A constancy of change

One constant about the technology sector is change, and a visit to Silicon Valley’s Computer History Museum emphasises just how much the industry has changed over the years.

One constant about the technology sector is change, and a visit to Silicon Valley’s Computer History Museum emphasises just how much the industry has changed over the years.

Notable are all the gone and forgotten brands that were in their day giants of the industry along with the efforts by various countries, Britain in particular, to compete with the US in computing.

But most striking are the old roles that rose and fell as technology evolved over the past century, from the Morse Code operators whose skills were essential for safe shipping and telegraph communications through to punch card operators and the ‘tape apes’ of the 1980s.

Most of those roles rose, became lucrative and then disappeared as technology evolved, just as the loom weavers’ jobs did in the eighteenth century.

Like the loom weavers and the companies that employed them, history and technology overtook them. Something that today’s business giants and high paid occupations need to keep in mind.

No industry is static and few jobs are safe in today’s rapidly changing world. It’s why we need to be making the investments in the skills and technologies that will define the future economy.

We can’t assume today’s jobs will be those of tomorrow.

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Rethinking economics in the face of demographics

As the western world’s workforce ages, we will have to rethink politics and economics

The Western World’s demographic chickens come home to roost. Investor John Mauldin shows nine charts that illustrate the low growth dilemma facing central banks.
For governments to stimulate economies, they are going to have to find a way to increase productivity and the spending power of populations. The current remedy of pumping cheap money into the economy isn’t enough to do this.
One concerning message for the tech sector in these figures is that simply boosting productivity will not be enough to boost the economy. In fact widespread automation of existing jobs may make the problem exponentially worse.
The statistic that indicates younger workers are dropping out of the workforce to look after older relatives should be particularly worrying for economists and a warning to politicians that thirty years of the neo-Liberal model espousing smaller governments and reduced public services now threatens to change the political dynamic – something that the rise of Donald Trump is also a symptom of.
For policymakers, the question is how to employ people in jobs that give them enough income to support their families without ringing up huge debts.
Interestingly, much of the current tech mania is based upon the same credit based consumerism that’s driven the last thirty years of western economic growth. Apps like Uber, AirBnB and the countless delivery apps are good examples of businesses based on happy consumers jamming more on their credit cards.
The era of 1980s thinking is over, we’re going to have to rethink what policies encourage employment and wealth creation along with seriously considering what capitalism is going to look like in the mid-21st Century.

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Interesting times as the global steel glut bites

The global steel glut marks the start of interesting economic times

For all the talk of digital disruption, who would have thought the old fashioned steel industry would be the industry causing the greatest upheaval in today’s economy?

Globally the steel industry is in trouble. In China, the UK and Australia steelmakers are facing a painful time as chronic overcapacity bites.

Beyond the immediate domestic problems of having a major part of its manufacturing industry shut down, Australia faces an added problem as the nation’s economic policies were based on a never ending Chinese demand for iron ore and coal.

OECD “Excess Capacity in the Global Steel Industry" (2015)
OECD “Excess Capacity in the Global Steel Industry” (2015)

The impending collapse of Bohai steel shows the Chinese industrial boom is now in the past and the onus on Beijing’s rulers is to stimulate a domestic services economy.

For the UK, the collapse of their steel industry adds further uncertainty to a nation that’s already putting its global role at stake with the referendum to move out of the European Union.

Should Britain turn away from Europe, they will need to find some compelling reasons to be competitive in the global economy. Fantasies of some sort of Anglo-centric Commonwealth of Nations won’t be enough to sustain the Little Englanders and their high cost of living.

In fact, the British problems of high costs and decades of underinvestment are common across the English speaking world – although Canada, New Zealand and Australia are particularly at risk in the current economic climate given their dependency on commodities and Chinese markets.

That Chinese curse of may you live in interesting times is proving true again, we are about to enter a fascinating economic period. Our business and political leaders, along with our resilience, are about to be tested. The steel industry is the first test.

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Microsoft and the AI future

Microsoft’s continued push into artificial intelligence is part of an economy wide shift

Despite the embarrassment of their foul mouthed racist bot, Microsoft are pressing on with a move into artificial intelligence.

Ahead of this week’s Launch event in San Francisco, Microsoft’s CEO Satya Nadella laid out his vision for the company’s Artificial Intelligence efforts in describing a range of ‘bots’ that carry out small tasks.

Bloomberg tagged Nadella’s vision as ‘the spawn of clippy’, referring to the incredibly irritating help assistant Microsoft included with Office 97.

Tech site The Register parodied Clippy mercilessly in their short lived IT comedy program Salmon Days, as shown in this not safe for work trailer. While The Reg staff were brutal in their language and treatment of Clippy, most Microsoft Office users at the time shared their feelings.

While Clippy may be making a comeback at Microsoft, albeit in a less irritating form, other companies are moving ahead with AI in the workplace.

Robot manufacturer Fanuc showed off their self learning machine a few weeks ago which shows just how deeply AI is embedding itself in industry. Already there are many AI apps in software like Facebook’s algorithm and Google’s search functions with the search engine’s engineers acknowledging they aren’t quite sure what the robots are up to.

For organisations dealing with massive amounts of data, artificial intelligence based programs are going to be essential in dealing with unexpected or fast moving events. Those programs will also affect a lot of occupations we currently think are immune from workplace automation.

 

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Running a post conventional company

Organisations are having to adapt to rapidly changing times, Holacracy is an attempt to move on beyond older management structures

One of the most derided organisational theories of recent times has been Holacracy, a system of running organisations without managers.

The idea behind Holacracy is job descriptions are outdated and unnecessarily limiting. Modern workplaces and roles are far more fluid than the traditional, almost militaristic, structure of the hierarchical organisation chart.

Creator of Holacracy, Brian Robertson, describes in a Medium post how the anti-management theory came around during the early days of running a tech startup in the early 2000s.

The impact of our deep dive into agile software development went far beyond just “how we built software”?—?it infused our culture and gave us a foundation of principles and practices for the management of the company as well. Over the next several years, we’d do our best to express this paradigm in everything we did. Agile principles became a guidepost and a measurement for all of our future experimentation, as did the highly overlapping principles of the lean movement.

Given the tech startup roots of the idea, it’s not surprising Holacracy applies many of the principles that make up the Agile and Lean movements – particularly the hostility to micro-management.

Moving on from Holacracy

It’s notable that Robertson posted his background on Holacracy on Medium as the service was one of the more prominent adopters of the organisational theory, however the publishing platform has now dumped the philosophy.

In his post about why he and his business partner have dumped Holacracy, Medium founder Ev Williams said “the system had begun to exert a small but persistent tax on both our effectiveness” however he still thought the concept has merit and traditional management structures are too slow to deal with the demands of modern business.

The management model that most companies employ was developed over a century ago. Information flows too quickly?—?and skills are too diverse?—?for it to remain effective in the future.

Williams’ point is right, the 19th Century military structure of businesses was fine at a time when product cycles could be measured in years if not decades. In today’s world where the life of companies, let alone products, has been drastically compressed a much more flexible and fast moving way of organising businesses is needed.

Dynamic times

Along with needing far more flexible and fast moving structures, organisations also have the tools to create them. Again, the days of memos moving through layers of management via manila envelopes are long gone and now we have collaborative, real time communications methods.

One of the great changes in business over the next decade is going to be the rethinking of how organisations are managed, Holacracy may turn out not to be the answer but it is an early attempt of making sense of a very changed business world.

Management are the one group that really hasn’t been disrupted over the past thirty years. As strange as it might sound, Holacracy is a taste of the radical changes the executive suite are about to experience.

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What happens when machines start to learn

Deep reinforcement learning promises to change the way robots are taught to do tasks

Computer programming is one of the jobs of the future. Right?

Maybe not, as Japanese industrial robot maker Fanuc demonstrates with their latest robot that learns on the job.

The MIT Technology Review describes how the robot analyses a task and fine tunes its own operations to do the task properly.

Fanuc’s robot uses a technique known as deep reinforcement learning to train itself, over time, how to learn a new task. It tries picking up objects while capturing video footage of the process. Each time it succeeds or fails, it remembers how the object looked, knowledge that is used to refine a deep learning model, or a large neural network, that controls its action.

While machines running on deep reinforcement learning won’t completely make programmers totally redundant, it shows basic operations even in those fields are going to be increasingly automated. Just knowing a programming language is not necessarily a passport to future prosperity.

Another aspect flagged in the MIT article is how robots can learn in parallel, so groups can work together to understand and optimise tasks.

While Fanuc and the MIT article are discussing small groups of similar computers working together it’s not hard to see this working on a global scale. What happens when your home vacuum cleaner starts talking to a US Air Force autonomous drone remains to be seen.

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How artificial intelligence can outguess people

Google have developed a tool that determines a location from a photograph

It’s hard to spot locations from a photograph and it’s something people can’t do this very well. MIT’s Technology Review reports Google’s researchers have developed a tool that figures out the location of an image with twice the accuracy of humans.

To illustrate their point Google have their Geoguesser game that allows people to pit their knowledge against the computer.

While this could be seen as a gimmick, it again shows how computing power is being used in areas that were seen as being immune from technology not so long ago and how artificial intelligence will be applied in various fields.

For the moment, applying artificial intelligence to seemingly trivial fields like games gives researchers to opportunity to test it before being applied to areas like cancer treatment.

As artificial intelligence advances, a whole range of existing fields are going to be disrupted – particularly in ‘knowledge industry’ fields like law, consulting and management – while new industries and occupations will arise out of these technologies.

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