Results tagged “apple” from IP Communications and Technology

Bell and Telus Upgrading Network to 3G

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According to an article published by the Financial Post this morning, Bell and Telus are about to announce that they will be jointly upgrading their cellular networks to 3G.

The Post states that multiple telecom industry sources have said that Bell Canada and Telus intend to share the cost to upgrade to the next-generation wireless network and that the announcement will be made next week. It is estimated that the cost of the upgrade will be approximately $1 Billion and that it will take one year to complete.

If true, the Nokia Siemens Networks' provided upgrade will allow both companies to compete with Rogers by offering popular mobile devices such as Apple's iPhone 3G and Research In Motion's Black-Berry Bold.

When combined with the recent spectrum auction and the entry of new wireless competitors such as Quebecor, Shaw, DAVE Wireless and Globalive, the 3G announcement will contribute to significant change in the Canadian Wireless marketplace over the next couple of years.

Great news for Canadian consumers in my view.



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Unified Communications - Presence, Mobility and CEBP

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I came across a thoughtful article this morning by Art Rosenberg, The Unified-View. In a post named  Rosenberg's "Third Law" To Impact UC, Art suggests that the most significant change in business communications is a shift towards Unified Communications over mobility, enabled by device and media independence. Art suggests that this change is being driven by innovative devices and the trend towards open systems.

UC and Mobility


I agree, and I have posted previously on how innovation and the move towards openness, exemplified by Apple's iPhone, Google's Android, Verizon's intention to open their network to non-Verizon devices, and new spectrum allocation, are key indicators of a trend towards a richer communications experience. Unified Communications technology is poised to exploit these changes and its effect will be significant to the mobility industry and to employee productivity.

Telecommunications Service Providers will have no alternative but to embrace the change and to develop innovative new business models and technology. It's not an easy transition for them to make. However, I'm convinced that defensive strategies designed to protect traditional high-margin revenue sources and legacy investments are doomed to failure.

Intelligent Presence Services and associated functional attributes such as, filtering, availability, accessibility, willingness, capabilities, directory services, federation and awareness, are all critical elements to maximizing the benefits of Unified Communications. Persistence and message acknowledgment are also necessary elements of a UC system to effectively address communications between business applications / processes  and humans.

By leveraging capabilities enabled by, IP Multimedia Subsystem (IMS) for example, a carrier could offer a Federated Presence and Directory service that would enhance enterprise UC applications. As an example, a service provider's Presence service could be leveraged to compliment a city's Crisis Management Plan.

Upon declaration of the crisis event, the service is invoked. Based on presence status and availability, the system locates and sends real-time notifications to City officials. Notification is expedited since notifications are only sent to officials based on known availability and capability status. If an official is not available on any device during the initial notification, the service continually monitors the person’s status and sends the notification the moment that the availability of the individual has been detected. The service persists until all officials have been notified and all critical notifications have been acknowledged and recorded.

Communications Enabled Business Processes (CEBP)

Art also discusses the UC aspects of integrating business applications and processes with human communications. This is an area of UC that Avaya began promoting heavily in 2007. We are in the very early stages of CEBP, but many are predicting that it is the area from which business will gain the most benefit from Unified Communications. As Art mentions, "business process analysis and consulting are key to using such technologies".

Understanding a company's business processes and identifying areas in the business flows that can benefit from the integration of UC applications is not trivial. For the past year, I have dedicated a large proportion of my time and effort in acquiring a better understanding of the value chain elements and business process flows and how UC should be integrated. As I have stated previously, the CEBP element of Unified Communications presents a tremendous challenge to industry vendors, consultants and analysts who have to date, been focused on the infrastructure elements of UC. Those who are not able to adapt will be relegated to the commoditized and low-margin plumbing aspects of UC.

Rick McCharles
Unified Communications Consultant
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Telepathy Over IP Invented!

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There have been so many patent infringement suits lately! Admittedly, I'm not a patent expert by any means, but the patents in question seem to be very broad, open to interpretation and based on concepts rather than real inventions. So, I've been thinking that it shouldn't be too difficult to imagine a few concepts of my own, patent them, and then sit on them until I spot some innovative company with deep pockets that I can sue.

Luckily, for the last several months, my technology and communications news feeds have been filled with hundreds of articles about Vonage patent law suits, Apple i-everything, and Microsoft Unified Communications. All of this input has given me the necessary inspiration to come up with my first "concept patent". I believe history will show that Al Gore invented the Internet, Microsoft invented Unified Communications, Apple invented the greatest number of uses for the lowercase i, and that I invented Telepathy Over IP (ToIP). What follows are some attributes of my invention that I intend to patent next week.

ToIP is almost identical to VoIP. With VoIP, we digitize and packetize voice then transmit it across IP networks. With ToIP, instead of digitizing sounds, we digitize thoughts. Like VoIP, ToIP will have a variety of CODECs namely:

* i-729, the equivalent of G.729. Actual thoughts are not transmitted, only facsimiles. Works well most of the time, but not ideally suited for transmitting that song in your head.

* i.711, the equivalent of G.711. Requires more bandwidth than i-729 and has some fidelity limitations. Thoughts are transmitted adequately but they lack emotion.

* i.722, the equivalent of G.722. Very high fidelity CODEC. Presents some security issues, since it will be difficult to differentiate your own thoughts from somebody else's. It may also complicate the diagnosis of schizophrenia.

I intend to negotiate licensing deals with both Steve Jobs and Bill Gates. ToIP will enable a plethora of new i-Devices that use ToIPOW (Telepathy Over IP Over Wireless). For example the i-Think, a small device that is permanently imbedded under (and irritates) your skin. You simply think of a song, and you begin to hear it in your head, all in beautiful 32-channel surround sound. Super-HD OLED displays that fit in your pocket and fold out to 60" screens will become obsolete since the physical media for viewing images will no longer be required with the advent of the i-See. Of course, we will have to deal with the record and motion picture industries who will want to impose DRM on thinking about music or movies.

Security will be even more critical than it is with VoIP. The implications of a lack of confidence in ToIP security will result in a whole population that can't trust that little voice inside their head. However, the first priority will be to achieve mass adoption of ToIP based services. Once everyone has switched to ToIP, we can start to figure out the security aspects (as we do today with all new IP based services).

My ToIP invention will enable Unified Communications 3.0 (trendy title don't you think?). The earlier UC 2.0, will use Microsoft's patent on brainwave-to-computer interfaces. However, that interface required surgical brain implants and messy wiring. With UC 3.0, Microsoft's delusions about their current UC 1.0's capabilities will be realized (check out their I-Know Video). With UC 3.0, verbal communications will seem downright primitive and will likely become illegal.

Now you might be thinking, "great concept", but there is no interface that can capture and digitize human thoughts and therefore the concept is not plausible or patentable. Well, I thought of that too, and I believe that the following will convince you otherwise.

You see, an increasing number of physicists and scientists believe that there are parallel universes; in fact, there may be an infinite number of parallel universes. That being the case, there is another version of our planet where ToIP is ubiquitous, and someone on that planet realizes that we require a ToIP interface. What's needed is an inter-dimensional network standard that will allow the build-instructions for the ToIP interface to be transferred to us. So, I propose that we create an i-DAN (Inter-Dimensional Area Network). The i-DAN (I will license this to Apple also) will be based on a wireless standard since the idea of a wired inter-dimensional connection is just silly. Since there are an infinite number of parallel universes, i-DANs already exist and the information is currently being transmitted; we just need to tune in. Now, I'm thinking that i-DAN signals are rather weak and that's why we haven't detected them yet. I propose that SETI stop wasting time scanning millions of frequencies across the entire sky. ETs from the other dimensions have been desperately trying to communicate but we keep changing the channel! Rather, they should focus all of their telescope arrays at a specific spot in the sky and tune all the receivers to say, 3.62Ghz. Why that frequency? No particular reason except that inter-dimensional communications will be easier if we stick to a single frequency.

So there you have it. I believe I have invented the technology that will enable Unified Communications 3.0 and a large number of revolutionary i-Devices. I don't intend to build any of these devices. I will just sue anyone that develops a service using ToIP if they haven't bought my licensing rights. Are you ready for the future?

Now, i-Think, I'll take my pills and go to bed.

Rick McCharles
Telecom Consultant, RIC Services , Toronto

 
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SDK for iPhone Coming in February

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Steve Jobs announced today that Apple will be releasing an SDK to allow third party applications for the iPhone. The SDK, which will also enable developers to create applications for the iPod touch is scheduled for release in February.

I expect we'll see some of the leading Unified Communications vendors develop compelling and innovative applications. The announcement will undoubtedly go a long way to convince business users that the iPhone will be able to satisfy their business requirements.

Rick McCharles
Telecom Consultant, Toronto
RIC Services
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