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December 29, 2006

Net Neutrality Safe For Two Years

Note:  Nice Read Rich.  Well I am glad the consumers got some pretty nice concessions from the AT&T merger with Bell South.  No one know what affects it will have us going forward?  I guess Ma Bell is back on duty.

"Yesterday I wrote about ensuring net neutrality and just to show you how fluid the telecom market is, today AT&T may have ensured net neutrality for all of us last night. Well at least for 24 months. The company made a number of concessions to the FCC in order to complete their merger with BellSouth. Some of the concessions have to do with freezing prices on enterprise broadband services and giving up wireless spectrum. Other concessions are more important – selling high-speed internet service without the need to buy phone service. This is often called naked DSL." 

Click Here to the Full Article 

Linux based Motorola A910 Wireless Handset Given "Green Light"

Note:  Sweet little linux based device.

Federal Communications Commission (FCC) has given Motorola’s Moto A910, the green signal. The phone features a Linux-Java operating system and boasts WiFi connectivity over UMA. According to the company, the A910 is loaded with a 1.3 megapixel camera and Lumi-LED Flash technology.

Motorola claims that the phone offers calendars, contacts and e-mail applications for the business consumers. The A910 supports streaming video, and offers a TransFlash memory card slot as well. The phone also features Bluetooth, a mini-USB headset jack and MotoSync software.
 
Source:  SDA Asia

Son of WiMax: the IEEE tries to clean up its committees

As the WiMax hype machine moves into high gear ahead of next month's 802.20 working group meeting in London, UK, workers on the various wireless standards are anxious to calm down negative reports about the problems they might have on making this family of wireless work in true mobile fashion.

One of the problems facing WiMax is that Intel - a major sponsor - wants to see it used on the move, at high speed in moving vehicles, not just in coffee shop hotspots. Unfortunately, the WiMax standard, 802.16d doesn't cover moving nodes, and the mobile version, 802.16e, has issues with rapid hand-off from cell to cell.

One possible solution to the hand-off problem is the 802.20 standard proposal. The credibility of that proposal has bene under something of a cloud, partly for technical reasons (many engineers remain sceptical about it) but mainly for political reasons.

The politics got so bad that at one point, the IEEE actually suspended the committee that was working on the standard.

Exactly what happened, is in dispute. The official IEEE magazine went on the record with a full analysis which makes ugly reading. However, the committee is now back in action, and due to meet in London - and is hoping to redeem its reputation.

Little of what has been written by outside commentators has pleased the members. For example, the IEEE magazine, The Institute, wrote:

The working group, IEEE 802.20, was formed in 2003 as an offshoot of the IEEE 802.16 standard activity, often referred to as WiMax, the technology enabling fixed wireless broadband access as an alternative to cable and DSL. The proposed IEEE 802.20 standard would do that but with a twist: it would support broadband wireless for laptop computers and other devices used in fast-moving vehicles such as cars and trains.

It turns out that this is one possible interpretation of events. Committee members find it misleading. They also feel aggrieved at the number of reports of the suspension of the committee and the excessive excitement over the sorry details of how, and why, the committee was suspended.

The sorry details are, indeed, simply summarised. To quote The Institute again:

Intel, Kyocera, Motorola, Qualcomm, and other giants with stakes in the market all had representatives on the new working group, which numbered roughly 175 people. Members of working groups are expected to vote as individuals and not represent their companies’ interests.

But charges flew from the very beginning that members’ votes were driven by company loyalties. A disputed 2003 election of officers for the group led to allegations that consultants who had failed to disclose their affiliations with major industry players had participated.

In the third quarter of 2005, individuals affiliated with Intel and others feared that the group’s decision to cut the technology submission phase from six months to one month would not allow them sufficient time to prepare their proposals. What’s more, when they tried to get the group to consider their proposals they were repeatedly voted down.

Click Here to Continue Reading 

December 28, 2006

Asterisk Becomes An Appliance

Note:  I am going to download and see if it delivers. 
 
While Asterisk has been available for several years, getting a working system configured was somewhat challenging for folks with limited technical abilities or those not comfortable in the Linux environment. While Asterisk seemed interesting, for many, the learning curve seemed too challenging. As a result, Asterisk has not had much of an impact on mainstream IP Telephony. AsteriskNOW may change that fact in a significant way.
As described on the AsteriskNOW website:

AsteriskNOW is a Software Appliance; a customized Linux distribution that includes Asterisk, the Asterisk GUI, and all other software needed for an Asterisk system. The most popular open source IP PBX software, Asterisk, can now be easily configured with a graphical interface. AsteriskNOW includes all the Linux components necessary to run, debug and build Asterisk, and only those components, so installation is easy. You no longer have to worry about kernel versions and package dependencies. Unlike other Linux distributions used to deploy Asterisk, no unnecessary components that might compromise security or performance are included.”
 

Om Malik: Bankruptcies Come To VoIP

Note:  Om has a nice little comment piece about VoIP Bankruptcies.  He is right on about the basics of making an actual profit comes into play.  If you do not grow at a rate that you actually covers your overhead and make a profit then you are doomed to failure unless you are a non-profit.  Even then you still need to cover your costs.  I think we will see quite a few more burnouts in 2007.

December 27, 2006

A Closer Look at VoIP in the Enterprise

Note:  They make a nice case study for VoIP in general.  A good read for anyone at the enterprise level that would like to learn more and read about some other large scale deployments using VoIP.

Is VoIP reliable? Scalable? Ready for prime time? For the answer, you only need to look at the raft of ambitious enterprise VoIP projects -- with multiple-thousands of phones -- announced in recent months, or the latest telephony market research, which shows VoIP outselling digital PBX lines for the first time.

"IP telephony has gone mainstream," says VoIP analyst Brian Riggs, of Current Analysis. "There's no doubt about it."

Planned and ongoing VoIP rollouts at Bank of America, The New York Times Co., Amazon.com, Chicago public schools, University of Pittsburgh Medical Center and dozens of other enterprises all point to the acceptance of VoIP as the new standard for business telephone and messaging systems, analysts and users say.

Not that telecom professionals are entirely abandoning more than 50 years of digital PBX technology. Many are mixing IP and time division multiplexing TDM technologies for now as they wean employees off of the old phone equipment.

Call VoIP King

The shift in market dominance from TDM to IP really became apparent in the first quarter of 2006, according to research firm Synergy Research Group. Two years ago, only a third of business phone system lines were IP, but by this year's third quarter, more than 60% were. (Enterprises have spent $7.7 billion on telephony in the first three quarters of 2006, according to Synergy).

So what has prompted the shift?

"What changed over the past few years is that nothing changed," Riggs says. Products from companies such as 3com, Avaya, Cisco and Nortel have matured, not undergoing the disruptive changes seen in the early 2000s. Many of the questions regarding feature sets, stability and quality have been addressed, he adds.

IP telephony products and standards are at the point where some organizations are even comfortable with open source technology.

Amazon.com announced earlier this year that it is deploying the Pingtel SIPxchange Enterprise Communications System, an open source IP PBX, based on Linux servers and SIP phones, to support thousands of users at its Seattle headquarters. Separately, Sam Houston State University in Texas and the Southern Co. are going live with the open source Asterisk VoIP platform, in enterprisewide rollouts and in small-pocket deployments.

"We have a lot more peace of mind with the open source system," says Aaron Daniel, senior voice analyst, Sam Houston State University.

Following the Leader

Many companies now embarking on IP telephony projects are following the lead of early adopters, such as Bank of America, which in 2004 announced plans to deploy 180,000 IP phones to all of its U.S. retail branches and offices.
 
 

FCC Sides with Verizon & AT&T and Votes to Strip Local Communities of Control Over Cable Franchising

Note:  This is not a good decision at all.  People should be aware that there are some interests in the Communications industry that are really trying to rewrite how "public interest" is handled.  If you agree or disagree please call your local representative and tell them how you feel.  If you don't express your opinion now there will be alot of "closed door" decisions that are being made that you will not have a chance to weigh in on.

"The Federal Communications Commission has agreed to change cable franchising laws so that local communities have less control over incoming pay-television providers.

The vote was pushed for by the telecom giants Verizon and AT&T. The measure was passed by a three to two vote -- with Democratic commissioners, Michael Copps and Jonathan Adelstein dissenting.  Critics of the FCC's decision are already planning a court challenge."

Click Here to Read Amy Goodman's Interview Transcript 

 

Jefferson Parish, LA is looking for wireless Internet provider

Note:  I really like what they have done with this paper (Times Picayune). After Katrina they really got hit hard and had limited resoures.  They have now pulled it all together and have really been the ear to the street on the happenings in New Orleans and greater Louisiana.

Jefferson Parish started casting around this week for a company to build a wireless Internet network around the parish by using public buildings in exchange for providing government with free or reduced-rate service.

The wireless operator would rig up the equipment at its own cost and recoup the money by finding subscribers for its service, according to Ridley Boudreaux, Jefferson's director of electronic information systems.

 

The company would have access to the rooftops of government buildings, light poles and other public resources, and in return it would pay a monthly fee or provide wireless service to local governments free or at a reduced rate.

The connection would be a relatively slow 140 kilobits per second -- about twice as fast as a typical dial-up connection -- but Boudreaux said consumers might be able to pay a fee for a faster speed, as they do in the New Orleans municipal wireless system.

Jefferson political leaders hailed the service as a way to promote business growth at a time when the region is still rebounding from Hurricane Katrina. They said it also could help Jefferson emergency workers stay in touch during a major storm after other forms of communication have failed.

"This is an incremental step we can take that modernizes our parish," Parish President Aaron Broussard said. "It is a positive step towards improved technology in Jefferson Parish that will be heralded by the business community and the general populace."

Click Here to Continue Reading 

Baltimore Sues Vonage For Phone Tax

The city is suing Internet phone service provide Vonage to collect a telephone excise tax, although Vonage claims it does not have to pay the levy.  In 2004, Baltimore, as part of a deficit reduction plan, imposed a $3.50 monthly tax on phone lines. The city says in the lawsuit that the tax also applies to Internet-base phone service offered by Vonage and others.
"The service that Vonage is providing clearly fits the definition of a telecommunications line," said Joshua N. Auerbach, an assistant solicitor.

A telecommunications line is defined as a wired or wireless connection, identifiable by a unique telephone number, to an exchange, wireless or other telecommunications service, according to Baltimore's city code. New Jersey-based Vonage has argued that it offers an information service, not a telecommunications service, according to the suit.

 

 

But Vonage, which is based in New Jersey, says it offers not a telecommunications service, but an information service.

 

 

Brooke Schulz, a spokeswoman for Vonage, said the company will fight the lawsuit, which seeks back taxes, interest and a 10 percent penalty payment.

 

 

Auerbach said it is not known how many customers Vonage has in Baltimore.

 

 

In July, Maryland's Tax Court ruled that Baltimore and Montgomery County did not overstep their authority by imposing telecommunication taxes.
 
Source: WTOP 

Integrics releases Enswitch 2.4 PBX Solution

 

Integrics are pleased to announce the release of Enswitch 2.4, a  complete integrated solution for commercial telephony services such as:

* Full featured hosted PBX.
* Onsite PBX to install at customers' sites.
* ITSP (Internet Telephony Service Provider) services.
* Calling cards.
* Call shops.
* Toll-free and number translation services.
* Much more.

Enswitch is in production today on systems from tens of users on single machines to tens of thousands of users on redundant/failover clusters. More details, including links to the full list of features and a working demo of the web interface, are at:

http://integrics.com/products/enswitch/


2.4 is the largest update ever, reflecting the growing number of systems in production. New features include:

- Queues and ACD. Unlike vanilla Asterisk, calls can be queued across multiple Asterisk machines, with the machines voting on which call gets forwarded to an agent next. Should one machine crash, calls on other machines are moved up the queue. Agents can be on SIP or IAX phones, SIP URIs, or external numbers.

- Optional IAX client support.

- Support for telephones in different area codes. Telephones can dial local numbers in their area code without having to dial the long distance prefix.

- Call volume statistics to help system owners manage system growth.

- Extension mobility, where one telephone can be logged in on top of another telephone.

- Support for European style DDI extensions, where calls can come in from the PSTN with an extension appended.

- New user type for voicemail only users.

- The ability to search customers and numbers.

- Bulk change the peer used for routes.

- Charges attached to customer accounts can now be quarterly or annual as well as monthly.

- Many smaller changes based on customer feedback.

Asterisk 1.4.0 Released

Note:  Hope everyone had a wonderful holidays. 
 
The Asterisk Development Team is pleased to announce the first release in the Asterisk 1.4 series, Asterisk 1.4.0!

As previously announced, this release contains a large number of new features over the 1.2 series; see the CHANGES file in the distribution for the complete list. Before installing this release, be sure to read the UPGRADE.txt file as well, to be aware of changes that were made that will require you to change configuration files or dialplan entries.

Along with Asterisk, Asterisk-Addons, Zaptel and libpri were also released as 1.4.0 versions.

As usual, the release files are available on the ftp.digium.com servers via FTP and HTTP, and have been signed with GPG keys to ensure their authenticity.

The team thanks you for your support of Asterisk; more than half of the new functionality in this release was developed by community members!

December 22, 2006

Don’t fall for these methods of VoIP abuse

Note: Interesting little article I found about VoIP abuse and spamming.

Voice over IP (VoIP) technology provides many advantages to companies and individuals over both traditional telephone services and traditional IP communications. But, like other technologies, it also brings with it the potential for abuse. And as more people implement VoIP, we can also expect more frequent exploitation of this potential.

One growing concern is the possibility that unwanted VoIP advertising messages — often referred to as spam over Internet telephony, or SPIT — will overwhelm IP voice systems, much as email spam has overwhelmed email messaging systems. Over the years, spam has reduced much of the functionality of email — dozens, hundreds, and even thousands of unwanted email messages clogging up servers and users’ inboxes to the point of driving many users away from email entirely.

While SPIT hasn’t yet become a major problem, experts anticipate that it could do so in the future, as the increasing popularity of VoIP makes it a more attractive target. Let’s look at the potential misuses of VoIP and discuss how you can fight back.

How SPIT works
We’ve long had to deal with annoying telemarketers on our landlines, so how is SPIT different? The problem is that a VoIP line isn’t just a telephone number — it’s also an IP address.

Auto-diallers used by traditional telephone advertisers must dial each phone number separately. But VoIP spammers can do their dirty work much more efficiently: They can harvest a large number of IP addresses, record an advertising message, and then send the message to hundreds or thousands of VoIP voice mail boxes all at once in bulk — just like email spammers.

In addition, it’s more difficult to track the origin of VoIP calls vs. public switched telephone network (PSTN) calls, so spammers who are also scammers are harder to catch. And using a VoIP line, the spammer can call from anywhere in the world at a much lower cost than using traditional phone lines.

Why PSTN users aren’t safe either
Of course, spammers using VoIP can also make calls to PSTN numbers, so the SPIT phenomenon poses a risk not just to VoIP users themselves, but to all telephone customers. In fact, VoIP users may actually be able to protect themselves more easily than PSTN users since VoIP services usually include free voice mail, caller ID, and other features that you may have to pay extra for with a PSTN line.

One danger of SPIT, for both VoIP and PSTN call recipients, is the possibility of flooding voice mailboxes with spam messages. Full voice mail boxes prevent legitimate callers from leaving messages, resulting in voice mail denial of service (DoS). With the potential to create much larger file sizes than email text spam, audio messages can take up a lot more storage space and overwhelm systems more quickly.

But SPIT isn’t just about leaving messages — it’s also about making live calls. Because of the difficulty of tracing these callers and the low cost to make the calls, it’s a good possibility that phishers will latch onto VoIP to perpetuate their scams. Many people are more likely to trust a phone call claiming to be from a bank or credit card company than an email message, so this is another potential misuse of VoIP.

Of course, you can use features already included with most VoIP accounts to help control spam and phone phishing. For example, you can reject all messages that don’t provide caller ID information.

The bad news is that it’s possible to spoof caller ID to make a call look as if it’s coming from a different source. In fact, caller ID spoofing is another misuse of VoIP that will benefit not just spammers but other malicious callers as well.

How caller ID spoofing works
Spoofing caller ID information has been possible for years, but it’s much easier and less expensive to do it with VoIP. In fact, you don’t even have to have a voice line yourself to take advantage of it.

Numerous websites offer fake caller ID services. At least one company offers a £5 “calling card” that you can use to dial a toll-free number, enter the number you want to call, and enter the caller ID info you want to display. In addition, instructions for spoofing caller ID information using a Linux computer running Asterisk PBX software are readily available on the Web.

Caller ID spoofing is particularly troubling because some credit card companies and banks rely on caller ID information to verify customers’ identities. Spammers and scammers can also use it to disguise their identities. And since some systems will automatically allow voice mail access if you call from the phone number associated with the voice mail box, unauthorised persons can also use spoofed caller ID information to listen to someone else’s voice mail.

What you can do about it
The good news is that VoIP spam, like email spam, will likely conform to certain patterns that systems can recognise, analyse, and filter. The technology also makes it possible to block calls from specific numbers or IP addresses.

It’s likely that if — or really, when — SPIT becomes a problem, software companies will rush to offer solutions just as they have for email spam. In fact, a number of companies are already working on it.

Qovia, which makes enterprise-level VoIP management utilities, filed patent applications in 2004 for technology that would identify and block VoIP spam. And companies such as BorderWare offer SIP-aware proxies and firewalls designed to protect VoIP sessions against SPIT, caller ID spoofing, and other VoIP abuse.

Summary
VoIP can save organisations money and make calling more convenient, but like any other technology, it’s bound to attract abuse and misuse. The bad news is that you don’t even have to be a VoIP user to be a victim of VoIP misuse. The good news is that there are ways to thwart VoIP spam, caller ID spoofing, and other misuses of VoIP technology.

Source: VoIP Abuse 

Nanoradio and LG Innotek Partner to Build Low Power WiFi Technology

LG Innotek and Nanoradio announce that they have joined forces to bring low power WiFi technology to the global consumer multimedia and mobile phone market. The first application to result from the partnership is a wireless WiFi Network Camera for use in security monitoring and surveillance system. The two companies will also introduce an integrated low power WiFi System in Package solution for mobile phones during Q2 2007.

This will enable LGIT to compete and sell a unique WiFi SiP on the global market. The development of wireless network cameras is opening up new opportunities such as monitoring homes and small offices via the Internet, and the partnership between LGIT and Nanoradio is aimed at helping to meet the anticipated increase in demand for WiFi-based surveillance.

The network camera is already being used by a customer in a WiFi monitoring system that has been designed for resident and enterprise users in Europe. Fixed-mobile convergence (FMC) using dual mode cellular/WiFi handsets is set to be a rapidly developing market during 2007, and low power WiFi modules are a critical enabling technology for this application.

The partnership takes advantage of combining LGIT's expertise in providing module products to the wireless market and Nanoradio's background as a fabless semiconductor company specialised in producing chipset solutions for WiFi applications. The LGIT WiFi SiP based on Nanoradio NRX700 WiFi chipset will be targeted at Tier 1 mobile phone manufacturers. The Nanoradio NRX700 WiFi chipset offer fully tested 802.11b,g functionality, featuring ultra-low power consumption (0.3mW in WLAN standby mode) and on-chip power management, Bluetooth co-existence, FMCA/UMA compliance and support for both hosted and embedded solutions.

The power amplifier (PA) and cellular RF filter are both built in, and no external components are required. Another major advantage is an optimised algorithm for data, voice and Hi-Fi stereo audio. "Our R&D and Marketing teams have selected the Nanoradio WiFi solution after an extensive benchmarking programme that compared a number of similar products," said Mr JS Park, CTO of LGIT.

"The Nanoradio subsystem is the best in its class, and provides all the key features we were looking for, both for our immediate requirement and for moving forward with our roadmap." Pär Bergsten, CEO of Nanoradio, commented, "We are proud that a major component supplier such as LG Innotek has selected us as their WiFi chipset provider. LGIT is a well established global manufacturer of wireless components and complements perfectly our RF system-in-package expertise."

Availability LGIT Wireless WiFi Network Camera

The WiFi Network camera sub system will be available in the market in Q1 2007.

For more information please contact:

Daniel HG Kim (hgkim@lginnotek.com), General Manager of Sales & Marketing at LGIT.

Big WiMAX IPOs Are On the Way

Let the WiMAX gold rush begin. On Dec. 18 and 19, two wireless upstarts -- NextWave and Clearwire -- filed to go public with the Securities & Exchange Commission. Based on their S-1 forms, both companies hope to make their fortunes on WiMAX, a broadband Relevant Products/Services-wireless technology expected to start making significant inroads in the telecom market next year.
Market researcher Gartner Dataquest expects the North American WiMAX services market to swell from 30,000 connections in 2006 to 21.2 million by 2011.

What's the appeal of WiMAX? The wireless technology could provide consumers with a new source of high-speed broadband services, threatening to displace digital subscriber lines (DSL), cable modems, and today's slower cellular and Wi-Fi services. For WiMAX operators, product suppliers, and software vendors, the technology represents a huge opportunity to shake up the telecom market -- one that Clearwire and NextWave are hoping investors will be quick to appreciate.

Strong Investor Appetite

But will investors snap up Clearwire and NextWave's offerings? The answer could differ by company, even though, at first glance, the two outfits appear to be very similar: Both are swimming in operating losses. (Appropriately, NextWave plans to trade under the symbol WAVE) And both hope eventually to make their money, at least in part, from building out WiMAX networks.

The two companies also expect to go public in early 2007, capitalizing on a revival of the tech initial public offering market, the strongest it's been since year 2000, says IPO expert Tom Taulli. On Sept. 21, wireless broadband gear maker Riverbed Technology priced above its expected range, and the company's shares have rallied 210% since, to $30.19, indicating strong investor appetite for wireless broadband-related stocks.

Yet Clearwire's shares, expected to be listed under symbol CLWR, might receive a different reception, and attract very different investors, than NextWave. One reason: Clearwire has A-list investors: chipmaker Intel and cell phone manufacturer Motorola. It also has legendary telecom executive Craig McCaw at the helm. "There's a natural comfort that comes with the fact that Intel and Motorola are interested, and McCaw runs it," says Michael Mahoney, managing director at EGM Capital hedge funds in San Francisco. Years ago, McCaw cobbled together the U.S.'s first nationwide cellular empire, which he sold to old AT&T for $11.5 billion in 1994.

Spectrum Speculators?

How much Clearwire could raise in an IPO is yet unclear. Some estimates suggest the figure could be around $400 million. Clearwire, which originally planned to go public earlier this year but withdrew its application due to adverse IPO market conditions, already has 188,000 subscribers, up from 1,000 users in 2004. Its network is deployed in 34 markets in the U.S. and in certain locales abroad. And it has $1.25 billion in cash, equivalents, and short-term investments, according to documents filed with the SEC. Clearwire officials did not respond to requests for an interview.
 

New astGUIclient VICIDIAL Release: 2.0.2

Note: Matt Florell posted about the new release of the astGUI Client 
 
astGUI 2.0.2 client suite runs on most modern web browsers on almost any GUI-capable operating system, and it includes the astGUIclient client-side web app which extends your phone's functionality and the VICIDIAL call center suite. This package is free and GPL. (the suite is not an asterisk configuration tool) This package is geared towards Asterisk installations with SIP,IAX or Zap phones and Zaptel, IAX or SIP trunks.

For this release, we have made many changes on the server side, including changing logging from AGI to FastAGI which can cut system load in half on busy VICIDIAL systems. We have also tested the suite on Asterisk versions through 1.2.14 (cannot use 1.2.11 or 1.2.12 because of Asterisk bugs).

All client web-apps and administration pages are available in English, Spanish, Greek and German, with translations of French, Polish, Italian, Portuguese and Brazillian Portuguese for the client web-apps only.

Check out the project blog for more information:

http://astguiclient.blogspot.com

Click Here for Download: 
http://astguiclient.sf.net/

December 21, 2006

Kinmirai Tsuushin IP Telephony Company declared bust

Note:  This is the follow up for the VoIP fraud story from Japan we reported on in November.  It looks like the Japanese courts have declared the IP Telephony Co. bankrupt.  About 3,000 investors had over 40 Billion Yen ($337 million dollars) taken away in this scheme.  Here is the updated Article:

"The Tokyo District Court on Wednesday declared both Kinmirai Tsuushin Inc. and its president, Masaru Ishii, bankrupt after the firm, which claimed to provide Internet telephony services, came under investigation on suspicion of defrauding investors.

The court appointed lawyer Ginjiro Suzuki as administrator to supervise the bankruptcy procedures. The amount of debts left behind by Kinmirai Tsuushin is unknown. The administrator will hold a meeting on May 30 at the courthouse to brief creditors on the current state of the company's remaining assets.

Kinmirai Tsuushin is suspected of defrauding some 3,000 individual and corporate investors out of 40 billion yen by promising to pay lucrative dividends on the basis of its nonexistent Internet telephony operations." 

The Metropolitan Police Department began questioning Kinmirai Tsuushin executives earlier this week over the alleged fraud, investigative sources said.

Ishii is now abroad, they said.

On Dec. 7, a real estate company, one of the 3,000 investors, asked the court to declare Kinmirai Tsuushin bankrupt. The real estate company had invested 55 million yen in response to Kinmirai Tsuushin's solicitation of investments.

Lawyer Masaki Kito, chief of a group of lawyers representing Kinmirai Tsuushin investors mainly from the Tokyo area, told reporters the group has received letters from some 500 investors in which they asked the lawyers to represent them against the company.

Kito said other groups of lawyers are also being organized to represent victims of the firm's alleged fraud in areas other than Tokyo.

"The court decision is appropriate and, for the investors victimized by the firm's systematic fraudulent activities, it is only the starting point for them to recover their losses," he said.

"We will provide utmost cooperation to the administrator and make efforts to speedily recover the assets that are threatening to be dissipated and lost, so we can make sure that dividends be returned to victimized people," Kito said.

Internal Affairs and Communications Ministry investigators on Nov. 27 raided the head office and determined the firm effectively had not provided any telecommunications services.

Source: Japan Times 

In-Stat Reports 7.9 % of U.S. Households Use VoIP

 

Editor's Note: In-Stat reports that 7.9% percent of there geeks in denial are using some form of VoIP communication.  Other than the fact that major telcos have been using VoIP for call transportation on long distance for some time.  This is good news, sooner we can all get to VoIP then maybe we will see a big push of Quality of Service (QoS) hardware deployed at the Telecos with some sort of interface we can use.  In the end what I would like to see is some sort of major support of a QoS protocol so that maybe people in the US to start could have toll quality VoIP calls.  Here is the In-Stat's VoIP usage report:

"Voice over Internet Protocol (VoIP) continues to gain users in the residential telephone service market, according to In-Stat (http://www.in-stat.com). According to data from the high-tech market research firm’s newly launched Residential VoIP Tracker Service, more than 9 million US households now have at least one active VoIP user, with many households reporting the use of more than one VoIP service." 

The firm’s new service utilizes a combination of end-user research and market analysis to estimate usage and market share among all of the major service providers, both facilities-based providers like Vonage and client-based providers like Skype, on an ongoing basis. Recent research from the service also revealed that:

  • Vonage and Time Warner Cable continue neck-and-neck among facilities-based VoIP subscribers with an estimated 1.7 million and 1.6 million active households respectively.
  • Skype continues to dominate among client-based VoIP services with 2.1 million active households, while Microsoft gained more than 1.1 million active households as of the end of Q3.
  • In a recent survey, 49 % of current residential VoIP users reported that they had discontinued a traditional (non-VoIP) phone service when they got their VoIP services, including nearly 12 percent of respondents who report that their only VoIP service is client-based. This suggests that the rapid growth of users for client-based services like Skype and Yahoo! Messenger with Voice is also having an impact on incumbent service providers.
  • Half of users report using their residential VoIP service either in part or in whole for business purposes, including more than 40 % of client-based VoIP users.

About In-Stat’s US Residential Voice-Over IP Market Dynamics and Market Tracker service:

This service relies on a combination of quarterly end-user surveys and ongoing analysis of activities by major VoIP service providers and provides the following benefits:

  • Tracks residential usage of both facilities-based (e.g., Vonage, AT&T CallVantage) and client-based (e.g., Skype, Windows Live Messenger) VoIP services, including subscribers, users, households, and market share (approximately top 20 VoIP service providers overall)
  • Provides quarterly snapshot of usage patterns and trends including number of calls, length of calls, international calling, business versus personal calling, monthly spend, user satisfaction, intent to churn
  • Examines trends in current and planned use of VoIP peripherals (e.g., USB phones, wireless headsets, Web cams)
  • Includes updates on recent strategic moves by key market participants (e.g., launch of AOL Phoneline and comparison of its open API and developer program with Skype strategy)

For additional information, please visit: http://www.instat.com/abstracts/voip_tracker.asp

Litepoint Releases Updated Tri-Band WiMax Frequency Tester

LitePoint Corporation, a provider of advanced wireless test solutions, announces the release of the tri-band version of the IQmax one-box test system. In addition to the 3.3 to 3.8GHz band already supported by the single-band version of the instrument (introduced last May), the IQmax Test System now supports testing fixed and mobile WiMAX products in the 2.15 to 2.7 GHz and 4.9 to 6.0 GHz bands as well as optional test support for WiFi and Bluetooth products.

Based on an integrated Vector Signal Analyzer (VSA) and Vector Signal Generator (VSG) architecture, the single-box IQmax Test System can test critical WiMAX physical layer parameters for developers, volume manufacturing and quality assurance (QA) at the lowest possible cost. This one-box instrument meets all international WiMAX development, production, and QA test needs for both fixed (16d) and mobile (16e) as well as optional WiFi and Bluetooth and it’s software upgradeable to easily address any future needs.

“With this latest product upgrade, our customers can now apply the powerful capabilities of the IQmax Test System to test any WiMAX, WiFi, Bluetooth or combination products where multiple wireless standards are used. This once again demonstrates the flexibility of the one-box test solutions from LitePoint and shows our continued commitment to our customers to provide the lowest cost-of-test development and manufacturing test solutions in the market,” said Greg Ravenscroft, President / Advanced Development at LitePoint Corporation. Mr. Ravenscroft continued, “After pioneering advanced WiFi, MIMO, and Bluetooth test solutions, LitePoint now also offers similar testing capabilities for all fixed and mobile WiMAX products.”

The IQmax Test System supports the IEEE 802.16e-2005 / WirelessMAN OFDMA (mobile WiMAX) and 802.16-2004 / WirelessMAN OFDM (fixed WiMAX) physical layer standards including all bandwidth and data rate options. The WiFi option adds support for IEEE 802.11a/b/g/n and Bluetooth 1.1/1.2/2.0 + EDR.

Included with the IQmax Test System is the intuitive and richly featured IQsignal Analysis Suite. This GUI-driven software presents the user with all IQmax instrument set-up, control and analysis functions needed to measure the performance of a Device-Under-Test (DUT). With this tool, many analysis functions are available including time domain RF and I&Q graphs, frequency spectrogram, power spectral density, constellation diagrams, EVM per symbol or subcarriers and peak, average power levels and many other functions.

The software is capable to do automatic detection of most critical signal parameters – including bandwidth, rate ID, cyclic prefix, 16e burst map, etc. – simplifying capture and analysis of complex WiMAX waveforms.

To support automated laboratory and manufacturing floor testing, a C++ compatible API is included with the IQmax Test System which enables fast testing with limited user-interaction.

IQmax supports WiMAX IQfact production test programs. IQfact test programs feature chip specific production tests, test limits, chipset test driver and test executive enabling very fast time to production reducing engineering development by as much as 6 months. Check with LitePoint for a complete list of supported chipsets.

The IQmax Test System is software upgradeable for easy transition to future enhancements of the WiMAX standard or software feature enhancements and product upgrades.

The IQmax Test System is available now. Two product configurations are available, optimized for either R&D (IQmax-500) or Manufacturing (IQmax-100) test applications. Contact LitePoint for a demonstration of the IQmax Test Solution at +1 408 456 5000 / email: sales@litepoint.com or your local LitePoint Distributor at: www.litepoint.com/company/contact.php

LitePoint is a member of the WiMAX Forum.

December 20, 2006

Save The Internet - Net Neutrality Video

Note:  Spread the Word. 

Click Here to See the "Save the Internet" Video 

 

Multi-Tech Announces Cellular Bridge to PBXs

With cellular phones being a necessity in most businesses, it is common for employees to use them to call each other at no charge depending on the cell plan used. It is just as common for headquarters personnel to make and receive calls to those same cell phones using the PSTN at considerable charges both ways.

A new Multi-Tech CallFinder CDMA cellular gateway connected to a company's PBX and CDMA network can turn those expensive headquarter calls into no-charge calls.

The newly announced CallFinder CDMA cellular gateway from Multi-Tech Systems, Inc., a leading data communications and telecommunications technology company based in suburban Minneapolis, enables businesses to take advantage of lower cost wireless networks by allowing calls between cellular phones and headquarters to use wireless networks instead of land lines. By connecting to a PBX trunk line or PBX extension and routing incoming and outgoing calls through a CDMA wireless network, the CallFinder CDMA Model CF100FX2-C will not only save on telecommunications cost but can also add functionality and efficiency.

"Besides providing toll-free calling between headquarters and cell phones in the field, the CallFinder CDMA can also provide back-up communications including emergency 911 service in the event of central office PSTN failure," states Chip Harleman, Vice President of Sales and Marketing for Multi-Tech Systems, Inc. "The CallFinder CDMA can also connect to an analog phone to serve as the primary voice network for small remote offices or other locations that do not have a land line infrastructure or where having lines installed is too costly for temporary use. And, in any of these examples, if more than one line is needed, multiple CallFinders can be utilized. The CallFinder CDMA can bring both cost savings and communications security to businesses of any size."

The CallFinder CDMA cellular gateway (model CF100FX2-C) connects to a PBX trunk line, PBX extension line, or a single PSTN line and routes incoming and outgoing calls through a CDMA wireless network. Equipped with programmable FXS/FXO interface , the gateway includes dual-band GSM 800/1900 MHz CDMA technology, voice features with EZVRC, 13KQCELP and AMPS capabilities, SMA antenna connector, LED operational indicators, AT command set compatibility, CDG 1 and 2 network certified, and a two-year warranty.

Clearwire Files for IPO, Again

GigaOm has reported on a reported another try at the public markets by Craig McCaw backed Clearwire.  A Wimax based wireless broadband provider.  Well they are correct in the article about building a national wireless broaband network being expensive to rollout.  To date they have had $191 million dollar loss.  I do believe if anyone can do it Craig can.  To quote "Field of Dreams" : "If you build it, they will come".  Let's hope so.

December 19, 2006

Zaptel 1.2.12 released for Asterisk

 

The Asterisk Development Team is pleased to announce the release of Zaptel 1.2.12.

This release contains a number of updates:

- compatibility with Linux kernel 2.6.19
- bug fixes to the Xorcom Astribank driver (XPP)
- various other bug fixes

Thanks for supporting Asterisk and Zaptel!

Click Here to Download 

December 18, 2006

Linksys Unveils WAP4400N Wireless-N Access Point

 
 
The new Linksys Wireless-N Access Point (802.11n) (WAP4400N) with Power Over Ethernet capability is designed and developed specifically for the small business environment, which provide high-speed wireless access for existing networks.
The Wireless-N Access Point is built based on the 802.11n draft specification. By overlaying the signals of multiple radios, the MIMO (multi-in, multi-out) technology multiplies the effective data rate. Unlike ordinary wireless networking technologies that are confused by signal reflections, MIMO actually uses these reflections to increase the range and reduce 'dead spots' in the wireless coverage area.

The WAP4400N connects Wireless-N (802.11n), Wireless-G (802.11g) or Wireless-B (802.11b) devices to a wired network so as to allow addition of PCs to the network with no cabling hassle. Power Over Ethernet support makes it easy to install, allowing it to be mounted anywhere, even without ready access to a power plug. In addition, the integrated QoS features provide consistent voice and video quality on both the wired and wireless networks, enabling the deployment of business quality VoIP and video applications.

To protect data and privacy, the Linksys Wireless-N Access Point supports both Wired Equivalent Privacy (WEP) and the industrial-strength wireless security of Wi-Fi Protected Access (WPA), encoding all wireless transmissions with powerful encryption.

The WAP4400N is available immediately through Linksys' channel partner network in India for an estimated street price of Rs 9,900 ($225.00 usd).
 
Source: Channel Times 

Skype founders' peer-to-peer video service ready for public beta

Note:  IP TV
 
In a posting on the Project Code Named: Joost on 12 December, CEO Fredrik de Wahl, said: "We're finally there. This morning we've completed the last version of the software prior to sending out the 'big beta' - which marks the start of getting thousands and thousands of people on the platform in an invitation style manner.
While we're still in the beta phase, we feel like we now have a strong proof of concept as we continue to build and enhance the platform....So next step will be to extend beta test invitations to a much larger group, by providing our current beta testers with tokens to invite others to participate."
 

Cisco Invests $50 Million in China Firm

Note: Everyone seems to be investing in China lately. 
 
Cisco Systems Inc. announced a $50 million investment in the newly public China Communications Services Corporation Ltd., making the U.S. network-equipment maker the largest foreign investor in CCS.
CCS, formerly a subsidiary of the state-controlled China Telecom Group, went public earlier this month on the Hong Kong Stock Exchange. CTG, as well as state-controlled China Mobile and China Unicom, are the other big investors in CCS.
 
CCS helps large Chinese service providers such as China Netcom design and build Internet and other telecommunications networks. With the investment announced Wednesday, Cisco has committed more than $700 million in venture funding to nearly 30 Chinese companies.
 
Other recent investments include e-learning company Ambow and gaming company Shanda. But doing business in China remains risky _ even for Cisco, the most highly valued company in Silicon Valley, with a market capitalization of nearly $165.5 billion.
 

December 17, 2006

Signate, an Asterisk provider, bites the dust?

Note:  Found this article at Tom Keating's blog about the rumor of Signate's demise.  Tom does bring up a good point in his article asking if the Asterisk Eco-system is growing too fast?  He mentions the pressure out there with Asterisk being a free and open source product.  What I feel any company involved with Asterisk has to make sure they are providing real value to there customers.  When you provide value through your knowledge and service you will always have a market to find customers. 

December 16, 2006

IAX 128 bit encryption in Asterisk

Note:  FYI 
 
As of asterisk version 1.2.4 (maybe before) there is a rather undocumented channel encryption feature included in chan_iax2. After successful authentication the whole channel including control data and voice data is encrypted with AES128.
 

Huge Victory for Net Neutrality and Real People as Telco Bill Dies

Note:  Just so everyone knows, I will continue to provide coverage on all stories (even both sides) on this subject of "Net Neutrality".  I believe it is very important that all data packets are treated the same.  Not to say there are not other issues involved with this subject that also have merit like excessive amounts of certain kinds of traffic.  But I believe the first important step is to make sure we treat the packets the same then we can approach those other issues with the proper arguement.

"

The gavel has fallen on the 109th Congress marking the demise of entrenched corporate efforts to legislate away our Internet freedoms — and a stunning victory for real people who want to retain control of the Internet.

The fate of Net Neutrality has now been passed to what appears to be a more Web-friendly Congress.

Our Coalition pledges to work with new Members to craft policies that ensure all Americans can access the Internet and enjoy the unlimited choices it has to offer.

The end of this Congress — and death of Sen. Ted Stevens’ bad bill — gives us the chance to have a long overdue public conversation about what the future of the Internet should look like. This will not only include ensuring Net Neutrality, but making the Internet faster, more affordable and accessible." 

Click Here for the Full Article 

Clearwire Pushes WiMAX to the Big Time (Go Craig Go)

 
 
Note: Great Read, gives a very informative break down of the Clearwire service and the Pros and Cons.  Also I love that is by another technology loving Seattle native. 
 
After three years of operation in a number of secondary markets, wireless Internet service provider Clearwire finally has launched its WiMAX service in one of the top 20 U.S. urban areas. As a keenly interested observer of the wireless landscape, I find it convenient that Clearwire chose my home town – Seattle – for its big-city debut.
 
The local newspapers are full of Clearwire ads, and my recycle bin gets a steady diet of its direct mail flyers. Clearwire's aggressive promotion is not really surprising; with strategic capital investment from big guns Intel and Motorola, the company obviously wants to demonstrate that the moderate success it has achieved in smaller cities will translate to much larger markets.

To do that, it will not only have to win a substantial number of subscribers but also make a limited amount of spectrum deliver promised data rates to the masses.

TRANSLATING SUCCESS

Clearwire is the latest wireless project of Craig McCaw, whose visionary idea of cellular as a nationwide service (as opposed to a bunch of essentially independent local operations) was a major factor in the explosive growth of the wireless industry. It is easy to anticipate that the same magic inevitably will touch WiMAX in general and Clearwire in particular, but one should be cautioned that McCaw also has authored – or at least participated in – a number of costly telecommunications ventures that went nowhere.

With 162,000 claimed subscribers in its current markets, at least Clearwire is a growing concern. It has licensed 2.5 GHz spectrum, which does not suffer quite the killer line-of-sight limitations of higher frequency bands, in most major market areas. With Intel and Motorola involved, the company appears to have the deep pockets that will be needed to fund growth and expansion if the service proves highly popular. But whatever the pedigree and however secure the funding, Clearwire still needs to demonstrate that wireless broadband service can compete with wire-borne technologies in the long run.

Reportedly, Clearwire's initial service offering in Seattle, as in its previous networks, uses a proprietary "pre-WiMAX" technology rather than the IEEE 802.16 standard generally associated with the term WiMAX. That in itself probably isn't a huge problem, as it should be fairly easy for Clearwire to get subscribers to upgrade when the time comes. If Clearwire and other WiMAX operators are to enjoy success, periodic upgrades will be necessary in order to wrest ever greater capacity from limited spectrum resources. As an example of this process, CDMA technology has undergone incremental enhancements over the years to the point that spectrum capacity of the latest version is well over double that of the original IS-95 standard.

Click Here to Continue Reading "Clearwire Pushes WiMAX to the Big Time" 

Asterisk 1.4.0-beta4 Released

The Asterisk Development Team is pleased to announce the release of Asterisk 1.4.0-beta4.

This release contains a number of updates:

- a bug fix for the ExternalIVR application and addition of 'silence' sound files to support it
- various SIP interoperability improvements
- memory and dialog leaks in the SIP channel driver
- a fix to music-on-hold random mode that was not really random
- an improvement to app_voicemail to ensure that the message duration is properly included in email notifications when voicemail messages are forwarded
- corrected a segfault issue during reload of the PostgreSQL CDR driver
- a change to no longer include a header file that does not exist on
Linux kernel 2.6.18 (and caused a problem on Fedora Core 6)
- logging of dynamic queue member addition and removal in queue_log
- a minor redesign of many CLI commands to be more similar to previous Asterisk releases
- significant improvements to IMAP storage support for voicemail
- a change to the SIP channel to avoid offering formats (codecs) that cannot be transcoded due to lack of available transcoders (along with dynamic activation/deactivation of transcoders)
- support for G.722 16KHz (wideband) audio passthrough, recording and playback
- support for standard prompts in G.722 format
- many other bug fixes

Some of the changes in this release are behavior modifications from the last release; please review the UPGRADE.txt file.

This will very likely be the last beta release of Asterisk 1.4 before the final release, which is targeted for next Friday.

Click Here for FTP Download of Asterisk 1.4.0-beta4

Thanks for supporting Asterisk and Zaptel!

Asterisk 1.2.14 Released

The Asterisk Development Team is pleased to announce the release of Asterisk 1.2.14.

This release contains a number of updates:


- a bug fix for the ExternalIVR application and addition of 'silence' sound files to support it
- various SIP interoperability improvements
- memory and dialog leaks in the SIP channel driver
- a fix to music-on-hold random mode that was not really random
- an improvement to app_voicemail to ensure that the message duration is properly included in email notifications when voicemail messages are forwarded
- corrected a segfault issue during reload of the PostgreSQL CDR driver
- a change to no longer include a header file that does not exist on Linux kernel 2.6.18 (and caused a problem on Fedora Core 6)
- many other bug fixes
 
Click Here For Asterisk Downloads

Thanks for supporting Asterisk and Zaptel!

December 15, 2006

Niklas Back At the Helm for Skype

Note:  Om Malik posted this juicy little tidbit about some changes happening at everyones favorite free VoIP company.  Here is an excerp from his writings:

"We reported about yet-another-tremor at Skype, as Henry Gomez replaced Alex Kazim (Official press release) I had pointed out that there was more to the story than meets the eye. Despite all the happy shiny talk, there has been a lot of tension between eBay and Skype-people. Many from Skype have left, or have been nudged out. The business strategy shifted from working with partners (business development) to a more marketing-oriented strategy. The conflict has been on a slow simmer for a while. The recent purge3, however, brought out the hostilities into the open. Many of these moves were systematically eroding the spirits of the remaining Skypers."