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Welcome Back To The Wireless Messaging News BlackBerry sues Facebook, claims messaging apps infringe on multiple patentsThe company may be trying to force Facebook to negotiate a licensing deal.Greg Sterling on March 7, 2018 at 1:16 pm BlackBerry has sued Facebook for patent infringement in federal district court in California. The claim is that Facebook’s various messaging tools, including WhatsApp, are using and infringing on BlackBerry’s intellectual property. Reportedly, the companies were involved in licensing discussions, which didn’t produce the desired outcome for BlackBerry. The suit states seven counts of infringement. The various infringement claims cover messaging security, UI, messaging and gaming, power consumption innovations and other features. The complaint states:
Facebook general counsel Paul Grewal provided a statement to CNBC, saying, “Blackberry’s suit sadly reflects the current state of its messaging business. Having abandoned its efforts to innovate, Blackberry is now looking to tax the innovation of others. We intend to fight.” BlackBerry is seeking monetary damages including lost profits and injunctive relief. As the quote above indicates, Facebook has said it will fight the suit. BlackBerry was founded in 1984 in Ontario, Canada, as a paging company and eventually began making smartphones. Together with Nokia, it dominated the market from 2000 to roughly 2013, until Apple and Android eventually forced the company to change its model and abandon its proprietary OS business. BlackBerry today does a number of things but is primarily a mobile software and licensing company. BlackBerry devices still exist, but they’re made by third parties and run Android OS (like Nokia’s phones). The company’s long history in the mobile messaging space and its many patents suggest the case may not be simple or quickly resolved for Facebook. [Source: Marketing Land] |
This doesn't mean that nothing is ever published here that mentions a US political party—it just means that the editorial policy of this newsletter is to remain neutral on all political issues. We don't take sides.
A new issue of the Wireless Messaging Newsletter is posted on the web each week. A notification goes out by e-mail to subscribers on most Fridays around noon central US time. The notification message has a link to the actual newsletter on the web. That way it doesn’t fill up your incoming e-mail account. There is no charge for subscription and there are no membership restrictions. Readers are a very select group of wireless industry professionals, and include the senior managers of many of the world’s major Paging and Wireless Messaging companies. There is an even mix of operations managers, marketing people, and engineers — so I try to include items of interest to all three groups. It’s all about staying up-to-date with business trends and technology. I regularly get readers’ comments, so this newsletter has become a community forum for the Paging, and Wireless Messaging communities. You are welcome to contribute your ideas and opinions. Unless otherwise requested, all correspondence addressed to me is subject to publication in the newsletter and on my web site. I am very careful to protect the anonymity of those who request it. I spend the whole week searching the Internet for news that I think may be of interest to you — so you won’t have to. This newsletter is an aggregator — a service that aggregates news from other news sources. You can help our community by sharing any interesting news that you find.
Editorial Opinion pieces present only the opinions of the author. They do not necessarily reflect the views of any of advertisers or supporters. This newsletter is independent of any trade association. I don't intend to hurt anyone's feelings, but I do freely express my own opinions.
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GLENAYRE INFRASTRUCTUREI would like to recommend Easy Solutions for Support of all Glenayre Paging Equipment. This Texas company is owned and operated by Vaughan Bowden. I have known Vaughan for over 35 years. Without going into a long list of his experience and qualifications, let me just say that he was the V.P. of Engineering at PageNet which was—at that time—the largest paging company in the world. So Vaughan knows Paging. GTES is no longer offering support contracts. GTES was the original group from Vancouver that was setup to offer support to customers that wanted to continue with the legacy Glenayre support. Many U.S. customers chose not to use this service because of the price and the original requirement to upgrade to version 8.0 software (which required expensive hardware upgrades, etc.). Most contracts ended as of February 2018. If you are at all concerned about future support of Glenayre products, especially the “king of the hill” the GL3000 paging control terminal, I encourage you to talk to Vaughan about a service contract and please tell him about my recommendation. |
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Source: | Blooston, Mordkofsky, Dickens, Duffy & Prendergast, LLP |
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Other products Please see our web site for other products including Internet Messaging Gateways, Unified Messaging Servers, test equipment, and Paging Terminals.
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Rick McMichael has some equipment for sale — left over from the inventory of his business that he recently sold.
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Variety of Grants Available to Help Agencies with Technology Needs By Danny Ramey, Web Editor Both technology-focused and non-technology-focused grants can help local law enforcement agencies acquire or improve their technology, including First Responder Network Authority (FirstNet) services, with the right planning and approach. “A lot of them don’t say technology in the name of the grant, but they’re what we call technology-friendly grants in that they can include a significant amount of technology if you as the applicant decide that a technology-rich or technology-empowered program is the way you want to go forward to achieve the objectives of the grant,” said Michael Paddock, CEO of Grants Office, during a webinar hosted by the National Sheriff’s Association (NSA). One of the keys to a successful grant application is focusing on the goals and outcomes of the proposed project instead of the product or technology, said Ashley Schultz, a grants development consultant for Grants Office. “It’s the project that gets funded, not the product,” Schultz said. The technology shouldn’t be the main purpose of the grant but a means to achieving specific goals or addressing specific needs of the law enforcement agency,” Schultz said. For a strong grant application, she suggested targeting a specific crime or geographic area in the community. For example, the Phoenix Police Department bought body-worn cameras for its patrol officers using grant funding. The department assigned the cameras to officers in neighborhoods that had high rates of sexual and domestic violence. The cameras were used for more than sexual and domestic violence calls, but the focus provided the police department with data that showed the program was achieving a specific outcome to address sexual and domestic violence, Schultz said. In another example, the Henderson (Nevada) Police Department determined that there was an increased number of stolen items appearing on quick trading websites such as Craigslist and realized that its officers were spending a lot of time following leads on those websites. The agency applied for a grant and partnered with the University of Nevada Las Vegas (UNLV) to create a data-mining tool that could collect and analyze data from those sites and identify stolen items for sale. Many grants, whether they’re specifically related to technology or not, could help agencies with costs related to FirstNet services, Paddock said. For example, an agency could leverage existing grant programs focused on criminal justice, traffic security or homeland security preparedness as a way to improve communications in those areas, Paddock said. He also suggested looking at grants such as the Department of Agriculture’s (DOA) rural broadband grants, which are focused on improving broadband coverage in rural areas across the country. As with other technology, the key in applying to use some grant funding for FirstNet services or related costs, such as training, is again to focus on how those services will assist the agency in achieving specific goals or outcomes, Paddock said. Agencies can look toward a variety of different grant opportunities to help fund technology. Many of the major law enforcement grant funding opportunities come from either the Department of Homeland Security (DHS) or the Department of Justice (DOJ), Paddock and Schultz said. About half of the DHS grant funding generally goes to high-density, high-threat urban areas, through programs such as the Urban Areas Security Initiative (UASI), Paddock said. For agencies not in those particular urban areas, state homeland security grants are an option. The money comes from the federal government, but is distributed by the states so deadline, matching fund requirements and other details are determined by the states, Paddock said. DOJ grants mainly come from three of its offices — the BJA, the Office of Community Oriented Policing Services (COPS Office) and the Office on Violence Against Women (OVW). The BJA’s Byrne Memorial Justice Assistance Grants (JAG) are the DOJ’s largest provider of law enforcement grant funding, distributing more than $260 million per year, Schultz said. Because the JAG program supports a variety of activities from basic law enforcement to corrections to technology improvement programs, the funds can be used on many different types of equipment, Schultz said. Last year, the JAG program specifically called out items such as body-worn cameras, storage and policy development as priority areas for funding, Schultz said. “I will be very curious to see if that funding priority comes around again,” she said. JAG funding is determined by a formula that takes into account population and Part 1 violent crime statistics. Agencies eligible to receive more than $10,000 in funding receive their grant funding directly from DOJ, and the anticipated application deadline will likely be sometime in June, Schultz said. For agencies eligible for less than $10,000 funding, generally smaller agencies, the funding is distributed through states, and those agencies must apply to their state for funding. Funding priorities and deadlines generally vary from state to state, Schultz said. Schultz highlighted the Improving Criminal Justice Response to Sexual Violence and Reduce Sexual Violence on Campuses grants from the OVW as potentially technology-friendly grants. Both grants are focused on bringing together agencies such as law enforcement, courts, nonprofit organizations, and universities and their staff to collaborate in solving issues related to sexual violence. There is a variety of potential technology that could help support the goals and objectives of those particular grants, Schultz said. For example, under the Improving Criminal Justice Response to Sexual Violence grant, a police department could use some of the funding to improve or expand its infrastructure so that it could more easily or efficiently share large amounts of data with a local prosecutor’s office. Both grants have quite a few moving parts because they require bringing together disparate groups to collaborate. The grants are due soon, at the end of February and in mid-March, so Schultz suggested that agencies interested in the grants that have not planned for them focus on the 2019 grant cycle to ensure that they have a foundation for collaboration for their grant application. Grants such as the COPS Office Anti-Heroin Task Force and Anti-Methamphetamine programs, which provide funds for agencies to investigate and combat activity related to the manufacture and distribution of illegal drugs, can also be used to leverage technology, Paddock said. For example, an agency might use a portion of the funding to invest in GPS technology to help track potential illegal activity. Grants such as the Bureau of Justice Assistance (BJA) Smart Policing Initiative (SPI), which Phoenix and Henderson used for their projects, and the Technology Innovation for Public Safety (TIPS) are more directly focused on technology than some of the other grants, Schultz said. The SPI focuses on innovative and cost-effective solutions to address local crime and requires that grantees partner with a research partner to evaluate the effects of the solution, Schultz said. The TIPS program is focused on strategic information between agencies to address specific problems related to fighting crime. Because of the nature of the program, the grant funds can generally be used on a variety of technology that promotes collaboration between different agencies. Paddock and Schultz also encouraged law enforcement agencies to look at grant opportunities outside of the DHS and DOJ from organizations such as the Department of Transportation (DOT), the U.S. Department of Housing and Urban Development (HUD) and the E9-1-1 State Grant Program. All of those programs offer opportunities for partnerships that can include technology, Schultz said. |
Source: | MissionCritical Communications |
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For Sale – Apollo Pilot XP A28 Alpha Numeric Pagers w/Charging Cradle
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Disaster-Proven Paging for Public SafetyPaging system designs in the United States typically use a voice radio-style infrastructure. These systems are primarily designed for outdoor mobile coverage with modest indoor coverage. Before Narrowbanding, coverage wasn’t good, but what they have now is not acceptable! The high power, high tower approach also makes the system vulnerable. If one base station fails, a large area loses their paging service immediately! Almost every technology went from analog to digital except fire paging. So it’s time to think about digital paging! The Disaster-Proven Paging Solution (DiCal) from Swissphone offers improved coverage, higher reliability and flexibility beyond anything that traditional analog or digital paging systems can provide. Swissphone is the No. 1 supplier for digital paging solutions worldwide. The Swiss company has built paging networks for public safety organizations all over the world. Swissphone has more than 1 million pagers in the field running for years and years due to their renowned high quality. DiCal is the digital paging system developed and manufactured by Swissphone. It is designed to meet the specific needs of public safety organizations. Fire and EMS rely on these types of networks to improve incident response time. DiCal systems are designed and engineered to provide maximum indoor paging coverage across an entire county. In a disaster situation, when one or several connections in a simulcast solution are disrupted or interrupted, the radio network automatically switches to fall back operating mode. Full functionality is preserved at all times. This new system is the next level of what we know as “Simulcast Paging” here in the U.S.
Swissphone offers high-quality pagers, very robust and waterproof. Swissphone offers the best sensitivity in the industry, and battery autonomy of up to three months. First responder may choose between a smart s.QUAD pager, which is able to connect with a smartphone and the Hurricane DUO pager, the only digital pager who offers text-to-voice functionality. Bluetooth technology makes it possible to connect the s.QUAD with a compatible smartphone, and ultimately with various s.ONE software solutions from Swissphone. Thanks to Bluetooth pairing, the s.QUAD combines the reliability of an independent paging system with the benefits of commercial cellular network. Dispatched team members can respond back to the call, directly from the pager. The alert message is sent to the pager via paging and cellular at the same time. This hybrid solution makes the alert faster and more secure. Paging ensures alerting even if the commercial network fails or is overloaded. Swissphone sets new standards in paging: Paging Network
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Source: | Inside Towers newsletter | Courtesy of the editor of Inside Towers. |
BloostonLaw Newsletter |
Selected portions [sometimes more — sometimes less] of the BloostonLaw Telecom Update and/or the BloostonLaw Private Users Update — newsletters from the Law Offices of Blooston, Mordkofsky, Dickens, Duffy & Prendergast, LLP — are reproduced in this section of The Wireless Messaging News with kind permission from the firm. The firm's contact information is included at the end of this section of the newsletter.
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This newsletter is not intended to provide legal advice. Those interested in more information should contact the firm. — CONTACTS — Harold Mordkofsky, 202-828-5520, hma@bloostonlaw.com |
Friends & Colleagues |
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Wireless Network Planners
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LETTERS TO THE EDITOR |
Dear Brad, A few weeks ago, we wound up in a discussion about the narrow point of view of cellular industry folks. (How odd is it that the broadband people have narrow POV and the narrowband people have broad POV?) Anyway, as you will recall, I brought up the topic of MIMO during that discussion. I believe that it’s a great example of how cellular reinvents the wheel. MIMO (see https://en.wikipedia.org/wiki/MIMO if you want some background) stands for multiple-input multiple-output, and it refers to spatial diversity on the forward and reverse channels that can be achieved in a variety of ways. The original method involved distinct antenna diversity and the more recent approach is to separate multiple propagation paths into distinct channels via signal processing methods. Of course, two-way paging systems, like ReFLEX, are a perfect example of MIMO as they employ diversity on both the macro and micro scales. Likewise, FLEX and similar paging systems employ these diversity methods on the forward channel. Note that you want find any reference to the applications of MIMO in paging in that Wikipedia article; naturally, it is as if paging is soooo antiquated that it doesn’t even involve digital radio but maybe tin cans and string. I will allow that the modern cellular implementations of MIMO depend upon linear modulations, while paging typically employs nonlinear modulations. Likewise, cellular transmissions are typically interference-limited while paging transmissions are almost always noise-limited. Cellular networks aim for high capacity. Paging systems aim for high reliability. Given these structural differences, I find it consistently odd that the cellular industry never acknowledges that alternative philosophies with respect to customer service are even feasible. My own point of view is that the cellular carriers have been so successful in marketing what is good for them as if it were good for everyone that possible alternatives design philosophies are swept away without any consideration at all. With that in mind, I did make proposals for the adoption of linear modulations in paging several years ago while I was still active in the industry. I continue to believe that the paging industry as a whole continues to miss a significant opportunity to attack cellular on a well-defined set of customer grade-of-service criteria. As near as I can tell, the primary issue is the fear of technical and marketing risks associated with any new capital investment in the industry. The industry needs someone with the confidence and audacity of an Edison or Jobs or Musk, again, IMHO. But back to MIMO, if you or your readers ever happen to be in discussion with some cellular industry apologist, and the topic of MIMO comes up, you have my permission (for whatever it’s worth) to laugh in their faces. -Allan Angus Thanks Allan, I have been looking forward to your comments on MIMO. I have long been fascinated by more complex ways of radio communications. (More than half duplex, simplex.) Back when I was a teenage radio operator in the Navy (1960-1964) we did some cool stuff like simultaneous transmission on two different frequencies and both frequency and space diversity reception on the receive side. When the first nuclear fleet made a round the world cruse to show off, I operated a “state-of-the-art” tube-type HF receiver in ISB mode, with voice in the lower sideband and and a dozen or so multiplexed teletype channels in the upper sideband. I was stationed at a receiver site out in the country—5,000 acres that straddled the Virginia/North Carolina state line. The antenna “farm” was really interesting to a radio nut like me. There were many different types, including giant 3-wire rhombics that we used to receive signals from the ships in the Mediterranean. Regards, Brad Dye Good morning, Brad! Sorry that it took me a while to sit down and write that MIMO thing. These days, it seems I’m up at 5am and at work until 5pm, which is when I start in to cook dinner and pick up or deliver teenagers spread all over southern Colorado. It’s an endless cycle, but I guess it keeps me off the street. Anyway, my favorite antenna farm of all time was over on Lulu Island near the Vancouver International Airport. They had this insane array of long wire LF antennas that must have been designed by old Spark-gap Marconi himself. I wound up having to deal with them because I was working as a director for Alberta Government Telephones, later Telus, mobile division. They’d put up several VHF sites in that area for the Richmond Fire Department that were supposed to do tactical coordination with neighboring first responders. We had a number of roof-top installations at locations around Richmond and the airport. They were all subject to such god-awful intermod that they would barely function. No one else could figure out what the problem was, so they’d sent me out from Calgary to analyze the situation. I learned a lot on that trip. The local BC team had outsourced the engineering to a guy living there who wasn’t actually an engineer. He didn’t have a clue about how to achieve an RF ground for equipment on the top floor of a 6 story building built on salty marshland. He also didn’t seem to have any idea about how to predict and correct for intermod from that high powered (megawatts) LF antenna farm less than a mile away. But that installation was a thing of beauty. The antennas looked like gigantic soccer goals. The place was, and is, operated by the Canadian Dept of National Defense. Unfortunately, Google Earth wipes out any detail from their maps, but it’s along Aldredge Way in Richmond. I imagine that they must have been playing games like you were back in the day. You would have imagined that a radio engineer, local to that area, asked to do a first responder grade design for an installation within a mile or two of that DND site, would have factored it into his work. Guess not. Anyway, go have a great day. I’m back to making coffee here for the south Denver metro area. . . -Allan |
Brad, I thought you might like to hear how the things that you share with us can spread. I looked at the slides that you had in last week's newsletter by Crown Castle about “How the Cellular System Works.” They were very clear and relatively simple, so I used them in a presentation to my Masonic Lodge this week. Everyone appreciated the information. Most did not have a clue about the distance that a call or text travels to get to its recipient and all of the equipment and lines that it goes through. The presentation was very significant to us because we have a large tower on the Lodge site. We rent the space to Crown Castle on a very long lease. Jim Stovall |
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THOUGHT FOR THE WEEK |
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Source: | Stars and Stripes |
VIDEO OF THE WEEK |
Faith Ako — Blue Bayou
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Source: | YouTube |
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