Archivo de la categoría: IoT

BT and the IoT

BT Sevenoaks workstyle buildingIt is often said that the Internet of Things is all about data. Indeed, at its absolute heart, the whole ecosystem could even be reduced to four distinct layers, ones that are essentially applicable to any vertical.

First of all, you have the sensing layer: somehow (using sensors, Wi-Fi, beacons: whatever you can!) you have to collect the data in the first place, often in harsh environments. From there you need to transport the data on a connectivity layer. This could be mobile or fixed, Wi-Fi or something altogether more cutting edge.

Thirdly, you need to aggregate this data, to bring it together and allow it to be exchanged. Finally, there’s the crucial matter of analytics, where the raw data is transformed into something useful.

Operators such as BT sense the opportunities in this process – particularly in the first three stages. Some telcos may have arrived a little late to the IoT table, but there’s no question that – with their copious background developing vast, secure infrastructures – they enjoy some fundamental advantages.

“I see IoT as a great opportunity,” says Hubertus von Roenne, VP Global Industry Practices, BT Global Services. “The more the world is connected, the more you have to rely on a robust infrastructure, whether it’s connectivity or data centres, and the more you have to rely on secure and reliable environment. That’s our home turf. We are already active on all four layers, not only through our global network infrastructure, but also via our secure cloud computing capabilities and a ‘Cloud of Clouds’ technology vision that enables real time data crunching and strategic collaboration across very many platforms.”

An example of how BT is positioning itself can be seen in Milton Keynes, a flagship ‘smart city’ in the UK, with large public and private sector investment. BT is one of over a dozen companies from various industries testing out different use cases for a smarter, more connected city.

“In Milton Keynes we are the technology partner that’s collecting the data. We’ve created a data hub where we allow the information to be passed on, but also make it compatible and usable. The governance body of this Milton Keynes project decided very early to make it open source, open data, and allow small companies or individuals to play around with the data and turn it into applications. Our role is not necessarily to go onto the application layer – we leave that to others – our role is to allow the collection and transmission of data, and we help turn data into usable information.”

One use case BT is involved in is smart parking – figuring out how to help traffic management, reduce carbon footprint, and help the council to reduce costs and better plan for parking availability. “Lots of ideas which can evolve as you collect the data, and that’s BT’s role.”

Another good example of how BT can adapt its offerings to different verticals is its work in telecare and telehealth, where the telco currently partners with the NHS, providing the equipment, monitoring system, and certain administrative and operational units, leaving the medical part to the medical professionals.

While BT’s established UK infrastructure makes it well positioned to assume these kinds of roles in developing smarter cities and healthcare, in other, more commercial areas there are no place-specific constraints.

“Typically our core customer base for global services are the large multinational players,” says von Roenne, “and these operate around the world. We are bringing our network and cloud integration capabilities right down to the manufacturing lines or the coal face of our multinational customers. Just a few weeks ago, we announced a partnership with Rajant Corporation, who specialise in wireless mesh deployments, to enable organisations to connect and gather data from thousands of devices such as sensors, autonomous vehicles, industrial machinery, high-definition cameras and others.”

Indeed, there are countless areas where data can be profitably collated and exploited, and next month von Roenne will be attending Internet of Things World Europe in Berlin, where he will be looking to discover new businesses and business opportunities. “I think there is already a lot of low hanging fruit out there if we just do some clever thinking about using what’s out there,” he says, adding that, often, the area in which the data could really be useful is not necessarily the same as the one it’s being collected in.

The capacity to take a bird’s eye view, bringing together different sectors of the economy for everyone’s mutual benefit, is another advantage BT will point to as it positions itself for the Internet of Things.

IBM launches cloud-based Internet of Things service for electronic industry

IBM has launched the first in a series of cloud-based, industry-specific services for the Internet of Things (IoT), with an offering for the electronics industry. Its debut IoT service will gather data from individual sensors to provide instant analysis of the production processes of electronics manufacturers.

Meanwhile, IBM said it has integrated its IoT system, IBM IoT Foundation, with the firmware of chipmaker ARM, so that all devices driven by ARM chips will be able to release data for analysis. IBM said the fusion will allow ‘huge quantities’ of data from industrial appliances, weather sensors and wearable monitoring devices to be gathered, analysed and acted upon.

The IBM IoT Foundation, a cloud-hosted offering, aims to simplify the complexity of analysing masses of machine to machine (M2M) data. It offers tools for analysing large quantities of fast-moving data and provides access to Bluemix, IBM’s service for managing and prioritising data flows. It also offers to secure confidential financial, IP and strategy information.

During the integration process, products powered by ARM’s ‘mbed-enabled’ chips will automatically register with the IBM IoT Foundation and connect with IBM analytics services. This unification means that information gathered from sensors in any connected device is delivered to the cloud for analysis. The IoT connection also means that commands can be pushed to devices, with actions being taken on the basis of the intelligence gathered.

If an alarm message is triggered on a machine in a manufacturing plant, it can now be automatically shut down and an engineer despatched to trouble shoot the disruption, IBM said. This cost-saving damage limitation is best achieved by combining the knowledge and communications protocols of different vendors at different levels of the ICT stack, according IBM’s General Manager for the Internet of Things, Pat Toole.

“The IoT is now at an inflection point and it needs the big data expertise of IBM and little data expertise of ARM to ensure it reaches its global potential,” said Toole.

Original design manufacturers and OEMs, like Ionics, are already seeing value in the chip level architecture harmonisation, said Krisztian Flautner, the General Manager of ARM’s IoT business. “Deploying IoT technology has to be easy, secure and scalable for it to feel like a natural extension of a company’s business,” said Flautner.

Make your Sunday League team as ‘smart’ as Borussia Dortmund with IoT

IoT can help make your football team smarter

IoT can help make your football team smarter

How, exactly, is IoT changing competitive sports? And how might you, reader, go about making your own modest Sunday League team as ‘smart’ as the likes of AC Milian, Borussia Dortmund and Brazil?

We asked Catapult, a world leader in the field and responsible for connecting all three (as well as Premier League clubs including Tottenham, West Brom, Newcastle, West Ham and Norwich) exactly how the average sporting Joe could go about it. Here’s what the big teams are increasingly doing, in five easy steps.

Link-up play

The technology itself consists of a small wearable device that sits (a little cyborg-y) at the top of the spine under the uniform, measuring every aspect of an athlete’s movement using GPS antenna and motion sensors. The measurements include acceleration, deceleration, change of direction and strength – as well as more basic things like speed, distance and heart rate.

Someone’s going to have to take a bit of time off work though! You’ll be looking at a one- or two-day installation on-site with the team, where a sports scientist would set you up with the software.

Nominate a number cruncher

All the raw data you’ll collect is then put through algorithms that provide position-specific and sport-specific data output to a laptop. Many of Catapult’s Premier League and NFL clients hire someone specifically to analyse the massed data.  Any of your team-mates work in IT or accountancy?

Tackle number crunching

Now you’ve selected your data analyst, you’ll want to start them out on the more simple metrics. Everyone understands distance, for instance (probably the easiest way to understand how hard an athlete has worked). From there you can look at speed. Combine the two and you’ll have a fuller picture of how much of a shift Dean and Dave have really put in (hangovers notwithstanding).

Beyond this, you can start looking at how quickly you and your team mates accelerate (not very, probably), and  the effect of deceleration on your intensity afterward. Deceleration is usually the most harmful to tissue injuries.

Higher still up the spectrum of metrics, you can encounter a patented algorithm called inertial movement analysis, used to capture ‘micro-movements’ and the like.

Pay up!

Don’t worry, you won’t have to actually buy all the gear (which could well mean your entire team re-mortgaging its homes): most of Catapult’s clients rent the devices…

However, you’ll still be looking at about £100 per unit/player per month, a fairly hefty additional outlay.

Surge up your Sunday League!

However, if you are all sufficiently well-heeled (not to mention obsessively competitive) to make that kind of investment, the benefits could be significant.

Florida State Football’s Jimbo Fisher recently credited the technology with reducing injuries 88 per cent. It’s one of number of similarly impressive success stories: reducing injuries is Catapult’s biggest selling point, meaning player shortages and hastily arranged stand-ins could be a thing of the past.

Of course if the costs sound a bit too steep, don’t worry: although the timescale is up in the air, Catapult is ultimately planning to head down the consumer route.

The day could yet come, in the not too distant future, when every team is smart!

How will the Wearables market will continue to change and evolve? Jim Harper (Director of Sales and Business Development, Bittium) will be leading a discussion on this very topic at this year’s Internet of Things World Europe (Maritim Pro Arte, Berlin 6th – 7th October 2015)

Link Labs bags $5.7m to boost IoT network dev efforts

Link Labs scored $5.7m, which it will use to double down on product development

Link Labs scored $5.7m, which it will use to double down on product development

Internet of Things (IoT) networking specialist Link Labs has secured $5.7m in series A funding which the company said would be used to boost its low-power wide area network (LPWAN) expansion efforts.

The funding round was led by TCP Venture Capital, which included investment from the Maryland Venture Fund, Blu Venture investors, Inflection Point Partners, and individual and existing investors.

Link Labs specialises in developing IoT networking technology based on LoRa, a standard for IoT-centric wide area networks. Its wares are popular in the intelligent manufacturing, healthcare and smart metering sectors.

The company’s Symphony Link software and hardware connects a range of IP-connected devices over long ranges, both indoors and outdoors, over both licenced and unlicensed spectrum (915 MHz ISM band and ETSI­ compliant for use in the 868 MHz band in Europe and are capable of deployment from 137 MHz­1020 MHz).

“This round marks an important milestone for us as we shift from system development, to accelerated deployment with our early customers,” said Brian Ray, chief executive of Link Labs. “This gives us the capital to expand our distribution channel and open up additional international markets and new applications.”

Bob Proctor, founding member at Blu Venture Investors said: “Link Labs is quickly emerging as the leader in hardware and software systems for low-power, long-range communications. We were excited to provide the seed round for Link Labs last year and are proud to be a major part of the Series A round.”

Link Labs is one of a small but growing number of startups making inroads in the IoT networking space, where there is a flurry of activity around developing standards to handle the communications element.

LoRa, which is developed by Semtech, is being backed by IBM, Cisco, and Microchip among the members of the LoRa Alliance, but other include Sigfox (which is being backed by Samsung) and Neul (which is being backed by Huawei).

Basho, Cisco integrate Riak KV and Apache Mesos to strengthen IoT automation

Basho and Cisco have integrated Riak and Mesos

Basho and Cisco have integrated Riak and Mesos

Cisco and Basho have successfully demoed the Riak key value store running on Apache Mesos, an open source technology that makes running diverse, complex distributed applications and workloads easier.

Basho helped create and commercialise the Riak NoSQL database and worked with Cisco to pair Mesos with Riak’s own automation and orchestration technology, which the companies said would help support next gen big data and internet of things (IoT) workloads.

“Enabling Riak KV with Mesos on Intercloud, we can seamlessly and efficiently manage the cloud resources required by a globally scalable NoSQL database, allowing us to provide the back-end for large-scale data processing, web, mobile and Internet-of-Things applications,” said Ken Owens, chief technology officer for Cisco Intercloud Services.

“We’re making it easier for customers to develop and deploy highly complex, distributed applications for big data and IoT. This integration will accelerate developers’ ability to create innovative new cloud services for the Intercloud.”

Apache Mesos provides resource scheduling for workloads spread across distributed – and critically, heterogeneous – environments, which is why it’s emerging as a fairly important tool for IoT developers.

So far Cisco and Basho have only integrated Basho’s commercial Riak offering, Riak KV, with Mesos, but Basho is developing an open source integration with Mesos that will also be commercialized around a supported enterprise offering.

“By adding the distributed scheduler from Mesos, we’re effectively taking the infrastructure component away from the equation,” Adam Wray, Basho’s chief executive officer told BCN. “Now you don’t have to worry about the availability of servers – you literally have an on-demand model with Mesos, so people can scale up and down based on the workloads for any number of datacentres.”

“This is what true integration of a distributed data tier with a distributed infrastructure tier looks like, being applied at an enterprise scale.”

Wray added that while the current deal with Cisco isn’t a reselling agree we can expect Basho to be talking about large OEM deals in the future, especially as IoT picks up.

ClearScale, Onstream partner on IoT intelligence cloud service

ClearScale and Onstream are partnering on an IoT cloud service

ClearScale and Onstream are partnering on an IoT cloud service

Device intelligence automation specialist Onstream is partnering with ClearScale to develop a cloud-based IoT service for smart devices.

Onstream offers a connected device framework that aims to bring data processing closer to the smart devices and sensors generating the data, without having to do much re-coding or bespoke integration between those devices and a centralised repository or application.

The aim of the service is to make device intelligence gathering easier in a distributed infrastructure environment, a need that will likely grow as the volume of data IoT services generate continues to increase.

The companies said the cloud-based implementation of Onstream’s service, called ‘Mesosphere’ (not to be confused with Apache Mesos-based Mesosphere), will allow users to more easily extend the framework to their own customers’ devices.

The service is hosted on AWS infrastructure; ClearScale is an AWS Premier Consulting Partner and has worked with companies like Samsung, Aetna and Shinola Detroit to create its cloud integration platform using Docker, open source Samza data stream processing and Amazon EC2 Container Service.

“Onstream is a very innovative company. They wanted to use the best technology to achieve low latency and fast processing for their new framework,” said Pavel Pragin, chief executive of ClearScale. “Amazon EC2 Container Service (ECS) had just been made generally available, and Onstream was an early adopter. ECS has been instrumental in automating the deployment of Docker containers.”

Ericsson strikes global IoT partnership with SK Holdings

Ericsson and SK Holdings are partnering on IoT

Ericsson and SK Holdings are partnering on IoT

Swedish networking company Ericsson has announced the establishment of a collaboration partnership with Korean tech conglomerate SK Holdings to develop a global ICT ecosystem that will support Ericsson’s IoT platform, reports Telecoms.com.

SK Holdings is the owner of one of Korea’s major operators – SK Telecom – but also has interests a number of other areas of ICT. “Drawing from our strength in ICT services and solutions, we will enhance ICT competitiveness and strengthen our presence in global markets by forging partnerships with leading global companies in the areas of IoT, cloud networks and Big Data,” said Park Jung-ho, CEO of SK Holdings. “We will create a strong collaborative ecosystem with global ICT and solution companies for our global target markets and target industries.”

“Our IoT platform has opened up great opportunities for businesses across industries,” said Ericsson CEO Hans Vestberg. “We look forward to working together with SK Holdings C&C to build a strong ICT ecosystem to realize and capture the benefits of the Networked Society.”

The actual announcement concerned the signing of an ‘extensive memorandum of understanding’ on 12 August. It committed the two companies to jointly develop IoT platforms specialized for certain industries, such as healthcare and transportation. In that sense it seems to be an extension of Ericsson’s recently announced strategy to diversify beyond telecoms. The two companies will also collaborate on other new ICT services, as well as security solutions that encompass both networks and data.

In other IoT partnership news Stream Technologies, which provides the IoT-X platform for managing connected devices, has got together with Link Labs, which specialises in developing LoRa networks, to develop a LoRa IoT platform.

“Link Labs are a perfect partner for deploying LoRa carrier grade LPWA networks,” said Tracy Hopkins, SVP of Low Power Networks for Stream Technologies. “Not only do they support the LoRaWAN open ecosystem and like Stream are active members of the LoRa Alliance, they also have Symphony Link which offers a different feature set for private networks… In this complex ’market of markets’, partnerships that make deployment simple and deliver on the business model are the very key to success.”

“We are very excited to be working with Stream’s IoT-X platform to bridge the gap between Link Labs’ LoRa Symphony Link networks and other IoT and M2M technologies,” said Bryan Eagle, VP of Biz Dev and Marketing at Link Labs. “Having simple, ease of management across multiple networks is a huge benefit for our customers. They deploy different technologies for different applications but want a single platform to manage them and Stream can deliver that.”

Jennifer Kent of Parks Associates on IoT and healthcare

BCN spoke to Jennifer Kent, Director of Research Quality and Product Development at Parks Associates, on the anticipated impact IoT will have on healthcare.

BCN: Can you give us a sense of how big an impact the Internet of Things could have on health in the coming years?

Jennifer KentJennifer Kent: Because the healthcare space has been slow to digitize records and processes, the IoT stands to disrupt healthcare to an even greater extent than will be experienced in other industries. Health systems are just now getting to a point where medical record digitization and electronic communication are resulting in organizational efficiencies.

The wave of new data that will result from the mass connection of medical and consumer health devices to the Internet, as part of the IoT, will give care providers real insight for the first time into patients’ behaviour outside of the office. Parks Associates estimates that the average consumer spends less than 1% of their time interacting with health care providers in care facilities. The rest of consumers’ lives are lived at home and on-the-go, engaging with their families, cooking and eating food, consuming entertainment, exercising, and managing their work lives – all of which impact their health status. The IoT can help care providers bridge the gap with their patients, and can potentially provide insight into the sources of motivation and types of care plans that are most effective for specific individuals.

 

Do you see IoT healthcare as an essentially self-enclosed ecosystem, or one that will touch consumer IoT?

IoT healthcare will absolutely touch consumer IoT, at least in healthcare markets where consumers have some responsibility for healthcare costs, or in markets that tie provider payments to patients’ actual health outcomes. In either scenario, the consumer is motivated to take a greater interest in their own self-care, driving up connected health device and application use. While user-generated data from consumer IoT devices will be less clinically accurate or reliable, this great flood of data still has the potential to result in better outcomes, and health industry players will have an interest in integrating that data with data produced via IoT healthcare sources.

 

Medical data is very well protected – and quite rightly – but how big a challenge is this to the development of effective medical IoT, which after all depends on the ability to effectively share information?

All healthcare markets must have clear regulations that govern health data protection, so that all players can ensure that their IoT programs are in compliance with those regulations. Care providers’ liability concerns, along with the investments in infrastructure that are necessary to protect such data, have created the opportunity for vendors to create solutions that take on the burden of regulatory compliance for their clients. Furthermore, application and device developers on the consumer IoT side that border very closely the medical IoT vertical can seek regulatory approval –even if not required – as a means of attaining premium brand status from consumers and differentiation from the may untested consumer-facing applications on market.

Finally, consumers can be motivated to permit their medical data be shared, for the right incentive. Parks Associates data show that no less than 40% of medical device users in the U.S. would share the data from their devices in order to identify and resolve device problems. About a third of medical devices users in the US would share data from their devices for a discount on health insurance premiums. Effective incentives will vary, depending on each market’s healthcare system, but care providers, device manufacturers, app developers, and others who come into contact with medical device data should investigate whether potential obstacles related to data protection could be circumvented by incentivizing device end-users to permit data sharing.

 

You’re going to be at Internet of Things World Europe (5 – 7 October 2015 Maritim proArte, Berlin). What are you looking forward to discussing there and learning about?

While connected devices have been around for decades, the concept of the Internet of Things – in which connected devices communicate in a meaningful way across silos – is at a very early and formative stage. Industry executives can learn much from their peers and from visionary thinkers at this stage, before winners and losers have been decided, business plans hardened, and innovation slowed. The conversations among attendees at events like Internet of Things World Europe can shape the future and practical implementation of the IoT. I look forward to learning how industry leaders are applying lessons learned from early initiatives across markets and solution types.

Enabling smart cities with IoT

The Internet of Things will help make cities smarter

The Internet of Things will help make cities smarter

The population of London swells by an additional 10,000 a month, a tendency replicated in cities across the world. To an extent such growth reflects the planet’s burgeoning wider population, and there is even an interesting argument that cities are an efficient way of providing large numbers with their necessary resources. What we know as the ‘smart city’ may well prove to be the necessary means to manage this latest shift at scale.

Justin Anderson is sympathetic to this assessment. As the chairman of Flexeye, vice chair of techUK’s Internet of Things Council, and a leader of government-funded tech consortium Hypercat and London regeneration project Old Oak Common, he is uniquely positioned to comment on the technological development of our urban spaces.

“We are in an early stage of this next period of the evolution of the way that cities are designed and managed,” he says. “The funny thing about ‘smart’ of course, is that if you look back 5000 years, and someone suggested running water would be a good idea, that would be pretty smart at the time. ‘Smart’ is something that’s always just over the horizon, and we’re just going through another phase of what’s just over the horizon.”

There’s some irony in the fact that Anderson finds himself so profoundly involved in laying the foundations for smarter cities, since architects have been in his family for 400 years, and he intended to go in that direction himself before falling into the study of mathematics – which then led to a career in technology.

“There are lots of similarities between the two,” he says. “Stitching lots of complex things together and being able to visualise how the whole thing might be before it exists. And of course the smart city is a world comprised of both the physical and virtual aspects of infrastructure, both of which need to be tied together to be able to manage cities in a more efficient way.”

Like many of the great urban developments, the smart city is mostly going to be something invisible, something we quickly take for granted.

“We’re not necessarily all going to be directly feeling the might of processing power all around us. I think we’ll see a lot of investment on the industrial level coming into the city that’s going to be invisible to the citizen, but ultimately they will benefit because it’s a bit more friction taken out of their world. It’ll be a gradual evolution of things just working better – and that will have a knock on effect of not having to queue for so long, and life just being a little bit easier.”

There are, however, other ways connectivity could change urban life in the coming years: by reversing the process of urban alienation, and allowing online communities to come together and effect real world change.

“If you can engage citizens in part of that process as a way that they live, and make sure that they feel fully accountable for what the city might be, then there’s also a lot of additional satisfaction that could come from being a part of that city, rather than just a pawn in a larger environment where you really have no say and just have to do what you’ve got to do. Look at something like air quality – to be able to start to get that united force and be able to then put more pressure upon the city authorities to do something about it. Local planning policy is absolutely core in all of this.”

Anderson sees technology as an operative part of the trend towards devolution, with cities and their citizens gaining more and more control of their destiny. “If you build that sort of nuclear community around issues rather than just around streets or neighbourhoods, you get new levels of engagement.” For such changes to be effected, however, there is plenty that still needs doing on the technical level – a message Anderson will bringing to Internet of Things World Europe event in Berlin this October.

“I think the most important thing right now is that technology companies come together to agree on a common urban platform that is interoperable, allowing for different components to be used appropriately, and that we don’t find ourselves locked into large systems that mean cities can’t evolve in a flexible and fluid way in the future. We have to have that flexibility designed into this next stage of evolution that comes frMakom interoperability. My drive is to make sure everyone is a believer in interoperability.”

Sixth-sensors: The future of the Internet of Things and the connected business

IT departments will soon have to worry about IoT

IT departments will soon have to worry about IoT

An IT admin walks in to his cabin and instantly knows something is wrong. He does not even have to look at his dashboard to identify the problem. Instead, he heads straight to the server room to fix the server which is overheating because of a failed fan.

The IT admin does not have a sixth-sense. He is alerted to the problem by an internet-enabled thermostat in the server room which sensed the rise in temperature and automatically changed the lighting to alert the admin, through an internet-enabled lightbulb and his smart watch.

This is not the plot of a futuristic Sci-Fi movie. It is 2015 and just one example of how the Internet of Things (IoT) is already at work in business.

Smart living

Every few years, IT communities become awash with new buzzwords and trends that early adopters declare as the next big thing and sceptics decry as impractical and over-hyped. Over time, some fizzle out because of low industry acceptance, while others go on to really disrupt the industry.

From smart cars to watches and even homes, connected technologies are already changing consumer lives, fueling growing expectations and apprehensions. Last year, the government demonstrated its belief in the future potential of technology when it pledged to spend £45m to develop the IoT, more than doubling the funds available to the UK technology firms developing everyday devices that can communicate over the internet.

In the consumer market, IoT technology is already being lapped up. Within just a few months of its launch, Apple claimed 75% of the smartwatch market. As yet, self-driving cars are yet to take to Britain’s roadways. However, with prototypes already being pioneered and app developers racing to create everything from connected entertainment to automated piloting using GPS, when the infrastructure required to make smart cities a reality is sanctioned by local councils and city mayors, IoT could literally find itself in the driving seat.

Smart workplaces

Outside of very early prototype projects, currently, IoT does not rank highly on the enterprise agenda, which is typically a few years behind the general technology adoption cycle. However, in the not-too-distant future, smart-devices will be the norm – IDC estimates the market will be worth $8.9 Trillion by 2020, with 212 billion connected devices.

With the promise of enhanced business processes and intelligence, IoT is increasingly being touted as a holy amalgamation of big data, mobility and cloud technology. Despite this, in the short term at least, businesses will be reluctant to flow of sensitive data through such internet-enabled devices due to obvious security concerns. The exception is in the large businesses that have already explored the potential of machine-to-machine connectivity in their industries, such as automotive and insurance.

Where smart devices are catching up in day-to-day business is in an entirely different function of operations – facilities. What if your management decides to get internet-enabled LED bulbs and thermostats which connect to the internet? Will the IoT bring additional responsibilities on to the service desk? A definite yes.

Facilities need to be managed – and a tool to manage them. That’s just the start. For example, each bulb in a smart IoT connected environment must be monitored and checked to confirm they are working.

Assuming there are over 100 such appliances in an office environment, consider all the IP addresses that will need to be allocated. Likewise, a mesh network would also be required to control the IP address allocation, where one connected device would result in an ad-hoc network.

As previously non-IT facilities start to be connected to the internet, it will be the job of the IT team to make sure they’re working well. As the volume of devices connected to the network grows, securing it will be even more challenging.

Of course, organisations can get around the security challenge by having a local network dedicated only for these devices, but the management of this expanded estate would nonetheless require a dedicated management tool.

Where large organisations have already invested in machine-to-machine (M2M) interactions and deployed connected devices in their facilities, the purpose has typically been to achieve automation and gather more intelligence.

As yet, smaller businesses do not have to worry about automation and logistics at such large scales and it’s clear that the IoT is definitely not going transform their business operations overnight. However, before long, IoT will be something all IT departments should learn to manage – especially the new generation of IoT-connected devices which would traditionally have been classed and managed as non-IT assets.

Written by Pradyut Roy, product consultant, ManageEngine