James Monroe
Analyst · a question
Thanks, Tim. For those of you who are new to Globalstar, Slide 5 illustrates the 3 fundamental drivers of our value proposition. They are our low-cost second-generation satellite ecosystem, our breakthrough mass-market consumer products and our valuable spectrum assets.
Let's take these in order. First, with just one more launch to go, we are nearing the completion of the deployment of the second-generation constellation and doing so at a fraction of the cost, both of our first network and of the competitors.
This new network provides us with significant cost benefits and a network performance enhancement suite years before the competition and the means to reemerge as the preeminent provider of affordable, high-quality mobile satellite voice and data services.
We expect our new satellites to reliably deliver the highest voice quality in the industry for the next 15 years. Additionally, due to the low cost of the constellation and the ground segment, we're in a strong and defensible competitive position to offer the best value proposition to our customers.
Our network has the capability to deliver voice and data mobile connectivity to 2 billion people who either live, work or play outside of cellular's reach. You might find it surprising that approximately 75% of the earth's landmass has no wireless or wireline coverage.
We are increasing capacity utilization on a new network that has almost unlimited capacity. We can support 34 billion text M2M transmissions or other small bit messages per day or 19 million voice or data minutes everyday.
With an understanding of the size of the network's capacity, value-added resellers and other partners are rushing to develop new and innovative satellite solutions to meet the growing demand for both commercial and consumer markets.
The relative simplicity and low-cost nature of the global satellite and network compared with costly cross-linked or geostationary space networks prone to high latency positions Globalstar to deliver an unmatched offering to our customers.
Second, Globalstar is the only MSS provider to have successfully launched and mass distributed an affordable mobile satellite device to the mainstream retail consumer marketplace. To date, we have shipped more than 412,000 SPOT GPS products to our network of over 10,000 points of retail distribution around the world.
It is our goal to leverage this unique retail success to provide commercial and consumer distribution with an enhanced product roadmap, one that is designed to increase the consumer adoption of MSS products through lower cost, enhanced functionality of the company's product portfolio.
The third value driver is based upon our global spectrum authority and the increased utilization of our authority to provide both commercial, life-saving MSS services and terrestrial uses for valuable broadband services in the U.S.
We have filed a petition for rulemaking with the FCC just yesterday to enhance our ability to use this spectrum terrestrially. We'll have a detailed discussion of our petition later in the call.
Slide 6 looks at the value drivers in an expanded way and provides the eventual goals of the current ongoing major initiatives.
Now let's move to Slide 7 to update our constellation and ground network initiatives. As mentioned earlier, we are on the verge of completing our constellation, and as a result, our dealers and customers are enthused by the significant improvement in our call connection rates.
As for the one satellite that was in safe hold mode due to the momentum wheel problem initially experienced in 2011, I'm very happy to announce today that after more than 1 year of development and integration, Globalstar, together with the team of engineers at Thales, have completed the software development and in mid-October, uploaded the software upgrade to the affected satellite.
The satellite was then taken out of safe hold mode and completed several weeks of successful testing. It is now processing call volumes, and we plan to place the satellite into full service by the end of this month.
This is a critical resolution to the issue and I'd like to thank Globalstar engineers, including Tony Navarra, Paul Monte and their respective teams, in addition to Thales, for this collaborative solution. It not only resolved for one affected spacecraft but it also provides us with a solution for potential future momentum wheels if any occur in the next 15 years.
I want to briefly discuss our ground network advantage. The bent-pipe satellites and the gateway system architecture gives us a competitive advantage. First, it provides our customers with regional handset phone numbers, which emulate other mobile devices, which they're already familiar with and increases ease of use, therefore.
Second, from a technology upgrade standpoint, each Globalstar gateway is capable of supporting multiple technologies and applications. For instance, simplex and duplex are supported with 2 distinct technologies, and we have the ability to roll out numerous additional technologies as well.
Because the brains of the network are on the ground, in the gateways, we can implement next-generation products and services by simply installing upgrades at the physical gateways. As many of you know, we are working with our partners at Hughes Network Systems and Ericsson to provide ground segment upgrades that will provide us with an all IP IMS or Internet Media Services-based core network. This network can support data speeds greater than 25x that of the current network and represents a foundation for an entire new suite of product offerings.
Moving to Slide 8. We've provided a snapshot of our current product segments and a number of additional market opportunities that are becoming available to us as a result of our system architecture. Our goal is to continue the development of unique mobile satellite voice and data products and the sales and marketing of those products to a large global addressable market.
We currently have 3 major product categories. First, the SPOT family of products, serving retail, recreational, consumer market with one-way devices, currently with approximately 235,000 subscribers.
Second, our duplex mobile and fixed telephone handsets and data units, with the industry's highest quality voice and fastest handset two-way data speeds. This product segment targets the remote enterprise, business continuity, public safety, first responder markets. There, we have approximately 95,000 subscribers.
And third, our Simplex data, which is M2M asset tracking and remote data monitoring products, targeting the enterprise and commercial customers with about 180,000 subscribers.
On the right of the slide, we provided 3 additional strategic area of opportunity for the company as we enter the new phase of Globalstar's life cycle. To sell market and oversee the continued development of our core areas in these future strategic opportunities among others, we have appointed Frank Bell as President of Global Sales and Marketing. Frank comes to us today with decades of wireless industry experience, having held senior executive positions for companies such Sprint, MetroPCS and others, demonstrating a record sales success while maintaining some of the lowest churn and the highest levels of customer and employee satisfaction in the entire wireless industry. Frank will help drive the opportunities we have in air traffic management, government and public safety, and the monetization of gateway assets and new territories, all of which are now possible given the restored service levels.
Let's now turn to some really exciting news related to our spectrum. As most of you on the call know, it is outlined here on Slide 9, we are authorized to use over 25 megahertz of spectrum in what is called the Big LEO band. Historically, we have used our spectrum primarily to provide satellite service, but I've always had a vision of offering terrestrial mobile broadband services to help meet the dramatic growth in consumer demand for these services.
Globalstar has previously been authorized by the FCC to provide Ancillary Terrestrial Component, or ATC services, over approximately 20 megahertz of the spectrum. Within the United States, this includes almost 8 megahertz of uplink spectrum and more than 11 megahertz of downlink spectrum.
However, Globalstar must first meet a series of legacy regulatory requirements, commonly referred to as the gating criteria, before it can actually use this authorization. And due to the highly restrictive nature of the gating criteria, this legacy regulatory regime has generated little terrestrial deployment for Globalstar or any other MSS company.
Earlier this year, the commission issued a Notice of Proposed Rulemaking in the DISH network proceeding that proposed to eliminate the ATC regime and the gating criteria altogether and replace it with a more flexible regulatory framework. We understand that the Commission will take final action on DISH by yearend. This is exactly the framework Globalstar is emulating in its filing yesterday.
Turning to Slide 10. Yesterday, we filed a petition for rulemaking with the FCC to permit us to use our exclusively licensed spectrum for a host of new mobile broadband applications.
This filing represents the culmination of years of hard work and patience and closely tracks the FCC's proposal in the DISH proceeding. In our petition, Globalstar proposes pro investment, pro-consumer reforms that will enable the company to make that type of efficient use of spectrum that the Commission itself seeks under the National Broadband Plan.
The FCC filing is available on our website, but let me walk you through it. It's very important to understand that our petition proposes 2 distinct but complementary terrestrial uses for our spectrum: First, we propose to use our entire spectrum allocation as part of an LTE-based mobile broadband network, as we have discussed on prior calls. Second, we propose a completely separate near-term plan to utilize our 2.4 gigahertz spectrum for a truly innovative terrestrial low-power service offering, which we call TLPS.
I want to speak about the near-term plan to provide TLPS, a significant opportunity that we are sharing here for the first time. At its essence, the cellular networks are becoming constrained and additional spectrum needs to be deployed in order to meet the growing demands of wireless usage. We're approaching an acute problem in the United States where technological development and innovation may actually be inhibited due to the shortage of available spectrum.
Wireless subscriber connections in the United States have grown to over 320 million, with annualized minutes of use greater than 2.3 trillion. As the cellular networks across the U.S. have become more and more congested, driven by the deployment of high data-consuming mobile smartphones, tablets, computers and so on, WiFi offload has provided a sensible way to reduce the loads on the cellular networks.
WiFi typically offers enhanced performance at low cost and operates without the monthly data usage caps you see with cellular plans. As a result, the country has witnessed exponential growth of WiFi across the mobile consumer device ecosystem. WiFi leverages the existing infrastructure embedded in most of today's handsets, and more than 70% of smartphone owners use WiFi on these devices to some extent.
However, this growth has led to high channel crowding in the spectrum bands devoted to WiFi in many areas of the country. This crowding limits download speeds, capacity, range, quality of service and so on. As many of you have probably experienced, your WiFi likely doesn't work as well as it once did, especially when you were attempting to use it in a hotspot in a metropolitan area.
This increasingly frustrating experience is most acute in high traffic areas such as airports but is becoming increasingly common everywhere as cellular offload increases. The result is predictable. Existing WiFi channels are nearing saturation, service levels are becoming compromised, speeds are slowing, and the problem is only getting worse.
Turn to Slide 11 where we show a 3D spectrogram that represents WiFi usage in Boston, on the channels that currently transmit WiFi service. You'll notice that the high channel crowding on the existing WiFi channels in the green and red, on the left and the center of the page, between 24.01 and 24.73 megahertz. This is now typical in a majority of metropolitan environments. The heavy use shown in green and red acts as a fundamental limiting factor for throughput potential for speed, for range from an access point and for service quality. Up to now, no solution to this overcrowding has been available.
Globalstar's terrestrial low-power service could change all of this. On the far right of the spectrogram, you can see that Globalstar's 2.4 gigahertz band sits adjacent to the unlicensed spectrum, over which WiFi currently operates.
Our band offers inherently beneficial characteristics such as low noise floor, low interference levels, resulting in high data throughput. The low interference characteristics of our band mean that transmissions can be maintained at a multiple of the range of other adjacent channels and at speeds which are a multiple of WiFi speeds available in the green cluttered channels on the left side of this slide.
Using Globalstar's bands, consumer devices will have significantly greater performance capabilities on a managed controlled network.
Turning to Slide 12. You can see that Globalstar is uniquely situated to alleviate the current congesting being experienced by WiFi users by combining its spectrum at 2483.5 through 2495 megahertz
with the adjacent public ISM band, which is a portion of the band commonly known as WiFi, at 2473 through 2483.5. We're not proposing to take over exclusive use of the ISM portion but rather, use it like any other unlicensed provider is permitted to do. But in our case, in a strictly managed operation. This creates an all-new 22 megahertz channel, which is the standard WiFi channelization that can be used for additional mobile broadband capacity. This is effectively a new clear channel, providing considerable data speed and range advantages over interference limited public WiFi channels.
Our plan is for Globalstar's controlled service over newly deployed hotspot points that could effectively increase total WiFi capacity across the entire United States by 33%.
In order to make this terrestrial low-power service a reality, Globalstar is requesting that the commission establish an AWS-5 terrestrial use license that covers our 11.5 megahertz of spectrum. In addition, Globalstar's plan is to utilize the adjacent unlicensed ISM band on a nonexclusive basis, just as others are permitted to do today.
The FCC can recognize an extraordinary opportunity to leverage Globalstar's unique spectrum location in the 2.4 gigahertz band, the public's prior investment in WiFi-enabled devices, and the development of 802.11 technologies to advance the rapid deployment of this innovative terrestrial low-power service.
Importantly, if you turn to Slide 13, you will see that what we are proposing can be deployed in the very near term because it leverages infrastructure and WiFi devices already in the marketplace.
We hope and believe that the commission finds our proposal just the type of spectrum solution that the Chairman and the other commissions have been discussing in their recent speeches. The next step is for the commission to place our petition out for comments, and commence a rulemaking to establish the AWS-5 terrestrial service license within our existing downlink allocation.
Now I'd like to discuss our longer term terrestrial plans, separate and distinct from the low-power service just discussed. Our petition requests authority to operate an LTE-based terrestrial network across the entirety of our Big LEO band. We believe that over the long term, the highest and best terrestrial use for Big LEO spectrum will ultimately be for LTE operations, at least in large swaths of the country, while our TLPS could operate forever in other areas.
Globalstar has proposed an open and transparent rulemaking proceeding in which all interested parties are invited to participate and resolve any issues that may be identified regarding Globalstar's terrestrial LTE plans. Our requested authorization is based largely upon the same principles that the FCC itself proposed in its NPRM for DISH networks in March of this year.
Final approval for DISH is probable next month when the FCC is expected to grant the very type of relief that Globalstar seeks in its own proceeding.
To conclude today, looking forward from here, with reinvigorated MSS operations and a robust mobile broadband buildout in its MSS bands, Globalstar will be able to provide a full range of satellite and terrestrial services to consumers, public safety users, government, business customers in rural and remote communities throughout the United States and indeed, the world.
We look forward to working with the commission through the rulemaking process over the coming months and believe that the spectrum opportunity and the strength of our core MSS business will drive fundamental improvement in the telecommunications industry and will offer the market an enhanced suite of both consumer broadband, as well as satellite services.
Dean, I believe we're ready for the first questions from the audience?