operators maintain pricing for their transponders despite the oversupply problem that has kept lease rates under pressure throughout the region. "For applications that are key, such as video, prices have remained stable since customers are wary of signing contracts with smaller operators [whose] future is not seen to be that certain," he says in an e-mail message.

Although demand for satellite services in Asia has begun catching up with the transponder supply, the industry is continuing to operate in a low-price environment for satellite capacity. David Ball, vice president of Asia-Pacific operations for Wilton, CT-based Panamsat Corp., says many satellite users across the region have grown accustomed to the buyer's market that exists at many orbital slots. "Some customers are very cost sensitive. They look at premium capacity, but they are not willing to pay the premium," he says.

Ball says satellite operators should be more cautious than they have been about launching new satellites, and he suggested that the industry pay more attention to matching orbital slots with the most appropriate size of spacecraft. He predicted that the Asian satellite landscape will change somewhat during the next few years as some operators, particularly small, regional players, find the cost of investing in replacement satellites prohibitive and either consolidate with other operators or disappear altogether. In some cases, operators may stop short of combining with other firms and choose instead to jointly develop orbital slots as a way to share costs, Ball adds.

Jackson agrees that the issues that have hurt the satellite industry in Asia during the past few years, including overly optimistic demand forecasts that led to the launch of too many satellites and a resulting oversupply of transponder capacity, especially in Ku-band, remain a key concern. "The fact that there have been too many transponders out there will not change overnight," Jackson says.

He adds that Asiasat has worked hard to avoid engaging in price wars with other operators, but has not been able to entirely escape the trend. The company's strategy has been to stay away from long-term deals with customers interested in rock-bottom pricing.

One effect of the emphasis on low prices that has gripped some satellite operators and customers is that operators across the board are faced with customers who expect bargain rates and must be convinced that paying more is worthwhile. "Demand is picking up, but prices are lagging behind. You would think they would start going up," says Patrick Brant, president of Loral Skynet, operator of two satellites serving Asia, Telstar 10 and Telstar 18. Bedminster, NJ-based Skynet operates those satellites in cooperation with APT Satellite Co. Ltd. of Hong Kong, which refers to the spacecraft as Apstar 2R and Apstar 5.

Even as the satellite industry continues to rely heavily on the DTH and video-transmission businesses to bring in revenue, companies are finding other opportunities, particularly in less-developed areas with poor ground-based infrastructure. In the more advanced countries of East Asia, such as Japan, South Korea and China, demand for video services is likely to remain stable going forward, del Rosario says. Meanwhile, countries in Southeast Asia, such as Indonesia, can be expected to drive demand for satellite-broadband services as they strive to extend data-transmission capabilities to communities beyond the reach of terrestrial networks, he says.

Del Rosario adds that the new mobile broadcasting services being offered in Japan and South Korea by Mobile Broadcasting Corp. of Tokyo, could also turn out to be success stories.

Satellite operators in Asia are also benefiting from growing consumer demand for services that are at the core of the terrestrial communications business, such as cellular telephony, according to analysts and satellite operators. Mobile satellite phone operators had once hoped to build lucrative businesses supplying service to users who roam beyond the reach of ground-based cellular towers, but found that relatively few people were interested in acquiring specialized handsets or paying for satellite airtime. In place of satellite-based handsets, cellular networks are installing satellite-linked towers in remote areas, a concept known as cellular backhaul.

Cellular backhaul has helped Intelsat compensate for its declining business providing long-distance telephone service -- once the mainstay of the global satellite operator, says Wendt. "In many places the number of subscribers is still relatively small, but cellular operators [often] have obligations to reach" rural communities, she says. The prospects for growth look good, she adds, because cellular networks often represent the only feasible way to provide people in remote areas with phone service.

In addition to allowing the extension of cellular phone service to areas unserved by landlines, satellites enable cellular operators to add redundancy to their systems, adds Brant. Redundant connections via satellite can help cellular networks remain in service even when bad weather or other unavoidable conditions knock out land-based facilities.

Ball, who is based in Sydney, Australia, says Panamsat is increasingly supplying transponder capacity to help businesses extend data connectivity beyond areas where fiber and other ground-based networks are readily available. Today's advanced satellite modems, coupled with the heavy dependence by many companies on data-intensive services such as videoconferencing, have encouraged the development of on-demand networks that can quickly supply bandwidth but do not require users to accurately predetermine how much satellite capacity they will need, says Ball.

Asia also is proving attractive to mobile satellite operators, although satellite-based phone and data services remain a relatively small chunk of the overall satellite market in the region. Thuraya Satellite Telecommunications Co. is working with investors to finance its planned expansion to Asia, an effort that involves the deployment of another geostationary satellite, Yousef Al Sayed, Thuraya's chief executive officer, says in an e-mail message. Thuraya, of Abu Dhabi, United Arab Emirates, hopes to begin service by the fourth quarter of 2006, Al Sayed says. Thuraya currently serves customers in the Middle East, Africa and Europe.

Thuraya would join mobile-satellite firms including Iridium Satellite of Bethesda, MD; Globalstar of San Jose, CA; and London-based Inmarsat, which already have established businesses in Asia.

As in other parts of the world, demand for mobile-satellite services in Asia is being driven in large part by data applications, says Mans Lejeune, sales director for the Asia-Pacific market at Paris-based France Telecom Mobile Satellite Communications, a supplier of service from Inmarsat, Iridium and Thuraya. With prices on the decline, improving technology and the pending arrival of Thuraya in Asia, mobile satellite operators should see interest in their services expand, Lejeune predicts.

Sam Silverstein has been covering the commercial satellite industry since 1995. He is a freelance writer for Via Satellite.

[Copyright 2005 Access Intelligence, LLC. All rights reserved.]

четверг, 23 февраля 2012 г.

Security fears about wireless prove to be exaggerated.

Byline: Elise Ackerman

SAN JOSE, Calif. _ When Gunderson High School launched its wireless network this fall, some parents were alarmed. Would a hacker be able to break into student laptops? View sensitive information stored on district servers? Tamper with grades?

Cliff Herlth, the tech resource teacher, assured them the network was secure. Only certain computers with registered wireless cards could connect to it. To anyone who lacked the proper technical IDs, the school network was virtually invisible.

"The only way you could get on our network at all if you are not on the list is by plugging in," Herlth said. In other words, an electronic intruder would have to physically enter the school and connect to an Ethernet cable.

During the last few years, as wireless networks sprouted by the thousands in schools, shops, homes and workplaces, concern has grown that such "hotspots" present huge security risks. Stories spread about wackers _ malicious wireless hackers who specialize in burglarizing wireless networks _ and the futility of protecting one's machines.

In reality, computer security experts say that the security risks of wireless networks are no greater than those of regular networks _ provided that the wireless networks are properly configured, their users are authenticated and the data they carry is encrypted.

"There has been a little bit of an overhype of the security problem for a while," said Ken Dulaney, vice president of mobile computing at Gartner.

Still, properly securing a wireless network isn't as easy as just flipping a switch.

Most wireless access points for home users are equipped with a built-in data encryption scheme known wired equivalent privacy (WEP). By turning on WEP, a user can prevent data from being intercepted as it is moves through the public airwaves.

The problem is that WEP is relatively easy to crack, so security consultants like Erik Berls of Virtual11 recommend that users routinely change their WEP passwords, which function as encryption keys.

"If you rotate the WEP once a month, you are pretty much good," Berls says.

Meanwhile, a stronger encryption standard is being drafted by the Institute of Electrical and Electronics Engineers (IEEE), a professional organization that sets industry standards.

In addition to using WEP, another basic precaution users can take is to set up their network so that it only recognizes specific wireless cards. While this isn't foolproof _ the media access control, or MAC, address that identifies a card can be hijacked _ it can be enough to deter a casual wireless freeloader.

A separate issue is whether a stranger who is borrowing your bandwidth can also access your computer. Contrary to common belief, wireless networks do not make it easier for someone to compromise your computer if ordinary security measures are taken. "Basically, I liken plugging a laptop into a wireless network as the equivalent of plugging a laptop directly onto the Internet," Berls said.

To ward off hackers and viruses, users should install firewall and antivirus software on each computer that communicates with the hotspot and turn off the "Internet File and Printer Sharing" option in Windows. Relying on a firewall that is bundled with a router isn't enough protection if the wireless access point is inside the firewall and the computers themselves aren't loaded with security software.

User of Apple Computer machines can take the same steps, as well as turn on a stronger encryption standard that comes with their machines. The architecture of Apple computers also renders users less vulnerable to hackers and other disseminators of malicious code in general.

Berls says users who want to be extra-careful can install a virtual private network (VPN). These cryptographic data tunnels are popular with corporations who deploy wireless networks. Companies that sell VPNs include Cisco Systems, Symbol Technologies, Proxim, 3Com, Avaya, Bluesocket, ReefEdge and Vernier.

"If you use a wireless network with a VPN connection, it is as secured as wired," said Dan Francisco, a spokesman for Intel, which was installed wireless networks at all its major campuses worldwide.

But no network _ wired or wireless _ is secure if threats are disregarded. Peter Shipley, an independent security researcher who has extensively studied wireless networks in the San Francisco Bay Area, can tell horror stories about companies who broadcast sensitive information to the world. He estimates that about 30 percent of all local networks are vulnerable in one way or another. Most commonly they lack wireless encryption or other forms of access control such as a VPN or MAC address filtering, Shipley said.

"Security is an economic issue," he noted. "A lot of people don't invest the time to set things up properly."

At Gunderson, tech resource teacher Herlth says the biggest concern to the high school network appears to be rebellious teenagers who are trying to wander into areas where they are not supposed to be or downloading programs they are not supposed to have. But most of the would-be hackers don't really know what they are doing, he added. When Herlth caught one who showed technical promise, he made him his tech aide.

___

(c) 2003, San Jose Mercury News (San Jose, Calif.).

Visit MercuryNews.com, the World Wide Web site of the Mercury News, at http://www.mercurynews.com.

Distributed by Knight Ridder/Tribune Information Services.

AMEX PLANS TO BACK BLUE CASH WITH A LOT OF GREEN.(Brief Article)

American Express Co. today announced that it is launching a national advertising campaign to promote Blue Cash, an extension of Blue, its chip card. Blue Cash card holders can receive up to a 5% cash rebate on purchases, and the advertising campaign is to make sure prospective cardholders know about it ew York-based AmEx will air four different 15- and 30-second commercials on cable and broadcast television. The campaign's highlight will be a free concert by Sting at Chicago's Grant Park on Oct. 2. The concert, "Sting Live at the Blue 5," will be promoted on radio and the Internet, AmEx said in a news release. The actual cost of the campaign was not disclosed.

Copyright 2003 Thomson Media Inc. All Rights Reserved. http://www.thomsonmedia.com http://www.cardforum.com

среда, 22 февраля 2012 г.

Dimtec Selects Octoshape to Supply Digital Media Services to Alestra.

Octoshape announced that the company has been selected by Dimtec, a Mexican company specializing in digital media services, content delivery and telecommunications support, to be the primary provider of video delivery to Alestra's global streaming media audience.

Under the broad-ranging agreement, Dimtec will use Octoshape's throughput optimized video streaming services to provide flexibility, dynamic scalability and the optimal live and on demand viewing experiences.

"The developments coming out of Octoshape in the form of their Cloudmass and Multicast services truly change the game in the critical areas of scale, quality and cost for content delivery," said Mauricio Lozano, Dimtec's CEO. "We chose Octoshape to elevate our CDN to a previously unreachable level of performance and agility."

Octoshape services offer operators a content delivery approach that provides instant, scalable infrastructure, as needed, to support the best viewing experience at a fraction of the cost and resources of traditional fixed-network CDN efforts. Octoshape customers avoid unnecessary equipment spending and related operational costs while expanding their reach and boosting performance.

"Customers can employ our services to better meet their fast-evolving needs including web and IPTV-delivered video over best effort networks, while providing the intelligence to make the most out of current network infrastructure," said Scott Brown, U.S. General Manager for Octoshape.

Octoshape provides the technology required for content owners to deliver online video over best-effort public networks - and other shared resources - to the largest audiences and with the highest-quality viewing experience.

Dimtec's Smartcast solution is a Content Delivery Network service integrated with a Media Publishing System. Dimtec`s CDN allows content creators to deliver video, music, games, software, and other content to end-users in a way that bypasses congested public Internet.

((Comments on this story may be sent to newsdesk@closeupmedia.com))

NOKIA CORP-SPON ADR (NYSE:NOK), Down By 10.75% ($0.95) From $8.840 After BUYINS.NET Report Predicted Stock Would Go Down Due To Bearish Conditions.

M2 PRESSWIRE-March 17, 2011-BUYINS.NET: NOKIA CORP-SPON ADR (NYSE:NOK), Down By 10.75% ($0.95) From $8.840 After BUYINS.NET Report Predicted Stock Would Go Down Due To Bearish Conditions(C)1994-2011 M2 COMMUNICATIONS

RDATE:17032011

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At the time this story was written, NOKIA CORP-SPON ADR (NYSE:NOK) is Down By $0.95 (10.75%) since the BUYINS.NET report was released.

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NOKIA CORP-SPON ADR (NYSE:NOK) - Nokia Corporation manufactures and sells mobile devices, and provides Internet and digital mapping and navigation services worldwide. Its Devices & Services segment develops and manages a portfolio of mobile devices, such as mobile phones, smartphones, and mobile computers; services; applications; and content. It also offers Internet services focusing on music, navigation, media, and messaging, as well as on the tools that enable developers to create applications under the Ovi brand name. The companys NAVTEQ segment provides various digital map information and related location-based content and services to mobile device and handset manufacturers, automobile manufacturers and dealers, navigation systems manufacturers, software developers, Internet portals, parcel and overnight delivery services companies, and governmental and quasi-governmental entities. Its map database enables its customers to offer advanced driver assistance systems, dynamic navigation, route planning, location-based services, and other geographic information-based products and services to consumer and commercial users. Its Nokia Siemens Networks segment provides mobile and fixed network solutions and related services to operators and service providers. This segment offers various business solutions, such as consulting and systems integration; network and service management, and charging and billing software; and subscriber database management. It also provides managed services, such as network planning, optimization, and network operations; software and hardware maintenance, proactive, and multi-vendor care, as well as competence development services; and project management, turnkey implementations, and energy efficient sites. In addition, this segment offers fixed and mobile network infrastructure, including Flexi base stations, optical transport systems, and broadband access equipment, as well as network solutions. Nokia Corporation was founded in 1865 and is based in Espoo, Finland.

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-Finnish Digia acquires Nokia's Qt licensing business.

INTERNET BUSINESS NEWS-(C)1995-2011 M2 COMMUNICATIONS

7 March 2011 - Finnish IT company Digia Oyj (HEL:DIG1V) signed today an agreement with mobile-phone major Nokia Oyj (HEL:NOK1V) to acquire the commercial licensing and service business related to Nokia's Qt technology.

The value of the deal was not disclosed.

Nokia will continue to develop the Qt technology, while Digia will be responsible for its commercial licensing and service business. The transfer, which will cover 3,500 commercial Qt customers, is expected to take place by the end of March.

Qt is a cross-platform application framework that is widely used for developing application software with a graphical user interface (GUI).

In connection with the deal, Digia will employ 19 persons from Nokia in Oslo and in Silicon Valley in the USA. Digia will also set up two subsidiaries, Digia Norway AS and Digia USA Inc.

The transaction is expected to have neutral effect on Digia's earnings in 2011 due to takeover costs and deferred sales, the Finnish company said.

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