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Gadgets not big in 2018

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Africans should not be fooled that technology innovation in 2018 is just about connected cars and robots. The real revolution is happening in new forms of software engineering, writes PIETER BENSCH Executive Vice President, Africa & Middle East: Sage

Here are four software trends to watch out for this year.

1.    The Rise of the Application Cloud

Cloud computing has been a game-changer for businesses of all sizes over the past decade. This year, we will see the market for cloud platforms compete on customer benefits rather than technology capability. Few cloud platforms are pure technology platforms and could be more accurately described as application ecosystems delivering app-centric user experiences.

The Apple iPhone pioneered this concept of an application cloud with the App Store, and Salesforce adopted it for business with its Lightning com platform (aka Force.com) and AppExchange. Microsoft is taking Office 365 and elements of Azure in a similar direction, while Facebook and Google remain customer experience platform providers to watch.

The implication of this shift in 2018 is that enterprises in Africa should not only consider the technical merits of their cloud providers and applications – they should also evaluate how their platform choices will give them access to customers, markets and ecosystems of value-added apps and services.

2.    De-productisation through microservices and ‘API-fication’

Mass migration towards application programming interfaces (APIs) and microservices is shifting the software world to move away from the monolithic architectures of the past.

API-fication is an architectural approach that enables the creation of interfaces between two software products to allow users to access additional features or data. Microservices is an architectural approach that revolves around breaking an application down into a set of independent services that are developed, deployed, and maintained separately.

This is the vision and long-term strategy behind Sage Business Cloud, a business platform and service ecosystem for companies of all sizes, across a range of verticals. In the long-run, technology will abandon the notion of a product completely and switch to an architecture that is made up entirely of microservices, similar to how Amazon originally envisaged reassembling its Amazon.com e-commerce application with Amazon Web Services building blocks.

3.    Infrastructure shifts to ‘serverless’ event-driven programming models

Microservices require infrastructure to operate in a layer typically referred to as ‘platform as a service’ (PaaS). 2018 will see a shift in PaaS to ‘serverless’ environments, a technology in which the cloud provider dynamically manages the allocation of machine resources. These serverless, event-driven programming models are set to revolutionise software architecture.

Serverless applications do not require the provisioning, scaling, and management of any servers, and pricing is based on the processing consumed rather than on capacity provisioned. Amazon Lambda and Microsoft Azure Functions are two leading examples of this technology.

4.    Rules of software distribution being rewritten

In the past, computer distributors played a vital role in pushing discrete technology building blocks like operating systems and productivity software into the market. In the future, the seams between customer solution and platform will be less recognisable, and the independent software vendor will assume a greater share of the value chain. For example, Office 365 is now fully embedded in some Sage Business Cloud solutions.

Trends making life easier for businesses

These four trends are making technology smarter, more connected and of greater value to the end-user. At Sage, that helps us fulfil our mission to make life easier for our customers, whether you are a small business starting-out or you are going global and exporting across the world. And when we talk about invisible accounting, taking advantage of artificial intelligence, machine learning and neuro-linguistic programming – it is the innovation in software architecture and application programming that is making it all possible.

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Broadband gets a helping hand

Behind this week’s news that MTN fibre provider Supersonic has launched a fixed LTE service is an effort to rethink home connectivity, writes ARTHUR GOLDSTUCK

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This week, MTN made its biggest play yet into the market for fibre connections to homes, but its biggest impact may well be within the home.

The mobile operator’s fibre-to-the-home subsidiary, Supersonic, launched a Fixed LTE offering on a month-to-month basis, meaning that homes in areas not yet wired for fibre can receive high-speed broadband. More important, they can get that access at rates that seem unprecedented for mobile data. 

There are two differences from regular packages, however. For one thing, the SIM card that comes with the package only works in specific routers that have to remain plugged into a power supply. For another, the data allocation is split half-half between regular hours and a Night Owl timeframe: the hours between midnight and dawn.

“It just needs users to adjust their internet behaviour a little,” says Calvin Collett, MD of Supersonic. “Conducting massive mobile phone updates or downloading an entire library of Netflix content shouldn’t be prioritised during the day, but should be scheduled for Night Owl data consumption.”

The biggest benefit, aside from pricing, is that one does not have to wait for fibre to arrive in a specific area. While Supersonic’s core business is fixed-line fibre-to-the-home, it is now set to leverage its parent company’s massive mobile data network.

“MTN’s LTE network coverage sits at 95%, after billions of rand was invested in network upgrades in recent years. There is absolutely no reason why those waiting for a fibre connection shouldn’t move to Fixed LTE.”

Collett argues that consumers are far more savvy and well informed of developments in the telecoms space than observers think. They carefully investigate the products and services they choose to spend on, and are looking for the best deals available.

The result is that Supersonic has quietly built up a side business in installing what is called a Mesh Wi-Fi network, consisting of a main Wi-Fi router connected to the standardfibre or LTE or router, and a series of additional access pointscalled plumes, placed in areas of low coverage through ahome.

The plumes – small pods that plug into any power point –connect to one another to expand the network across a wide area. Where traditional WI-FI extenders lose up to half the fibre bandwidth with every extension, the plumes maintain most of the speed regardless of how far the network is extended. All the pods connected to the same router form a single network with the same network name, eliminating the complications Wi-FI extenders usually introduce.

“The traditional Wi-Fi router has replaced the dial up connection, and we’re all happy about this – the infamous dial up tone is ingrained in the brains of anyone over the age of 30,” says Collett. “Wi-Fi revolutionised our way of life as the router gave us access to the internet without directly connecting to a modem. 

“We’ve moved forward, transitioning from ADSL to fibre. While fibre allows for high speed internet access, it is still connected to your Wi-Fi router. Naturally, the further you move away from the hub, the poorer your internet connection will be. Those dead spots around the house can become frustrating when your Wi-Fi signal shows 1 bar and it takes 5 minutes to load a single web page. Mesh Wi-Fi is the solution.”

Collett says he specifically researched a product that looked good, offered app-based management and required no cables. His research led him to Silicon Valley, and the result is the Supersonic Plume Mesh network system.

The drawback is that installation can be complicated for the non-technical consumer. To plug the gap, so to speak, Supersonic sends out technicians who conduct a Wi-Fi sweep of a home and advise how many Plume devices will be needed for 100% coverage. Based on this the technicians make a recommendation for an optimal “smart Wi-Fi”solution. Once installed, though, the network can be monitored and managed from a Supersonic App.

We tried it out and found it was a tale of two experiences. The initial experience was frustrating, as the pods tried to find each other. This is a necessary evil, it seems, as the Plume Mesh network optimises itself over a period of several days. That means the experience at the edge of the network can be very poor at the time of installation. After a few days, however the network was flying.

With a 100Mbps line, the experience next to the main router was around 105 Mbps, both up and down. That in itself was something of a marvel. But the biggest impact was felt at the furthest point from the router: where a Wi-Fi extender had previously delivered speeds of below 10Mbps, download speeds of 80Mbps became not only commonplace, but almost taken for granted.

One of the most useful features of the Plume Mesh is the level of monitoring offered through the Supersonic app. One can observe exactly what devices are connected to which pods – each is given a name, typically of the room, that is visible only through the app.

The biggest surprise of the plume solution is that it has not become a standard solution for Wi-Fi networks everywhere. In an era when we have become deeply dependent on a decent Wi-Fi signal, it has become a necessity rather than a luxury. As a result, home connectivity should be taken far more seriously than merely fobbing consumers off on low-performance extenders. 

MTN seems to have taken this message to heart, rethinking its own approach to home usage.

“Internet access has become the third utility behind electricity and water,” says Collett. “Our goal is to ‘own the home’ but not just by connecting a bunch of devices to a central point. It’s really about how these devices can pioneer habitual change in the home that’s convenient and saves valuable time and money.”

Click here to read about SuperSonic’s pricing.

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Location data key to transforming SA’s transport system

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Location technology can transform South Africa’s transport system – but don’t expect to see self-driving cars on our roads any time soon. What’s more relevant is the need for the public and private sectors to work together more closely to unlock the significant social and economic benefits that more efficient transport and mobility systems would bring to the country, including less congestion and fewer road accidents. 

That was the message from Michael Bültmann, Managing Director, in charge of international relations  atHERE Technologies, a global leader in mapping and location platform services, at an event hosted by the international law firm Covington & Burling in Johannesburg last week, to discuss how digitization could support better mobility, safety and integration in South Africa. 

“Society needs to solve some fundamental challenges, and relevant location data can play a key role in creating a better future for mobility in South Africa. If we know where the goods and people are, and how and why they move, we have the basis for a system that matches demand and supply far more closely, and uses our transport infrastructure more efficiently,” saidBültmann.

“But no company, government or individual can do it all themselves. It’s all about collaborating. If we get real-time data use right, it would have a profound effect on the way the entire economy works: less congestion, fewer accidents, more efficient use of vehicles and public transport, less air pollution, greater quality of life, and potential savings of billions of rands in fuel, time and safer roads.”

Speaking at the event, the CSIR’s Dr Mathetha Mokonyama said that despite the billions of rands pumped into the country’s mass public transport network in recent years, 90% of commuter seats available are still provided by either cars or taxis.

“We have the right to dignity. If you want to see indignity, look at people getting up at 2am to get unreliable transport to a job that only pays R3500 a month. In our country, access to transport is critical for people to make a living, and our focus as a country should be to implement an equitable and just transport system that caters to all sectors of society,” he said.

“It was a pleasure to support the event that brought together so many viewpoints on the question of the effective use of data and location intelligence to enhance the mobility of goods, people and services,” said Robert Kayihura, senior advisor in Covington’s Johannesburg office.  “While the harmonization of regulatory regimes around the continent will take time, a key takeaway from our discussions is the critical need to build a shared vision of the future through consistent public-private dialogue and collaboration in order to accelerate and ensure the sustainable and safe digitization of Africa.”

Paul Vorster, the chief executive of the Intelligent Transport Society of SA (ITSSA), said the effective sharing of data between metros, government and the private sector would ‘go a long way’ to improving the efficiency of existing transport infrastructure.

“The starting point is to improve what we already have. Once we know what we have – that is, data – we can start solving real problems, like knowing where the demand and supply are. But to do this, metros will need to learn from each other, and they often face political hurdles in the process,” he said.

Bültmann said increasing levels of urbanisation across the world were creating the need for cities to better predict, manage and plan future urban movement. Combining and analysing data from different, complementary sources could help South African cities to improve urban planning, relieve congestion and curb pollution for better quality of life.

The event was also attended by Presidential Investment Envoy Phumzile Langeni, the National Planning Commission’s Themba Dlamini; SANRAL’s Alan Robinson; and Dr Rüdiger Lotz, the Deputy Head of Mission at the German Embassy. The guests were welcomed by Witney Schneidman, the head of Covington’s Africa practice and former Deputy Assistant Secretary of State for African Affairs (1997-2001) in the U.S. Government.

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