technology | Paul Wallbank - Communications Professional

Are small businesses too old and slow?

Does an aging small business population pose a risk to the economy?

Yesterday I hosted the second day of the CPA Australia Technology, Accounting and Finance Forum that looked at how the accounting profession is being affected by the changing technology landscape.

There’s plenty to write about from the day and how the accounting profession is facing technological change which I’ll write up shortly but one theme from the day was striking – that older small businesses owners are struggling to deal with adopting new tech.

Gavan Ord, the CPA’s policy advisor warns older practitioners are opening themselves to disruption and the Australian business community is in general is at risk as older proprietors aren’t investing or embracing technology at a rate comparable to their overseas competitors.

Older small business owners

That older skew in small business operators is clear, in 2012 The Australian Bureau of Statistics found 57% of the nation’s proprietors are aged over 45 as opposed to 35% of the general population.

Even more concerning is many of those small business owners expect to retire with a 2009 survey finding 81% were intending to retire within ten years – it would be interesting to see how those ambitions changed as the global financial crisis evolved.

A risk to the broader economy

This blog has flagged the risks of an aging small businesses community previously, but Gavan Ord’s point flags another risk – that older proprietors being reluctant to invest in new technology means a key segment of the Australian economy is unprepared for today’s wave of technological change.

A key message from the CPA forum was that the shift to cloud computing is radically changing the business world as sophisticated data management, analytic and automation tools become easily available. Companies, and nations, that don’t take advantage of modern business tools risk being left behind in the 21st Century.

The rise and fall of America’s truck drivers

The changing economy of the United States is illustrated in one series of charts

1986 was Peak Secretary according to an NPR article examining America’s changing workforce.

Published last February, The Most Common Job in Every State used US Census data to examine which were the most common jobs in each state. The change with each census starkly illustrates the changing workforce and, worryingly, a declining diversity.

In 1978 US states boasted a mix of occupations ranging from farm hands and farmers through to machine operators and secretaries. By 1986 secretaries dominated.

Then came the personal computer and the role of the secretary declined to be replaced by truck drivers, although the NPR article notes the definition of a truck driver by the US Census office is very broad.

Interestingly truck drivers themselves seem to have peaked in the 2006 Census with software developers and primary school teachers overtaking them.

For those truck drivers – and forklift operators, couriers and delivery staff who also seem to come under the definition – the future probably doesn’t bode well as automation is increasingly going to take their roles.

The NPR article is an interesting series of snapshots of how an economy is a dynamic beast, assuming industries and the roles in them are static is misguided if not downright dangerous.

Indeed we may well find in twenty years time we’re commenting on the rise and decline of software developers.

What’s an interesting footnote, and worth considering, is what happened to all of the secretaries displaced by personal computers during the 1990s? That’s probably worth considering in another post.

Defining the jobs of the future

Instead of asking what will happen to today’s jobs, we should be preparing the workforce for the economy of the future.

Once again the question of what happens to the jobs of today in the face of technology is raised in a Quartz story by Zake Kanter looking at how driverless cars will lost the US economy millions of jobs over the next decade.

Zake isn’t alone in this, just one study predicts half the US police workforce could be put out of work as autonomous vehicles take to the road.

Worrying about today’s jobs is understandable as it’s clear the news won’t be good for many occupations. However the discussion should be about what roles are going to be needed in the future.

Looking back

Should we go back a hundred years there were a huge number of people, primarily young boys, employed in cleaning roads of horse dung. The equine industries provided work for tens of thousands of workers ranging from skilled blacksmiths and buggy makers through to those unskilled street sweepers.

Most of those people lost their jobs and their careers became redundant as the age of the motor vehicle took over.

Yet those displaced eventually founds jobs – as mechanics, panel beaters, traffic cops and gas station workers – although for many the dislocation was tough.

Automotive transformation

The motor car also stimulated a transformation in society as it made travel easier and wide scale logistics viable. Those changes allowed supermarkets, drive-in theatres and fast food chains to develop, all of which were unthinkable at the beginning of the Twentieth Century.

Industries like fast food and the drive-in theatre were also driven by the demographic and social changes of the mid-Twentieth century as concepts like the teenager and the consumerist society were developed.

Demographics and economy

Those changes to demographics are important as well, the developed economies’ aging populations and shifting income patterns are going to determine the shape of society and the workforce even more so than technology.

For businesses and governments assuming the mid Twentieth Century consumerist economy is the future the next wave of change could be a difficult time. Even more so given that model of growth and employment was allowed to continue far beyond its natural life by the 1980s credit boom.

Credit, and banking, will be one of the challenging fields for the next decade as governments struggle with the consequences of guaranteeing institutions during the Global Financial Crisis along with the disruptions of higher frequency algorithmic trading, Big Data analytics and startups with new payments platforms.

Disruption everywhere

The disruptive effect on the banking industry by new technology will be repeated across sectors with startups and new business models challenging everyone from retailers to window cleaners, it’s not just the automotive industry that’s challenges.

While it’s difficult to predict exactly what the world is going to look like in 2025, it is clear that many industries and occupations will be struggling with a very changed world. The task for managers and business owners is to be aware of unexpected threats and opportunities.

Some of the opportunities are going to lie in studying statistics – essential in a world of big data – and learning the basics of software coding. Design is another area that is going to need many new workers.

For today’s workers, it’s more important than ever to be grabbing the skills required to be employed in the industries of the mid Twenty-First Century.

Software eats the sports cameraman

Are sports TV camera operators the next occupation to be eliminated?

Since the beginning of industry technology has changed occupations in unexpected ways the demise of the sports TV cameraman is a good modern example of a highly skilled, specialised trade that may soon be redundant.

Years ago television studios largely replaced cameramen with remote controlled cameras but sports grounds needed skilled operators with excellent attention spans to video action at sports grounds.

At a lunch today in Sydney Michael Tomkins, Chief Technology Office of Fox Sports Australia, explained how a combination of high definition cameras and advanced software is changing the way sports are broadcast and recorded.

“Last year we put two 4k cameras in to cover the length of the ground,” Tomkins said. “Two 4k cameras can see the length of the whole ground so I get rid of four cameramen and replace them with one joystick bunny.”

“He moves a box around the screen and those become a virtual camera. The resolution of a 4k camera is four times that of our HD broadcasts. It’s quite cost effective and I don’t have to roll a crew out.”

A demonstration of how the technology works is in a YouTube clip of an Australian Rules football match from last year. While the ‘joystick bunny’ and the software is somewhat clumsy in the segment, the clip shows the power of the technology.

With abolishing most of the camera, the opportunity to rationalise the production suite also becomes possible; at present most sports events have a producer instructing a group of assistants to cut between cameras, prepare replays and all the other effects expected by viewers. With a software based system most of that labor and its skills become redundant.

Over time as higher resolution cameras become available this application is going to become common, in fact most junior and amateur sports will be able to afford static hi-res cameras for their ground that allows them to record their games.

While the demise of the sports cameraman and producers is a shame in the same way loom weavers and hansom cab drivers disappeared, it is a reflection of changing technologies creating then destroying occupations.

TV camera image through wikipedia

Closing the video store

The rise and fall of the video rental industry is a cautionary tale of how yesterday’s hot new industry can become a dinosaur within a couple of decades.

The last video store in my neighbourhood is closing down. A few years ago there were six in the suburb.

Last year the US Blockbuster chain closed down its disk rental business and now the same thing is happening in Australia as people move from playing DVDs to streaming or downloading from the internet.

In a generation the video rental industry went from nothing to boom to nothing again; a classic case of a transition effect.

The rise and fall of the video rental industry is a cautionary tale of how yesterday’s hot new industry can become a dinosaur within a couple of decades.

Technology’s crisis of trust

Last night for the monthly ABC Nightlife tech spot we looked at Samsung’s spying TVs and some of the other aspects of security with connected devices.

During the listeners’ calls it became very clear many are worried and scared by technology’s rapid progress. This is a challenge for the leaders of both the tech industry and governments.

Trust in the tech industry isn’t being helped by the revelation Lenovo computers have been loaded with Adware that, among other things, interferes with secure website connections.

Lenovo’s actions raise a serious concern for business as many of those home units may have been connected to office networks under corporate Bring Your Own Device policies and the spoofing of security certificates could cause no end of problems and risks for IT managers.

Another concern Lenovo’s actions raise is about the Internet of Things; if various devices on a network are messing with data integrity, confidence in the information being generated is eroded.

For the tech industry, it’s essential to regain the community’s trust. Equally however it’s essential for business and political leaders to have an honest conversation with voters and workers on how the structure of the workforce is changing.

Software ate the demonstration centre

A tour of Telstra’s consumer insights centre shows us the software driven business of the future

Yesterday Australian incumbent telco Telstra took the media on a tour of its showpiece Customer Insights Centre in downtown Sydney.

The company is justifiably proud of the facility that includes a 300 person auditorium, broadcast quality TV studio, a restaurant, workshop and collaboration spaces.

Welcoming visitors is the centre’s Insight Ring, a nine metre circle-shaped platform that surrounds guests with digital insights mined from Telstra’s information services. Leading off the reception area are a range of displays showcasing the company’s products and capabilities including wearable technologies, 3D printing and Ged The Robot.

Marking the centre as a modern facility the display spaces where Telstra and its partners can show off technologies to industry bodies and prospective clients.

The previous space two floors higher in the building was beginning to show its age after seven years and the fixed displays of technology in the older facility dated the centre, something that’s a disadvantage in an industry changing as quickly as telecommunications.

In the new centre, the demonstration facility is largely screen based so displays can quickly be adapted to show off the technologies aimed at whichever industry they are pitching.

The fast moving technology world — The software driven demonstration centre

Andy Bateman, Director of Segment Marketing at Telstra, who lead the tour was proud to show off the current display that had been set up to showcase the company’s banking products.

Bateman described how the facility can be quickly altered to suit the needs of specific demonstrations, this was a degree of flexibility missing in the PayPal innovation center in San Jose, which is more comprehensive in its displays but requires a major fit out to change anything.

Venture capital investor Marc Andreessen stated that software will eat the world, Telstra’s Customer Insights Centre illustrates this starkly.

However software doesn’t always have the upper hand, just opposite the Telstra centre is the Sydney City Apple Store. In some ways, the two facilities opposite each other illustrate one of the big technological and market battles of this decade.

View of the Apple Store from the Telstra Centre

For most businesses, software will define the future way of working but for the smart hardware vendors will still be making good money.

Where will the next Silicon Valley come from?

As US research and development spending declines, where will the next Silicon Valley be?

In the development of any global industrial hub, there’s always a series of factors that attracted talent, capital and resources to that location. It’s true whether we’re talking about fifteen century Venice or the English Midlands of the eighteen century.

Silicon Valley is today’s equivalent of those historical powerhouses and what drove California’s Bay Area to be the technological centre of the world was the massive government research spending of World War II, the Cold War and the Space Race.

Which means declining research and development spending by the United States is going to hurt the region’s position in the medium to long term, a warning made by Fareed Zakaria in The Washington Post.

So the question is ‘if Silicon Valley and the US are in decline, which will be hub of the next business and technology revolutions?’

Building inclusive cities

Barcelona’s success in the 2014 Bloomberg Mayors’ Challenge show the human side of smart cities.

Yesterday Barcelona won the 2014 Bloomberg Mayors’ Challenge — a ideas competition for European cities.

Barcelona’s winning idea was collaborative care networks for older citizens. In Barcelona’s case one in five residents is over 65 and by 2o40 seniors will make up a quarter of the city’s population.

The approach Barcelona’s council has proposed is a combination of high tech and the community working together.

Barcelona will use digital and low-tech strategies to create a network of family members, friends, neighbors, social workers, and volunteers who together make up a “trust network” for each at-risk elderly resident.

Last year I had the opportunity to interview the Deputy Mayor of Barcelona, Antoni Vives, on how the city was using the internet of things to improve citizens’ lives.

In that interview Vives spoke on how important was that these technologies improved the lives of all citizens, not just the young and the rich. Today’s prize illustrates how the city is applying that philosophy.

For technologists, one of the tasks ahead is to show how today’s inventions are more than the toys of rich men, but are things that genuinely improve society’s well being.

When disruption is more than a buzzword

As economies become more dependent on electronics, the risk of disruption becomes greater.

A briefcase sized device could wreak havoc in today’s networked world warns William Radasky in the IEEE Journal.

Fans of the wave of nuclear war movies like The War Game or The Day After will remember the first bomb detonated in the attacks was a high level explosion designed to knock out electronic equipment.

The resultant Electro Magnetic Pulse leaves everything from military radar to civilian communications systems unusable.

In both The Day After and The War Game the high altitude detonations over Rochester and Kansas City destroyed motor cars’ ignitions leaving a key part of the nation’s infrastructure paralysed.

Unlike a zombie TV series, the unlucky survivors of a nuclear strike weren’t going to leap into the nearest abandoned Camaro and speed away from the heaving hungry masses.

What should be considered is The War Game was filmed in 1965 when electronics were not ubiquitous. Even then the scale of the damage from an EMP was substantial.

In today’s world, an wide scale EMP would bring down a region’s entire economy.

I’m writing this post on the 28th Floor of San Francisco’s St Francis hotel and were such a blast to happen now I’m not sure I’d be able to find the fire escapes as the emergency lighting would be fried — it’s not even worth considering the lifts.

What a first world city like San Francisco would like after all its technology, including electrical and communications systems, were knocked out doesn’t bear thinking out.

On the bright side, this means a devastating nuclear war killing millions may not be useful military strategy any more. To bomb a first world nation ‘back to the stone age’ just needs a handful of well targeted high altitude nukes.

The IEEE article is a timely reminder of both the fragility of our systems and the society that depends upon them.

Managing the job shock

We’ve barely begun to contemplate there remains the question of what happens to the communities that depended upon old industries.

One of the mantras of technologists like myself when challenged about where jobs will come from after existing industries are automated or become redundant is “we don’t know where they will come from, but they will.”

Assuming that is true and the jobs will come in industries we’ve barely begun to contemplate there remains the question of what happens to the families and communities that depended upon the displaced industries.

Two stories this week from opposite sides of the world show how how poorly we’re answering that question; in Tasmania the Idiot Tax describes what happens to a region with no economic value while in the UK the ongoing Rotherham sex abuse scandal portrays a community debilitated by unemployment.

In both regions local industries collapsed through the 1970s and 80s and the local working classes became the welfare classes, stuck on benefits with at best poorly paid casual work available.

As the Idiot Tax describes in Tasmania’s Burnie, retired older workers reaped the benefits of a life of full time employment that town’s youngsters will never know.

History has no shortage of examples of cities that disintegrated when their economic reason for existing became no more — a process we’re seeing in Detroit today.

Now we’re seeing almost every industry being changed with far greater potential for job losses and fractured communities.

That we’ve dealt so poorly with the process over the last fifty years means we have to start thinking about how we as a society manage this adjustment.

Jobs will come to replace the ones lost, just as through the Twentieth Century new roles developed to replace those displaced from as nations like the US, France and Australia evolved from largely agricultural economies into industrial and then service industries.

But the human cost is real and there are no shortage of shrunken or abandoned towns that were once thriving market or railway hubs at the beginning of the Twentieth Century.

For technologists, this is an issue that has to be faced as we enter a period of economic and technological change far greater than the one we saw in the 1970s and 80s.

Car wreck photo courtesy of CBR1000 through sxc.hu