June 23, 2008

VoX Communications Launches Linksys Small Business SIP Phone to its Wholesale Partners.

Filed under: General at 8:37 am (no comments)

White Plains, N.Y. (April 30, 2008) - VoX Communications Corp., Pervasip Corp.’s IP-based communications service provider, announced it has launched further product support for the Linksys line of IP products with the SPA922 & SPA942 business class SIP phones.

VoX’s President and CIO, Mark Richards, stated, “We are very pleased to have the SIP phone ready so quickly after developing and releasing support for the Linksys 8-port ATA. We continue to execute on our market strategy that began with rock-solid residential products and support, and now includes products targeting the small business market segment. Vox is fully committed to ensuring that any one of our wholesale customers can purchase an IP device that we have certified on the network, from the Linksys product line at Cisco, and remotely provision it on our network. These phones are high quality and extremely reliable, and are an important addition to our portfolio of products that empower our wholesale partners to serve the small business arena.”

“I believe that we are entering the advanced stages of the paradigm shift from the PSTN to IP-based Telephony,” continued Richards. “The mass market has still not fully understood the benefits of IP telephony and there is still confusion surrounding the ‘VoIP adapter’ type products. This Cisco SIP phone looks and acts like the business phone on your desk and can be plugged into a broadband connection anywhere in the world to make calls. The ‘Power over Ethernet’ version does not even require a separate international power supply. With this SIP phone, someone can now call you in Japan on your New York number for the cost of a local call, and in most instances, the call is free. The compelling reasons for IP Telephony are rapidly becoming clear to millions of people, not just the early adopters.”

The SIP Phone can be viewed here:

http://www.linksys.com/servlet/Satellite?c=L_Product_C2&childpagename=US%2FLayout&cid=1138743806996&pagename=Linksys%2FCommon%2FVisitorWrapper

About VoX

VoX Communications, a wholly owned subsidiary of Pervasip Corp. (OTCBB: PVSP), is an industry leader in wholesale digital voice services for the residential and small business markets. With a nationwide VoIP network and internally-developed software and product features, VoX offers a private label digital voice program sold to cable operators, carriers, CLECs, ISPs and resellers.  The Company differentiates itself through a unique combination of high quality voice services, flexible back office capabilities and automated provisioning systems that enable a quick turn-up for service providers at attractive margins.  VoX offers a feature-rich, low-cost, high-quality alternative to traditional phone services.  In addition the Company offers carrier-type services for voice origination and termination, as well as 800 and other IP-based services. For more information, please visit www.voxcorp.net and www.pervasip.com.

This release contains forward-looking statements that involve risks and uncertainties. Pervasip’s actual results may differ materially from the results discussed in the forward-looking statements. Factors that might cause such a difference include, among others, certain risks and uncertainties over which the company may have no control.  For further discussion of such risks and uncertainties, which could cause actual results to differ from those contained in the forward-looking statements, see the discussions contained in Pervasip’s Annual Report on Form 10-KSB for the year ended November 30, 2007 and any subsequent SEC filings.


Contact:

For more information, please contact:

Suzanne Urash
Director of Marketing
813.649.8504
surash@voxcorp.net   

June 2, 2008

VoX Communications Launches 8-Port Linksys Product Targeting Small Business Users

Filed under: General at 4:00 pm (no comments)

Celebration, FL (February 26, 2008) - VoX Communications Corp., a provider of SIP-based Voice over Internet Protocol (VoIP) solutions for service providers and consumers worldwide, today announced that it has launched support for the Linksys SPA8000 small business analog telephone adapter (ATA), as it extends its penetration into the small business wholesale market.

VoX President and CIO, Mark Richards, stated, “We have been developing some exciting small business products and we are now shipping 8-port ATAs to small businesses as an affordable and easy-to-use alternative to a traditional PBX phone system. Many of our wholesale customers have been asking for a multi-port ATA for their small business customers, and we are very pleased with the quality and reliability of Cisco / Linksys SPA8000, which we now sell and support. Before we were willing to send the SPA8000 to our customers, we internally developed call-hunting capability so that calls received by businesses using VoX’s managed packet network will hunt for the next available line. We are not aware of any other company that is providing this functionality with the SPA8000. This expansion of our services into the small business arena demonstrates our resolve to broaden our footprint into business services and to add to our portfolio of products. We will continue to introduce other business products in 2008.”

Small businesses anywhere in the world with a broadband connection can utilize the 8-Port ATA. Customers can purchase and link up to three ATAs per location and receive the call-hunting feature over all 24 lines. The VoX VoIP service also includes call-waiting, call-forwarding, three way calling, business class voicemail, caller ID and a rich variety of other business class and dial-tone features. VoX and its wholesale broadband customers work together to provide a bundle of high quality voice and broadband services that enable small businesses to utilize business class telecommunications services for a fraction of the cost of traditional wireline services. The low cost for the 8-port ATA, plus the low cost of the digital business voice service is a powerful incentive to small businesses that are seeking to decrease the cost of their telephone service.

About VoX Communications Corp.

VoX is a wholly owned subsidiary of Pervasip Corp. VoX provides an integrated suite of IP-based communications services and offers wholesale broadband voice, origination and termination services for cable operators, carriers, ISPs, CLECs, resellers and other wireless and wireline operators, as well as enhanced VoIP telephone service to the small business and residential marketplace. For more information, visit www.voxcorp.net and

May 17, 2008

Mikrotik Sponsors the first WISPA Jam Session

Filed under: General at 12:22 pm (no comments)

WISPA Band.JPGArnis Riekstins (Mikrotik), John Tully (Mikrotik) and Rick Harnish (WISPA) observe the WISPA Band

Mikrotik sponsored the first WISPA Jam Session at ISPCON on Tuesday evening at ISPCON after the WISPA reception. John Scrivner and Matt Larsen of the WISPA Board and Joe Parr from the Joe Parr band, teamed together to play “rock n’ roll and blues music for several hours to the enjoyment of many WISPA guests and members. Above left is Joe, Scriv and Larsen jamming to Robot and on the right, Arnis Riekstins, John Tully and Rick Harnish observe. The band also performed at the MUM (Mikrotik Users Meeting) on Thursday night. WISPA would like to thank Mikrotik and for sponsoring this event and Streakwave for sponsoring the band.

John Scrivner and Imagestream Awarded WISPA Contribution Awards

Filed under: General at 11:56 am (no comments)

Scrivner

John Scrivner was recently awarded an award recognizing his outstanding contributions to WISPA and the WISP Industry at ISPCON in Chicago. John was one of the visionaries who recognized several years ago that our industry needed a true Association to represent our needs to the FCC, Congress and other telecommunications interests. John served as the President of WISPA for the first two years and served as Treasurer this past year. His drive has been instrumental in WISPA’s success and he also recently contributed to the WISPA CALEA standard as a member of the CALEA Committee. We congratulate John Scrivner and thank him for all his hard work.

Imagestream was selected as the WISPA Vendor Member who contributed the most to WISPA and the WISP Industry. Imagestream’s constant dedicated involvement in WISPA have been evident in the Promotions Committee and the CALEA committee. JC Utter, CEO of Imagestream accepted the award and thanked all of the members of the CALEA committee for their hard work to achieve this major accomplishment for our industry. JC stated that he was honored to win this award as it was the first time his company had been recognized by a trade associations for their contributions.

Marlon Schafer won the “Good Samaritan Award” for his long time record of helping other WISPs and for his history of Board involvement and FCC Committee leadership. Marlon is also was one of the founding Board members of WISPA and worked very hard in the process of constructing the WISPA Bylaws with the original Board. Marlon will receive a plaque which will demonstrate WISPA’s appreciation for his efforts as he was not in attendance.

Alvarion was awarded the Most Significant Contribution to the WISP Industry award. Alvarion, a past sponsor of previous ISPCON WISPA receptions has been a major manufacturer of WISP equipment and has lead the way in WIMAX equipment development. Alvarion was not in attendance to accept this award however a plaque will be sent to Patrick Leary for his efforts.

The WISPA Reception was sponsored by Powercode and Imagestream

WISPA Announces Board Election Schedule

Filed under: General at 11:32 am (no comments)

The 2008 WISPA Board Election schedule has been set by the current Board of Directors.

Any and all members who are interested in entering the election process for a seat on the board are encouraged to do so by going to http://nominations.wispa.org/ - make sure that you qualify for the position by checking the “hurdle criteria” and then fill out the application that is also located by a hyper link at the bottom of the page.

We look forward to having a large field of qualified candidates to choose from and encourage all who feel they have something to contribute, a heart for the wireless industry and a desire to step up to the plate to serve this industry to follow through with the completing of the application. We have seen substantial growth in the past year in both principal and vendor memberships and as WISPA continues to grow and mature into what will be the industries finest lobbying association - we look forward to being a “loud voice” in Washington D.C. for all WISPs.

DEADLINES TO BE AWARE OF:

June 2, 2008 – Applications are due.

June 9, 2008 – Qualified applicants compiled and submitted. Applicant information is made available via the WISPA Web site for member review.

June 16, 2008 – Voting begins

June 17, 2008 – Voting ends. Standing Board announces election results.

All members are eligible to run for a board position. Only Principal and Vendor members are eligible to vote in the election of the BoD. Only one vote per company is allowed and accepted for the BoD election. Instructions and credentials for voting will be sent via WISPA mail server for each Vendor Company and each Principal Member of WISPA. If you are a member/vendor member and do not receive these instructions for voting (as well as credentials) it is your duty to contact board@wispa.org or call me at 318.728.8600 to request help in getting your instructions and credentials for voting in the BoD election.

ROLE OF THE WISPA BoD

The Board of Directors set the policies that will ensure the fulfillment of all legal and professional responsibility to its members. The BoD also sets the strategic direction of WISPA and steer it in the direction it deems best to accomplish the tasks and deeds needed for the advancement of the WISP community of which it serves.

The WISPA BoD is comprised of 7 WISPA Members. Each of the directors shall serve for a term of one (1) year and until his successor is elected and qualified, or until such directors earlier death, resignation, incapacity to serve or removal.

All paid WISPA members are eligible for board positions, however the majority of board seats will be filled by WISPA Principal members as stated in the bylaws located at http://www.wispa.org/?page_id=4

Sincerely,

Mac Dearman

WISPA Secretary

318.728.8600

Founding member of WISPA

ISP Planet: WISPA and Friends Team Up on CALEA

Filed under: Federal Legislation at 11:25 am (no comments)

Complying with the Communications Assistance for Law Enforcement Act (CALEA) isn’t easy, and like so many government mandates (digital TV transition, for example) it falls hardest on the smallest companies in the industry.

Luckily, there’s WISPA. The Wireless ISP Association formed a group to define a standard. As we explained around this time last year, at ISPCON Spring 2007 (see ISPCON Policy Update: Communications Assistance for Law Enforcement Act (CALEA) of 1994), the FBI does not ratify any particular standard as compliant or not.

Instead, the FBI issues guidelines and is asking the industry to create standards. Any standard becomes a safe harbor, meaning that if an ISP complies with it, the FBI cannot sue the ISP, it must fight the standard in court.

The best known standard (ANSI)/TIA J-STD-025- B-2006 — Lawfully Authorized Electronic Surveillance) is from the Alliance for Telecommunications Industry Standards (ATIS). As you’d expect from a telco-dominated group, the standard is big and clunky. And you have to pay money just to see it.

WISPA’s CALEA Standards (versions 1 and 2) are freely available at the WCS website.

WISPA is working on an implementation guide that will be free to members and not free to non-members.

I’ve got much work to do to cover this story completely, but I started during a talk with J.C. Utter, president of Imagestream, the router vendor.

He said that the ATIS standard has two flaws from the point of view of law enforcement:

1) It allows up to 1 percent packet loss.

2) It provides only streaming data.

Utter is pleased to point out that the WISPA standard solves both problems by storing the data at the ISP in Packet Capture (PCap) format. Thus, no packet loss, and no streaming. Instead, a simple data format that law enforcement can actually handle.

The hairpin problem
But there’s a problem, and the problem explains why there are two versions of the standard. The problem, as explained in last year’s article, linked above, is called “hairpinning.”

If you’re an ISP and you’re recording the communications of a suspected terrorist, you’d like to do it at the core of your network. That’s where you’ve got the rest of your monitoring tools. And capturing the data there works in most cases but not all cases.

It can be possible to communicate with another person without going through the center of the network if both the target and the other person are connected to the same edge device and that device is not CALEA compliant. In such a case, the device might route traffic directly between the two people without going through the core.

Version 1 of the WISPA standard accepts that you, the ISP, cannot do anything about this issue.

Version 2 of the WISPA standard says that you’ve had enough time to deal with the issue.

Dealing with the problem is not simple. CALEA also says that the target must not be able to detect the monitoring. Shipping in a probe to attach to the wireless access point, and doing maintenance on that access point, might be disqualified if the target knew the maintenance was being performed.

CALEA’s complicated, and I’ve just started learning about the WISPA standard, so this is just my initial report. I will keep learning about it and will tell you more as I learn.

Uodate: This morning, at the conclusion of his ISPCON session, CLEC lawyer Kris Twomey said, “this is one of the coolest things any ISP association has ever done for its members.”

WISPA Ratifies New CALEA Standard

Filed under: Federal Legislation at 11:05 am (no comments)

The Wireless Internet Service Providers Association (WISPA) has ratified a new CALEA intercept standard for wireless ISPs. The new standard makes it possible for ISPs to comply with the lawful intercept requirements of CALEA without requiring a trusted third party (TTP) to deliver intercepts to law enforcement.The new WISPA standard takes advantage of existing Open Source software such as tcpdump and OpenCALEA to intercept network traffic moving to and from a target. Capture files are stored on a server in PCAP format so law enforcement can pull the intercept files on demand. This store-and-forward approach is preferred by law enforcement because it does not allow packet loss, and it does not require law enforcement to have the facilities required to receive streaming intercepts.

The all-volunteer WISPA CALEA committee worked for nearly 18 months to deliver the new standard. The committee produced two versions of the standard: Version 1 provides the industrys first safe harbor for ISPs with wireless access points (APs) that cannot disable NAT, and Version 2 supersedes Version 1 in 12 months and eliminates the NAT exemption.

The WCS also creates a new XML framework for reporting out-of-band (OOB) signaling. CALEA requires OOB events to be reported, so a new standard for reporting these events was required. OOB events cannot currently be delivered using off-the-shelf software tools, however open tools that support the WISPA XML framework are expected from a number of different vendors and Open Source projects soon.

WISPAs new IP Network Access (IPNA) intercept standard can be freely downloaded from the WISPA Web site at http://www.wispa.org/calea/WCS/. In addition, WISPA has developed an implementation guide for service providers who need help implementing the new intercept standard. The guide can be downloaded on-line for $100 USD, and it will be available June 1st.

About WISPA

WISPA is an association of wireless Internet service providers and equipment vendors that work to promote the development, advancement and unification of the wireless Internet service provider industry.

WISPA CALEA Committee
Media Inquiries:
Marlon Schafer, Chairman
caleaquestions@wispa.org

May 10, 2008

FCC approves new method for tracking broadband’s reach

Filed under: General at 7:02 am (no comments)
WASHINGTON–As expected, federal regulators on Wednesday voted to overhaul the way they measure how widely broadband is available across the United States.

For years, the Federal Communications Commission has been drawing up reports on the state of U.S. Internet access availability based on methodology that considers 200 kilobits per second (Kbps) service to be “high speed”–and such access to be widely available even in ZIP codes that may, in reality, house only one connection.

The decision to move away from that methodology is potentially significant. Critics, both inside and outside the agency, have charged that the inadequacy of data that the FCC collects semiannually from Internet service providers hinders both the government’s ability to set smart pro-broadband policies and could slow investment on the technology side. It could also help federal regulators determine whether the United States is really as far behind in broadband penetration as some international studies have suggested during the past few years.

If not for good government data, “our economy would come to a screeching halt,” said Commissioner Michael Copps, a Democrat. For example, manufacturers depend on unemployment and gross domestic product figures to set their production targets, and schools and hospitals rely on U.S. Census numbers to project demand for their services, he said.

“When companies and investors put money into e-commerce or voice over Internet Protocol or Internet video…they need to know what kind of broadband infrastructure America actually has,” Copps said.

Democratic Commissioner Jonathan Adelstein said, “This is really the first step toward the national broadband strategy that we so desperately need.”

Despite his support for the new data collection method, FCC Chairman Kevin Martin said he believes the United States has made incredible strides in broadband deployment since he joined the commission in 2001, with the number of lines growing from 9 million to more than 100 million. Still, he acknowledged, “there is certainly more work to be done.”

The FCC, as is typical, won’t release the full text of the changes it adopted for a few weeks, but here’s a rundown of major components described at Wednesday’s meeting:

200Kbps speeds are no longer considered “broadband.” Until this point, the FCC has considered any service that produces 200Kbps speeds in the upload or download direction to be “high speed.” With Wednesday’s vote, that methodology is no more. Now, 768Kbps, which is the entry-level speed offered by major DSL providers like Verizon, will be considered the low end of “basic broadband,” a range that extends to under 1.5Mbps.
Broadband service speeds will have to be reported both for uploads and downloads. Previously the FCC had six big categories of broadband speeds, and they effectively only tracked download speeds. Now the agency says it will require reporting on upload speeds. Pro-regulatory advocacy groups like Free Press say that’s a necessary step in part because of Comcast’s admitted throttling of peer-to-peer file-sharing uploads.
Upload and download speeds will have to be reported in a more specific way. At the moment, the broadband speeds most commonly offered by cable and telephone companies are lumped into two major categories: those between 200Kbps and 2.5Mbps, and those between 2.5Mbps and 10Mbps. The FCC’s new rules would require them to be broken down further, in an attempt to address charges that the current buckets have the potential to overstate the number of high-end subscriptions and understate the number of low-end subscriptions. Those new tiers will be: 1) 200Kbps to 768Kbps (”first generation data”); 2) 768Kbps to 1.5Mbps (”basic broadband”); 3) 1.5Mbps to 3Mbps; 4) 3Mbps to 6Mbps; and 5) 6Mbps and above.
ISPs will be required to report numbers of subscribers, and at the census-block level. Under the current methodology, ISPs report only the number of ZIP codes in which they have at least one subscriber, and they report numbers of lines nationwide. Now they’ll have to report the number of subscribers in each census tract they serve, broken down by speed tier. The FCC decided to use census tracts because researchers may be able to use other demographic statistics collected by the U.S. Census, such as age and income level, to gain insight about what drives broadband penetration rates.
ISPs will not have to report the prices they charge….yet. Democratic commissioners and liberal consumer advocacy groups had argued such a step is necessary to give consumers an idea of the value they’re getting for their money–and to compare U.S. prices to those for comparable services abroad. Copps said on Wednesday that he continues to believe it’s a “mistake” to omit that requirement, and Adelstein also voiced concern. But a majority of the commissioners opted to push that decision off until another time and gather more comments.

Each of the five commissioners voted in favor of adopting the order, although some attached reservations about some portions of the rules. Adelstein said he would have liked to see the commission require that ISPs distinguish between residential and business customers when doing their reporting. Republican Commissioner Robert McDowell said he was concerned that some of the definitions contained in the rules–particularly that of broadband–could have negative long-term effects.

“Government cannot outguess the genius of free markets, nor should it try,” McDowell said.

Representatives from the cable and telephone industry had advised the commission against making major changes to its data collection methods. They said they would not be able to comment on the FCC’s vote Wednesday until after reviewing the full text of the order.

The old method’s last gasp
In an ironic twist, at the same meeting, the commissioners narrowly voted to adopt the FCC’s latest report about the state of American broadband deployment–except based on the old methodology that they went on to revamp. Because of that, Copps and Adelstein ripped apart the report and said they couldn’t support its conclusions. (Martin, McDowell, and Republican Deborah Tate voted for adoption of the document.)

The report (PDF), which covers the first half of 2007, concluded that “broadband services are currently being deployed to all Americans in a reasonable and timely fashion.”

High-speed lines–meaning, mind you, capable of 200Kbps or greater data transfer speeds–grew from 82 million to 100 million lines during that time, the FCC said. Its report also found that an Internet service provider reported having at least one connection in 99 percent of the country’s ZIP codes, and that 99 percent of the American population lives in those ZIP codes.

Copps, for one, called the ZIP code methodology “stunningly meaningless.”

“I’m happy we’re starting to change our benchmarks,” he said, “but my goodness, how late in the day it is.”

The FCC’s actions drew mixed reviews from groups who have been pressing for better broadband data and Net neutrality rules.

Gigi Sohn, the president of Public Knowledge, one such group, commended the FCC’s new data collection plan, although she said she would have preferred to see price data included and information about residential and commercial customers separated. She also deemed it a “mystery” that the FCC also chose to issue the broadband availability report “when, mere moments later, the Commission admitted the inadequacy of the information.”

WASHINGTON–As expected, federal regulators on Wednesday voted to overhaul the way they measure how widely broadband is available across the United States.

May 8, 2008

ValuePoint Networks announces SuperMesh 8200

Filed under: General at 11:39 am (no comments)

ValuePoint Networks, Inc. announces the SuperMesh™ 8200, a 600mW, high-powered multi-radio mesh router. Priced at under $1200, it is the lowest priced multi-radio implementation on the market today.  The dual mesh design gives the highest throughput and lowest latency over multiple hops. Low Latency and high end-to-end throughput are crucial in supporting video, voice, and data applications across a mesh infrastructure.

The SuperMesh 8200 is the latest evolution of ValuePoint’s already successful SuperMesh 8000 series, the first commercially available complete implementation of the Internet Engineering Task Force (IETF) Optimized Link State Routing (OLSR) protocol.  The 8200 is a “third generation” mesh, where multiple non-interfering radios are used to create a clear pathway to every point in the mesh.  When correctly provisioned, the maximum 802.11 transmission rate of 54Mbps is maintained from end to end.  Client access is handled by separately attaching any of ValuePoint’s high powered access points or a third party access point, up to 100 meters away.  One Power over Ethernet injector powers the entire assembly. 

According to Brian Epstein, President of WiFiFee, a provider of Wi-Fi Internet access to thousands of customers at hundreds of locations, “Separating access points from mesh nodes has clear advantages in everyday deployments.  Mesh nodes are generally located high on towers or above roof lines to achieve line of sight, yet access points need to be closer to ground level or inside buildings, nearer to the clients.  This means the access and mesh radios need to be physically decoupled in many cases.”

The 8000 series has been deployed throughout the world by solution providers seeking maximum coverage at an affordable price.  Applications installing the 8000 mesh model include wireless ISP (WISP), hospitality, industrial, and metro-wide deployments.

The SuperMesh 8200 is self configuring and self healing, capable of finding the best path to provide an efficient and redundant network. It supports multiple WAN connections which further increase the network’s reliability.  It offers a wide array of spectrum options with two independently adjustable and tunable 600 mWatt radios available in 802.11a, 802.11b/g, 900MHz, or 4.9GHz output.  The high receive sensitivity covers very long distances.

The SuperMesh 8200 starts at $1199 to solution providers with further discounts based on volumes.

ValuePoint Networks also provides free consulting to help you design your network topology.  We provide guidance on how many nodes per square mile are needed depending on your terrain, coverage area, and user population. 

Stay tuned for further announcements from ValuePoint Networks, including a low cost CPE coming later this month.

May 7, 2008

LigoWave Announces the Release of its Carrier-Grade, Point-to-Point Wireless Backhaul Product Line

Filed under: General at 9:57 pm (no comments)

Atlanta, GA May 7, 2008.

LigoWave Point-to-Point products showcase real TCP data throughput of up to 72 Mbps at a price point unparalleled in the market today. The LigoWave point-to-point product line is currently available on the 900 MHz and 5 GHz spectrums, and supplied with integrated antenna or connectorized configurations for custom antenna application.

Traditional Wi-Fi solutions pose throughput constraints based on overhead traffic. LigoWave point-to-point products stand out from traditional Wi-Fi solutions by use of industry leading software technology. This customized software platform utilizes LigoWave’s proprietary ARQ (Automatic Repeat Request) mechanism, aggressive packet aggregation and TDD (Time-Division Duplexing) to optimize available performance, delivering real TCP data throughput up to 36 Mbps on a 20 MHz –sized channel and 72 Mbps on a 40 MHz-sized channel and up to 23000 PPS (Packets Per Second) rate for packets of 128 bytes.

LigoWave 5 GHz point-to-point radios feature 500 mW output power, providing a robust backhaul solution for long-range, high-bandwidth capacity links. LigoWave 900 MHz point-to-point radios are recommended for areas where other frequencies are congested or unavailable, as well as for non-line-of-sight applications such as heavily wooded or diverse terrain environments.

LigoWave point-to-point products are currently available and ready for immediate shipment. Please visit our website, www.ligowave.com to learn more information about our solutions including the ability to purchase our products directly from our new online store.