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Research In Motion, Blackberry Maker, Sacks 2,000+ Staff On Its Road To Extinction

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Research In Motion has confirmed that it will sack more than 2,000 people. The Canada-based dying giant will trim its total workforce by 10% after this layoff exercise, reducing it to 17,000 people. This is expected to be completed this week. They also made some changes in the management with the retirement of the COO, Don Morrison who was replaced by Thorsten Heins.

 

Nevertheless, the duo-CEO model remains in place. This is one of the companies where two people run the show, in the persons of Jim Balsillie and Mike Laziridis.

 

Few years ago, before the age of iPhone, RIM’s blackberry was the best berry in town. They were doing well with shares getting nearly to $90. Today, the share is below $40. They used to the giant in this game, but they have lost the baton to Apple and Google powered OS smartphones.

 

With no working strategy in sight since Blackberry phones and Playbook tablets continue to stall in warehouses, the best way to reduce expenses is human counts. And that is exactly what Blackberry is doing. They have noted that the job cuts were designed around  “eliminating redundancies and reallocating resources to focus on areas that offer the highest growth opportunities.”

 

One of the most promising areas for RIM right now is the QNX operating system which was created for its Playbook tablet. The challenge is just the advertising muscle and the support from 3rd party developers.

 

There is also the planned release of BB7 which has been pushed to August thereby putting more pressure on old devices which have been in the market for up to a year. It is expected that BB7 will do the magic because it is sleek and cool. BB7 is the Blackberry OS7 operating system which has been on work for sometime now.

 

Tekedia does not think that few of the BB staff in Africa will be affected by this worldwide layoffs. And we still doubt if this will work as what is killing BB remains in place and that is iPhone.

Insurance Firm Approves $600m Services Agreement With IBM As New Server Targets Africa

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Canadian insurer Manufacturers Life Insurance (Manulife) has awarded a seven-year services agreement to IBM, valued at CAD$630m (about $600m), to support its ongoing business growth, as well as continued evolution of its information technology operations. Under this agreement, IBM will advance Manulife infrastructure services for mainframe, midrange server and storage, desktop services, business continuity, disaster recovery and security.

 

IBM said the Canadian insurer will also consider the application of cloud computing and high-performance computing environments to accelerate and enhance the deployment of business applications.

 

Manulife Financial executive vice president, global services & chief information officer Joe Cooper said IBM’s expertise in the finance and insurance sectors also assists Manulife in the execution of its information services strategy by providing industry skills as required to support the businesses and customers.

 

IBM Canada vice president of global technology services Leslie Keating said the 10-year relationship with Manulife provides a strong foundation for us to share global expertise in cloud computing, infrastructure reliability and security. The two companies have been actively collaborated since 2002.

 

This is coming at a time IBM has just announced a new server (a powerful version of the IBM zEnterprise System that’s said to be the most scalable mainframe ever) to extend the mainframe’s innovation and unique qualities to more organizations, especially companies and governments in emerging markets in Asia, Africa and elsewhere.

 

The new IBM zEnterprise 114 mainframe server follows the introduction of the zEnterprise System for the world’s largest banks, insurance companies and governments in July 2010. The new server, which allows mid-sized organizations to enjoy the benefits of a mainframe as the foundation for their data centers, costs 25% less and offers significantly more performance than its predecessor, the System z10 BC server.

 

It is projected that clients can consolidate workloads from 40 x-86 processors running Oracle software on to a new z114 with just three processors running Linux, and over a three year period, total costs for hardware, software and support on the new z114 as compared to consolidated servers can be up to 80% less with similar dramatic savings on floor space and energy.

 

At a starting price of under $75,000 — IBM’s lowest ever price for a mainframe server — the zEnterprise 114 is an especially attractive option for emerging markets experiencing rapid growth in new services for banking, retail, mobile devices, government services and other areas. These organizations are faced with ever-increasing torrents of data and want smarter computing systems that help them operate efficiently, better understand customer behavior and needs, optimize decisions in real time and reduce risk.

 

IBM also introduced new features that allow the zEnterprise System to integrate and manage workloads on additional platforms. New today is support for select System x blades within the zEnterprise System. These select System x blades can run Linux x86 applications unchanged, and in the future will be able to run Windows applications. With these capabilities, the zEnterprise System including the new z114 can help simplify data centers with its ability to manage workloads across mainframe, POWER7 and System x servers as a single system. Using the zEnterprise Blade Center Extension (zBX), customers can also extend mainframe qualities, such as governance and manageability, to workloads running across multiple platforms.

 

IBM System z servers are also making inroads in emerging markets in Africa. Governments and businesses in Cameroon, Senegal and Namibia have all recently purchased new IBM mainframe servers.

How Africa Could Change Its Economic Geography

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About five hundred years ago, generations that lived apart did not experience any major change in their standard of livings. Global productivity was very low and man was generally poor. Yes, there were empires and kingdoms, but on average the world was on static economic expansion.

 

But with emergence of mass penetrated technology, things began to change. The industrial revolution was a quintessential moment in modern history. Technology brought productivity and man became richer. Standard of living on average improved. It remains till today that when technology penetrates en mass in any economy, national productivity improves, and living standards advance.

 

There is another caveat to this development. Intellectual property right (IPR) is a cardinal part of this productivity. Without it, technology will not advance and innovation is stalled. The old world was an era of weak IPR and that was instrumental to the lack of wealth creation. People invented things in arts, engineering, and medicine but no mass wealth was created. Lack of IPR prevented meaningful capitalism. It prevented the pursuit of innovation since ideas could be stolen and commercialized with no penalty. The return to innovation was very low and that was why the world had many inventors and few innovators.

 

Today, we read about inventors that developed nearly all the engineering principles in use today. They had ideas, bright people and created prototypes. They were celebrated as icons and legends. But many died poor. They could not transition from inventors to innovators, partly because lack of IPR unmotivated desire for commercialization, despite the presence of markets and engineering know-how.

 

Two things have changed the world: technology and IPR. While every culture has its technology which has helped it to adapt and survive, the same cannot be said about IPR. In ancient Africa, there were herbalists who could use herbs to cure the bites from the most poisonous snakes. There were women who could help deliver babies in the farm. There were orthopedic ‘doctors’ who knew how to repair the worst of bone problems. But in all these cases that involved extraordinary inventions, there was no IPR to protect the trade.

 

In contemporary Africa, the IPR that exists is not better than the one that existed 500 years ago in most western world. From Zimbabwe meltdown to ethnic clashes in Nigeria, many continue to suffer because of opaque and redundant property rights. In a continent that failed to develop a widespread indigenous way of writing before colonialism, many world changing ideas on science and medicine were lost through oral folklores and tradition. Unfortunately, not much has changed in preserving, owning and respecting IPR in sub-Sahara Africa.

 

In a continent known for years of impoverishment, poor leadership, and vicious intrastate conflicts, the United States has an opportunity to lead. With its generous citizens working in remote parts of Africa, America occupies a pivotal position in the future of the continent. The US must help Africa develop a strong culture of IPR and move it from pre-civilization era into the 21st century. Simply, Africa cannot prosper until its gets a practical and working IPR culture.

 

It does not matter how much aids and loans they get from foreign agencies. Without IPR, nations cannot innovate and without innovation, any economy dies a natural slow death. IPR is the catalyst that drives national technology policy, making it implementable and sustainable. You cannot have a better technology policy than a working IPR.

With a strong IPR, inventors could become innovators. Across the continent, there are crusades on technology policies; but no one is paying attention to the abysmal IPR culture. Weak IPR hurts Africans more than foreign trade partners. It destroys any African creativity. For instance, the Nigerian movie industry would have made more impacts on Nigerian economy if there is a strong IPR protection in the industry.

 

As the continent makes progress to redesign its economic landscape through supports from United States, the hurdle of IPR still persists. Over the years, I have noticed how difficult it is to sustain a creative technology venture in Africa. I founded a technology firm upon college graduation in Nigeria. But after few months, the business model was destroyed when anyone could use my idea to profit.  I closed the business and joined a bank. The laws are weak to protect from piracy and copyright infringements. This problem continues to undermine the abilities to have an organic evolution of African indigenous technology success.

 

It is an illusion for African governments to think that multinational companies will take them serious on the creative side of business when they allow boys in Accra, Lagos, and Nairobi to hawk pirated foreign software openly without consequences. Many African entrepreneurs suffer more from weak IPR than lack of infrastructures like electricity and road networks.

 

Having traveled across the continent, I have this confidence that US agencies and nongovernmental organizations could help beyond health and food by assisting to modern African IPR structure. A strong IPR will nourish the ingenuity and creativity in African arts, technology and business by empowering some of the least educated to have protection over their ideas.  When start-ups are guaranteed protections on their ideas, America will notice that some of the health problems in Africa can be solved by Africans. That pure greed to build wealth through innovation is universal and IPR will give that to Africans. Until then, the pace of development will remain in stasis.

Rulers Of This World – Algorithms, Knowledge And Information

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The world is being redesigned. Information and communication technologies are changing the structure and composition of global commerce and industry. This is a new economy anchored on the powers of microprocessors.

 

Today, the classical economics theories of factors of production and comparative advantages of nations are still relevant. However, a new concept has evolved to diminish their impacts in international market.

 

As we globalize and Internet penetrates across the world, factors of production can be fused with ease using technology in what I will call ‘knowledge cluster’. That has been the business philosophy of outsourcing. You can buy any knowledge irrespective of distance and integrate it locally in your process.

 

Likewise, the sources of fund have become global and local capital is not that very important. So, local unavailability of capital may not be a limitation to a bright business idea.

 

If you are looking for labor, you can easily access a pool anywhere on earth through the internet. Land has since diminished to be a major factor in location and localization of firms since many firms are knowledge firms and do not need land to exist.

 

Salesforce displaced GM in the Dow Jones Industrial Average. Google has since disrupted old established industries, primarily by competing with Algorithms, Knowledge, and Information (AKI). It matters not they may not have large land mass. With AKI, they can win any battle because that is what matters.

 

Algorithm provides the intellectual base to compete. Information helps firms to stay focused on what customers want, especially in web based firms. The algorithms provide the means to process the information. When the information is available, knowledge is built to develop strategies in the market place.

 

Today, we have grid computing and cloud businesses and progressively transitioning to physical asset-less enterprises. Certainly, we will still have businesses that support the computer powers that power firms, but it is possible that major firms can exist virtually in this age.

 

This observation advances the notion made in old classical economics theories.  For the fact that the world is more accessible, the notion of comparative advantage while important is not potent as it used to be. In the old days when some of the theories were formulated, manufacturing dominated with minimal service industry.

 

Instead of obsession on comparative advantage, firms must focus on core competence.  The latter is internal while the former in most cases is external. You do not have to focus on making chocolate because your country produces cocoa, but you must develop a better production system that makes your chocolate production lean and nimble to be competitive, irrespective of your location.

 

In all these dynamics, what is changing the concepts is knowledge as a factor of production. Knowledge redesigns the mix and opens up new issues in business strategy and marketing.

 

Without being a knowledge economy, Angola cannot focus on developing oil drilling technologies despite the need for it.  Whereas Japan could develop the technologies and sell to them, though, it has minimal local needs for those technologies. As Japan modernizes its technologies, it understands that its competition is not coming from Angola, but say Germany.

 

So, it is important to understand that some of the theories developed in the agrarian and industrial age are not relevant today. The textbooks must be modernized and students must be brought up to date accordingly.

 

Competition today has assumed more amorphous forms owing to the drastic impacts of technology in shaping the tastes of consumers. And one thing that is central to this taste is information.

 

This information changes everything. Unlike the saying:  ‘you cannot eat your cake and have it’; I know that information is non-rival. In other words, the consumption of information does not exclude another person from consuming it. That you read a story online does not prevent another person from reading it.

 

This concept is a key fundamental change to the old marketing and sales strategies. When you sell your cocoa to one customer, it prevents you from selling the same cocoa to another customer. But in this area, that whole concept has since been diminished.

 

A newspaper can make its online content free and anyone can read it. While not selling it directly, someone reading that article brings revenue through a third party arrangement based on how many people visit that site. The focus is to get more people to consume more information on the site because it creates value for them.

 

But there is another caveat to this: why information is non-rival, it has time content.  That is why information is physical since it costs something to produce it. In other words, information is not free and it has an element of time. Think about it: does it matter today if a newspaper has a heading that says: Obama wins the Presidency.

 

Sure, that information is not useful because it is not timely. This becomes more interesting when you trade on stocks. A piece of information can make someone rich (say, insider trading) and that is why SEC will pursue people that partake in insider trading because the value of that information becomes so useful than when it is in public domain. The difference between the same information is time. When everyone has the information, it becomes less valuable. This clearly shows the physical nature of information as it can lose value with time.

 

As technologies transform the global economy, knowledge will become so important. After all, this is a knowledge century. The transformative value of commercial assets which for some firms is information will continue to change marketing and competitive strategies. Understanding these changes will make a firm adapt, evolve and survive this innovation economy.

Where Biology Inspires Circuit Engineers – The Neuromorphs

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The fundamental philosophy of neuromorphic engineering is to utilize algorithmic inspiration of biological systems to engineer artificial systems. It is a kind of technology transfer from biology to engineering that involves the understanding of the functions and forms of the biological systems and consequent morphing into silicon chips.

 

For instance, the study of the structure of the muscle in an animal inspires the creation of locomotive robots that do not rely on heavy and power hungry servo motors. The fundamental thing is to understand how biological nerve tissues represent, communicate and process information. That would become the prelude to engineer electronic devices. Understanding the biologically algorithms of animals are vital and fundamental to reverse engineer the biological systems information representations and then develop systems that use these representations in their operations.

 

The fundamental biological unit mimicked in the design of neuromorphic systems is the neurons. Animal brain is composed of these individual units of computation, called neurons and the neurons are the elementary signaling parts of the nervous systems [9]. Neurons, which have common shape, produce electricity or chemical signals to communicate with other neighboring ones.

 

Though these neurons are similar in shape, different connections with each other, muscles and receptors produce different computational results in biological systems: locomotive control, perception, sensory processing, auditory processing etc. Neuron is made of made up of input area (the dendrite) and output area (the axion) and is connected with other neurons by synapses.

 

Since neurons are the basic cells of the nervous systems of all kinds of animals, building silicon neurons (or neuromorphs) endowed with fundamental life-like characteristics, could enable the emulation or modeling of the neural networks in biological nervous systems.

 

By examining the retina for instance, artificial neurons that mimic the retinal neurons and chemistry are fabricated on silicon (most common material), gallium arsenide (GaAs) or possibly prospective organic semiconductor materials.