How IoT is Fostering the Age of Smart Manufacturing

Despite the IoT’s decade-old origin, the technology in recent years has had an exceptional run that could only be paralleled to that of Midas’ Touch. Although Midas’ gift eventually became a curse to him and those around him, IoT has been nothing but a boon to those that use it. There are a great many verticals that have embraced the power of IoT and yet there are many more that still shy away from this relatively new technology. Manufacturing is a sector that has been on both sides of the spectrum when it comes to the implementation of IoT. There are very few companies that employ IoT as part of their manufacturing initiative, even though most industry leaders expect over 75% of the global manufacturing to include technologies such as IoT to boost visibility in the supply chain. This is the basis for the concept termed as Smart manufacturing.

What is Smart Manufacturing?

Smart manufacturing is an aspect of manufacturing where the latest advancements in IT and manufacturing are employed in cohesion to improve productivity and enable flexibility to address the growing needs of a global market. This involves the use of both advanced software as well as hardware which include fields like robotics, AI, IoT etc. This use of technology impacts both the physical aspect of turning raw materials into products and all the logistics and financial concerns associated with the various processes. There is, therefore, a steep demand for adaptability, on the infrastructure, enterprise and workforce levels. This is one of the major reasons why smart manufacturing is not being employed on a comprehensive level even amongst companies that have adopted it to a certain degree.

The IoT factor in Smart Manufacturing

We are approaching a phase called industry 4.0 which could also be defined as the fourth industrial revolution. Here to survive manufacturers must conform to the various technological advancements that dictate the industry or eventually perish. IoT is one of the largest disruptors in the world on almost all fronts of the enterprise. Manufacturing, in particular, relies a lot on this technology to create better visibility and flexibility in their manufacturing processes. As a matter of fact industry, 4.0 is a term that closely associated with the application of IoT in manufacturing and with good reason.

Automation is a staple amongst most large-scale manufactures. Even if in its rudimentary form, automation helps manufacturers keep up with the growing markets and their ever-increasing demands. While automation is a highly productive technology whose roots date back to the 17th century, today’s industry demands connectivity amongst the machines to enable effective management of the production cycle. Data as always is key and IoT helps gather and manage this data to allow the production chain to function without any lags. Furthermore, it also facilitates scalability and improved visibility within the chain.

Does Manufacturing Really Need IoT?

At the moment things are pretty straightforward. However, in the years to come manufacturing sector and associated processes are going to become more complex, particularly on the logistics side of things. As globalization becomes more and more of a factor, companies, particularly the large manufacturers will have to come up with a swift, cost-effective and efficient way to manage their logistics needs.

As more and more technologies and devices are incorporated by manufacturers the entire process is going to get a lot more complex and data generated therein will be a vital aspect of the growth and productivity of manufacturers. So at some point in the near future, IoT will be implemented to make the best out of production and logistics. By connecting devices, companies will be able to make the best out of the data they generate and this data can be leveraged to enhance the production cycle and improve various aspects of the production cycle.

The Challenges

Despite the known prospects of employing IoT in manufacturing, most of the industry is still unapproving of it. Around 70% of the manufacturing industry believes that IoT is not really a necessity at this point for their business. Most of this stems from the ignorance of company leaders. Most of them fail to see the use of IoT beyond a data standpoint. And when it comes to data people find it a vague prospect which costs more than its actual value for their businesses.

The second issue that stops people from adopting IoT is a misconception that the technology will only help large-scale companies and would be a drain on smaller companies’ funds. This is patently untrue as the adoption costs of IoT and the time taken for implementing it are all going down as advancements and research continue. The introduction of open source solutions also provides a good opportunity for manufacturers of all sizes to implement IoT and that too without having to spend much on dedicated engineering staff to monitor the technology. Not only does IoT address immediate issues of the company, it entails several long-term benefits that manufacturers can benefit from by effectively leveraging the technology.

Lastly, one of the biggest hindering factors for the implementation of IoT is the security concerns. The worldwide cyber attacks in recent years have manufacturers bothered about the security risks that this technology could be prone to. This, while a legitimate concern, can easily be tackled by exploring holistic security strategies. There are several cybersecurity providers who will offer the best security solution for IoT systems operating in the manufacturing sector.

Could IoT be the Answer to Colonizing Other Planets?

There is a lot of banter going on these days about colonizing Mars and the Moon. While it is true that we are closer than ever before to actually take the first steps towards such a program, the possibilities of actually establishing a human colony on the Moon, let alone Mars are pretty bleak according to scientists who have been researching this for decades. Yet all hope is not lost. For most parts of the whole grand scheme of colonizing other planets humans would probably be the last to be sent. It would be robots, rovers and many other automatons that will go first and prepare a planet for our arrival.

On paper, this seems like quite a plausible idea, as we already have plenty of rovers on both Mars and the Moon. In the crazy times known as the 1950s, the Americans were determined that they’d set up a fort on the Moon by 1969 and that it would house mainly soldiers. However, things are not that simple or straightforward or in their case based on a child’s fantasy. The rovers that currently reside on these objects, are merely there for reconnaissance and relaying the data derived therein. We are really far away from any working technology that could terraform a planet and prepare a habitable base. Also, we have to remember that these robots and devices have to last for years. If Mars One, SpaceX and Elon Musk’s plans are anything to go by, we might have all the technology required to successfully establish a Mars or Moon base in the next 10 years. And if such an event comes to pass, IoT will be a crucial technology that will help with the coordination of all these devices.

Internet of Rovers

Every single rover on the Moon and Mars are autonomous and are capable of performing several actions on their own. However, they need to be guided on which quadrant on the surface they need to analyze and so on. When the colonization process starts, getting all the machines to communicate would be an ideal option. While we’d still be providing the coordinates and all other data, drilling, mining construction and so on. Even if astronauts are around, there needs to be an internal communication between the machines. An IoT system will allow them to communicate smoothly and coordinate the processes without any delay in work.

The Long Trip

It takes anywhere between 5 to 10 months to get to Mars. That is a long time for humans to be in transit and travelling at 32,000 Kms per hour is not going to make the experience any more bearable. Tempers may run high, all sorts of issues may pop up between the astronauts, even leading to fights. So, it would be wise to keep them engaged with various social and recreational activities and minimize their involvement in the operations of the spaceship. While navigation is to a great degree automated in space crafts, there are several other processes that are usually done by the astronauts, be it monitoring or physically interacting. With IoT, most of these processes could be done by the devices themselves without drawing the attention of the humans. Furthermore, the use of wireless technology could save a lot of space and weight in the spacecraft allowing more room for payload. There are several research programmes that currently focus on this particular aspect.

XBee ZigBee Modules

Digi International an M2M developer worked with NASA a few years ago to test the potential of IoT in spacecraft and eventually in colonizing Mars. Digi helped NASA incorporate its XBee ZigBee Modules into their Sub-Orbital Aerodynamic Re-entry Experiments (SOAREX). The aim was to test the effectiveness of wireless operations in space. This is a substantial step for future long-term missions such as the one planned for Mars. These technologies will allow astronauts and researchers to gather much more data during burns, landings, lift-offs, and a myriad of other processes. By incorporating IoT a lot of devices can be allowed to function wirelessly freeing up space for payload or decreasing fuel consumption. Both are essential for long trips such as the one to Mars.

Landing On Mars

Even if things go as planned and according to schedule, there are several issues that need to be addressed.  By now we have gathered tons of data from the various space missions and flybys from as early as 1972. Yet with all this data, we’ve just scratched the surface. There is a lot of information that the four Mars rovers Sojourner, Opportunity, Spirit and Curiosity have sent back to us. The data sent by Curiosity in particular opened up the prospects for habitable conditions on Mars and in two years Mars 2020 will be bound for the Red Planet to further analyse the resources and topography and climate. This is where IoT will come in handy. If a cumulative effort were to be taken by the many space programs that are bound towards mars, IoT could be employed to mine out more than we have in the past 45. The application of IoT in robotics has been quite evident in for the past decade or so, including the Robonaut which is now wifi enabled and capable of connecting with the various devices on the ISS. So such a network of connected machines on Mars or the Moon even could speed up our journey to the far reaches of our solar system. And the potential for colonization could be further explored in detail.

From where we stand today, machines are the key. No human has stepped foot on a celestial body since 1972, ironically the year that the Mariner 9 probe was launched to orbit Mars and study the planet, a job it continues to do even today. So, it is machines that will help reboot our space touring days, and it is technologies like IoT and AI that will help us achieve this.

How IoT Could Help the Emergency Services

There are few institutions out there that have a nobler intention than the ones that provide emergency services. Be it fighting blazing fires or getting a dying patient to a hospital, emergency workers are heroes who are revered with both admiration and respect by the entire humanity for the services they provide at great risk to own lives. There are several processes that help emergency and rescue systems function ranging from field work to dispatch and records. All of these aspects get updated constantly so as to keep up with the growing needs of the global human populous. Among all the technologies applied so far in Emergency services, there is one technology that is seldom discussed in this context despite its high prospects for such a field, IoT. So, let us now discern some of the most important aspects of Emergency services and how IoT could help various emergency response institutions cope with them.

Emergency Response Hotline

The easiest numbers to dial, often restricted to a maximum of 3 numbers, and capable of connecting without having a Sim Card, the emergency services numbers are often the first and last hope for people in varying levels of danger. The idea behind keeping these numbers simple and easy to dial like 911, 100 or 999 is to ensure that anyone in immediate danger can receive help immediately. But how reliable are these numbers and how would they cope during a busy day? Despite their simplicity and ease of access, there are some issues associated with them.

Network Traffic

Relying on one number all over a country makes sense for emergencies, but, connecting hundreds of millions of people and even in countries like India more than a billion people is no easy task. Heavy traffic on the emergency lines can cause a considerable amount of delays in relaying calls through to the concerned departments.

Location Tracking

Even though emergency services get constant updates to their infrastructure like new models of fire trucks, ambulance vans and police cars, their location hardware, as well as software, is still ancient. Even in countries like the United States where most of the domestic infrastructure is pretty developed, pinpointing the exact location from where an emergency call has been made is a challenge. Today approximately 2.5 Billion people in the world either directly use or have access to a smartphone. This is both a good thing and a bad thing. Traditionally emergency phone operators triangulate a call’s source by referring to the address to which the number is registered. Ever since cell-phones have come around this has been rendered obsolete and operators have to rely on the use of GPS. Which again due to infrastructural constraints is proving to be a great challenge. Studies state that in countries where GPS systems are employed for tracking calls, the local food app more accuracy than the government emergency system.

How IoT can help with the Calls

Using IoT cell phones can be connected to the emergency services network allowing emergency services personnel to easily triangulate the source and use their guidance system to track them down easily. There could even be a system where an application could be used to send out an emergency message or a beacon of sorts to alert the services. There is also a prospect to automate the process in such a way that a signal is sent out immediately without someone having to do so manually. One way to do so would be relying on CCTV cameras, car sensors and other sensor-based technologies to detect accidents, fires, crimes and such. A system with such devices connected to an IoT network could be an ideal solution for reducing delays caused due to the problems in the phone network.  While this may sound like a far-fetched concept, it is presently being applied by a few cities. Cities like New York have provided their Police Department with an IoT system that allows them to detect and triangulate gunshots using car sensors. The same technology is applied by the fire departments as well.

Dealing With the Traffic

Overpopulation has been a problem for quite a number of years now and there seems to be no viable solution to dealing with all the problems that stem from it unless an asteroid was to strike and trigger another mass extinction. Like almost everything affected by overpopulation, emergency services also have their fair share of woes. One of the biggest ones being the constant surge in traffic. It is estimated that in the year 2015 there were approximately 947 million passenger cars and 335 million commercial vehicles actively in operation around the world. The traffic issue in crowded cities is a problem just as old as overcrowding itself. Even cities that have experienced a recent and sudden surge in population and infrastructure growth like Bangalore can feel the pinch (although often it feels more like a punch in the stomach after being stuck for hours in traffic).

This truly puts emergency vehicles in a spot of bother when they run into gridlocks when they are racing against the clock. With an IoT system, an emergency vehicle could have real-time access to an entire city’s traffic light system and could somehow manipulate it to allow them to pass through. As a matter of fact, such a system has been tried before but with very less effect. Because no matter how well connected a system may be, aspects like traffic need a human presence to deal with them effectively. So, there are quite a few kinks to be worked out here, but there is still plenty of prospect for an effective solution to this through IoT.

The Potential for the Advent of Robotics in Emergency Services

We have discussed Calls, the vehicles, and tracking, but, all of this would be just moot without the sweat and blood of the emergency responders. The Paramedics, the Firefighter, the Police Officers, all risk their lives every single day to keep the World safe. Their jobs are anything but safe and they try to ignore this fact when getting a job done and often end up paying the ultimate price for doing so. All the protective gear and safety measures in the world could fall short in the most critical of situations.

Robotics to this end seems to be a potential solution to minimize casualties and work under situations even the most staunch of firefighters couldn’t handle. While Robotics is already in use in an infinitesimal capacity in certain aspects of Emergency management there have been no such results that would prompt further proliferation. However, there are plans in place to employ IoT to introduce the robotics elements on a mainstream level in Emergency response. By employing robots for certain tasks, the effectiveness of the process could be increased while minimizing the risk. The robots could be dispatched ahead of a firefighting team or a police squad, to asses the situation and start the implementing rescue or relief measures. Establishments like the United States’ National Institute of Standards and Technology are already working on making robots designed to perform quite a few ambitious tasks such as search and rescue, climbing up stairs with various degrees of inclination, working in pitch dark or extremely bright environments and so on. With the use of IoT, these efforts could be put into overdrive and an almost automated system could be created which can work alongside the Emergency responders to produce a cumulative result which could only be achieved by the sum of both man and machine.

How IoT is Influencing Healthcare

The Internet of Things or IoT, by definition, is a technology that connects multiple devices to create a network much like the internet. Over the past decade this technology has been applied to many fields, but none more vital than healthcare. In healthcare the application of IoT is quite versatile, covering quite a few aspects of healthcare including patient care and supporting doctors and other medical professionals. While IoT has the ability to save millions of lives as part of the healthcare industry’s technical complement, it is not without drawbacks. So, let us take a look at some of the things that IoT could revolutionize in healthcare and the challenges it could pose.

IoT and Healthcare Monitoring

Today there are several devices, wearable or otherwise that are being used for monitoring several aspects of the human body. From our heartbeat rate to the ph levels in our blood sweat and urine, the traditional hands-on methods of diagnosing are way behind us. We can do a lot of monitoring on our own using these devices. The monitoring devices also serve as a vital tool for doctors to keep track of their patients’ health when they are in the hospital as well as after they are discharged. With IoT such devices can now be connected and provide medical professionals with all the data might require often in a compiled manner so they have access to every aspect of it. Furthermore, these devices when connected could come in handy during emergencies such as heart attacks or strokes by relaying the information to emergency services and facilitating the dispatch of necessary vehicles and personnel.

IoT in Medical Research

With monitoring technology growing exponentially at a steady rate, research has become considerably effective and more fruitful. Using the data received from patients and healthy test subjects, researchers can now craft medical solutions more effectively with a minimal chance of failure or side effects. IoT helps to enhance this process by facilitating the collection of data in real time and allowing it to be analyzed immediately, irrespective of the patients’ location. When it comes to drug testing, mobile IoT applications keep track of the patients’ behavior and body vitals while intimating them to take their medicine on time and double checking whether they have actually done so.

Enhancing Infrastructure Management

IoT’s application in the actual healthcare process has been quite useful so far. But, another aspect of healthcare where IoT is applied is infrastructure and budget management. Healthcare has always been an expensive affair and all the technological updates that the industry has had so far have only complicated things. IoT to this end helps out by analyzing all the infrastructural needs of an institution based on patient population, the frequency of consultations and the effectiveness of treatment imparted. Furthermore, healthcare facilities are now capable of accessing patient information and helping them out remotely using the connected devices, which saves a lot of time on infrastructure. Most services that can be offered remotely are surely bound to help ease the financial burden both for the healthcare providers as well as the patients.

Inventory management is also done using IoT today and this is proving to be an effective method of managing resources for healthcare institutions as well as pharmaceutical dispensaries. Keeping track of all the medical supplies that are dispensed to patients is by no means an easy task no matter. For large scale facilities, this is an even bigger issue due to the volume of cases they deal with and the frequency of emergency cases among them. Lack of proper monitoring could also lead to overcharging patients for supplies that had not been used on them.

The Roadblocks

Today there are several factors that pose a challenge for the healthcare community while implementing IoT as part of their service module. Most of these stem from the fact that the healthcare sector is not yet quite familiar with the technology and its use hasn’t spread across the globe as with other verticals such as retail.

Security

In the digital age, security is an issue everywhere and for an industry like healthcare where the healthcare data of millions if not billions of people are stored, the fallout could be drastic. It is estimated that a very high percentage of connected devices in the healthcare sector has been exposed and are extremely vulnerable to threats. According to experts the reason for this is the lack of understanding of IoT and its requirements by the top management of the healthcare centers. Most healthcare facilities tend to overestimate their own infrastructures and their capabilities and become oblivious to the actual things needed to support connected devices.

Multiple Device Integration

For IoT to function effectively in a healthcare system it is prudent for the integration of multiple devices functioning on a myriad of different platforms including mobile. Since IoT is a relatively new addition to healthcare, there is a lack of uniformity in protocols and regulations applied by various device makers which can lead to discord on a large scale. This is an issue that exacerbates the use of IoT in healthcare.

Scalability

For IoT and supporting devices to grow in the healthcare sector, the application of this technology must achieve a global level. The only issue here is that, today we are not even close to this scale. Many countries developed and developing alike still use primitive healthcare tools especially when it comes to patient data and medical records. This could stunt the growth of IoT to a great extent.

Conclusion

IoT undoubtedly has been a vital technology for healthcare. Its use have allowed doctors and patients to co-ordinate better and has also sped up the healthcare delivery system in countries where it is employed on a comprehensive level. But, its various shortcomings, most of which could be attributed to the lack of expertise and exposure to the technology, are the cause for some serious concerns. Security in particular is a menacing issue that needs to be resolved immediately. The good news here is that various IoT companies and the various governments are trying to coordinate to bring their respective healthcare systems up-to-date.

How IoT is Influencing the Automobile industry

The Internet of Things is a technology that has been making a buzz in every forum and in doing so it is proliferating into every aspect of human existence. The IoT that we know of today is still in its infancy and all its applications that we see today are just a glimpse of what is to come. And it is a pretty elaborate glimpse. There are quite a few fields that have adopted IoT and are leveraging it on various degrees. Automobile is one such industry where IoT has several prospects lined up. So, how will a world of smart sentiently connected automobiles work and what can we expect in the future?

The automobile-IoT Story So Far

Connected automobiles is not a phenomenon we should be expecting in the near future, but something that already exists and has been around for quite some time now. There are several automated and semi-automated features in automobiles that have existed for decades. We all marveled at the GPS and mapping services in automobiles when they were introduced. Surprisingly this is a technology that was conceived decades ago, in the 60s. General Motors the American automotive giant, launched a program in 1966 named Driver Aid, Information and Routing System or DAIR which was intended to function similar to the modern GPS systems, but used ground-based infrared systems to relay the information rather than the satellite-guided internet system we use today. Even though DAIR never took off from its R&D phase, it helped laid down the foundation for the many ventures that followed in the ensuing decades.

G.M.’s most successful effort to incorporate a navigation system into automobiles came in the 90s with OnStar. This was also the first effort at using networking for navigation and guidance purposes. Although the devices applied for this were the now obsolete CDMA mobile phones. The services offered through OnStar included navigation, guidance and security features. Considering the technological limitations at the time both on the hardware as well as the software fronts.

The Smart Cars of Today

From the age of integrated circuits to digital, there has been a sea change. The dawn of the 21st saw the advent of several technologies that made things that once thought impossible literally a child’s play. Navigation, cab services, security, entertainment, and a myriad of other aspects became a staple feature in the modern cars. Once software applications started going mobile, the possibilities became endless. The noughties was a decade of competition. Application war would be a better term to describe the rat race that ensued between Blackberry, Google, and Apple. A war that is still going on with seemingly no end in sight. What this led to was the rapid evolution of the mobile platform and its prospects which have delivered us to the technological jungle that we live in today. The self-driven car which many an expert once predicted could only be brought to life in the distant future, is very much a reality today and is improving every day. The advancements in networking have further fueled progress on this front allowing onboard devices to function autonomously. Automation, in general, has received quite a boost and various functions are now getting automated and mobilizing for scalability and better access. This has been great news for cars. The only downside today is the service and monitoring charges that are associated with such services today.

Driverless Cars

There are quite a few driverless cars out there today. From Google’s Waymo to the many Tesla cars, innovations in the past few years have sown the seeds for a market for automated vehicles. Tesla just announced that all its cars will feature autopilot options. This is indeed a huge step as we head towards a future where many daily processes mundane or otherwise could be automated.

V2V and VII

The most effective aspects of IoT in automobiles are the Vehicle to Vehicle (V2V) and Vehicle Infrastructure Integration technologies. To bring these innovations to life, many companies turn to expert automotive software development services that specialize in embedded systems, connectivity solutions, and advanced driver-assistance systems (ADAS).Although still under research these technologies are proving to quite useful in the practical application they have been subject to so far. V2V and VII, collectively known as V2X integration function by enabling a communication network between devices embedded within the car in sensor and other forms, with wearable, portable and centralized devices which will be relaying information between each other. This network will enable functions from basic monitoring and diagnostics to the automation of various processes including driving itself. Progress on the data analytics front will further enable this to leveraged to a greater extent allowing more effective coordination between devices which could eventually lead to a safer, smoother and enjoyable ride.

The Long Road Ahead

IoT is still a relatively new technology and it has a long way to go before we could harness its full potential. The progress done so far with the resources we have has been quite remarkable despite the few shortcomings which have even claimed life in recent times. There is no denying that the idea self-driving cars will be the subject of unending debates for many more decades to come and the inevitable accidents could make the already skeptical populous even more paranoid about it. This could probably be the biggest roadblock that automobile manufacturers and the IT industry will have to overcome to build an IoT superhighway of the future.

Blockchain Technology in IoT

The blockchain is rapidly emerging as a hot tech trend. It has the capability to disrupt multiple industry sectors and offer endless possibilities and ventures that were once impossible but now are quite the opposite. It is also promising fruitful outcomes through mergers with other technologies

When it comes to mergers, let’s talk IoT (Internet of Things). The technology that is said to connect every device that consists of an IP address and can receive or transfer information is revolutionary in every perceivable sense. But there are challenges IoT seems to face before changing the face of technology. And if experts are to be believed in this arena, Blockchain seems to have just what it takes to address those issues and get the tech rolling.

Decentralization – a key to IOT and Blockchain merger

One of the major challenges IoT faces is its reliance on centralization. This is done via the server/client model. The problem here is that since all devices are connected through cloud servers, in order for devices to be connected, they have to travel a long, long way even if the devices are at an arm’s length.

Yes, there is no denying the fact that cloud computing has revolutionized the tech industry, but looking at how much of data would be generated in the years to come, this system looks vulnerable to an electronic cloud-burst. It is imperative to find a surefire way to overcome this as industries like Healthcare and other very important aspects of human life will soon depend on IoT for its functioning.

This is where the decentralizing approach to IoT comes in handy, as per tech experts. Decentralizing IoT networks across the billions of devices that constitute IoT overall would ensure the absence of a weak spot. In case there ever would be a single spot of issue, it would still not pose enough threat to the entire network and the network would function just like it always did, without a glitch.

How blockchain helps the cause here?

Blockchain, primarily, is a technology that allows the formation of a distributed network of transactions that would not rely on storing information in central servers but rather function on the shared nodes of a network. Blockchains use cryptography to authenticate and spot out nodes that enable them to safely add transactions.

What’s the best part about blockchains is that it is totally tamper-proof and cannot be messed or manipulated with.

The fascinating bit about this is that the merger of IoT and Blockchains is already making all the news. Being backed by start-ups and corporate tech giants alike, this IoT-Blockchain merger is riding on a high wave.

Companies like Ethereum and Filament are putting the IoT-Blockchain merger to use and are finding some interesting implications of it.

Though there may be a lot counting on IoT to click for the good of all humanity and though Blockchains pose a genuine solution to most of them, it is far too early to say that IoT-Blockchain is the ultimate solution to it all. It isn’t yet the perfect option but it sure is promising. And for the moment, that’s enough to consider.

4 IoT Product Design Best Practices Worth Knowing

The Internet of Things has revolutionized our generation, blessing us with products that simplify our day to day lives. Ever since IoT became a success, all major brands want to launch their own IoT products into the market and compete with rivals to determine whose device is the best.

Take the case of Google and Amazon who are competing over which smart home device works the best; the Google Home or Amazon’s Alexa. Both have similar functions and usability but are always at loggerheads about efficiency and quality.

There are many components that go into a viable IoT product design. Right from embedded electronics and software, to sensors, actuators, and connectivity, the overall product design needs to account for a lot of aspects. This way, they can work well with human-to-machine and machine-to-machine interactions. Want to know what these key aspects are? Then read on and find out more

1. Emphasis on value

Emphasis should always be on quality research data before anything else. The research team needs to dig deep into user behaviors and patterns in order to come to conclusions. If the designs are groundbreaking, they reach an unbeatable quality that will become hard to match, thus delivering a well-crafted product to the market. And if R&D is done well, your product design has a higher likelihood to stand out from other similar products.

2. Architecture Security

Since IoT functions in real-time, developers need to keep security at the utmost priority. Because these devices are dealing with private user information like addresses, payment information, real-time locations and phone numbers.

If there happens to be a data breach or a hack into the device software, all this private information can go public or in the wrong hands, thus endangering the user as well as tarnishing the company name.

3. Taking context into consideration

An IoT device is such that it works around the clock. So it should be designed to perform well in the background rather than being in front of the user because it can be quite annoying at times. Commands given through digital boundaries may produce real-world effects, but unlike digital commands, the actions happening in the real world cannot necessarily be nullified.

IoT devices should also be of weatherproof design. Come rain or sunshine, the device should be able to sustain in any climate. Having a robust IoT design will give the product a cutting edge over competitor’s products.

4. Responsible data usage

As a device connected to the internet, it is obvious that a lot of data will be generated over time. But, it is important not to pile up that data, instead generate data that is relevant to the user. It is essential for a designer to keep in mind the prowess of data science and what to do to generate the relevant actionable insights for stakeholders.

Data science offers a lot of opportunities to make sense of the patterns and trends behind the numbers and separate the valuable insights from the seemingly mind-numbing data deluge.

To wrap up

If these 4 points are taken into consideration, one can surely succeed at launching a successful IoT device into the market. The prospect of IoT and the role that digital design will play is about empowering users to find data in ways that previously required a lot of effort to find out. Developing an IoT product is not about being economical but about gaining a level of proficiency that will benefit everyone.

How AI will shape the future of Internet of Things (IoT)

The Internet of Things (IoT) has been the topic of discussion for the past few years. It seems as though everyday the IT universe is finding new applications for IoT and its mainstream plausibility is becoming more. While considered a brand new vertical with endless possibilities IoT is just an extension of Artificial Intelligence. The very idea of IoT spawned from the prospects that AI has shown in the past. The idea of devices being connected with each other and communicating is something that is truly a remarkable point in human civilization. When we take a closer look, it sheds light on the extent to which AI has grown and the development it has brought about in other verticals.

While the application of AI in other verticals such as robotics, automobile, marketing etc. create reason for argument due to the various threats they pose, IoT is a vertical that at the moment poses no such threat, unless they start transforming into little killer robots and tearing your house apart.

Device Development and AI

Today we have more machines around us than we have human beings. If we introspect it might seem that we are spending more time with our smartphones than we are with other human beings. While a frightening realization, it is the future that we have been building since we first sprouted on this earth. At the brink of achieving that reality, we are now at the stage where we are exploring choices and trying to make the right steps towards them. The devices that we are coming up with reflect these steps and that is where the concept of AI raises some interesting questions for IoT.

While AI is primarily used as the cornerstone of devices, in IoT it plays several roles. There is much there that could influence how the IoT would react with our world. Further along the way it would boil down to the popular paradox of the chicken and the egg. Which technology would shape our future- AI or IoT?

It is easy to argue that advances in both these technologies would be of equal consequence. However, that is not the case. The very correlation between these two verticals is just as defined as how contrastingly they could influence each other. Machine learning is a key aspect of the progress that IoT is making. An IoT network that would consist of devices with sensors, video surveillance tools etc. will be capable of monitoring the functioning of the other devices. For software related issues certain devices will be equipped with troubleshooting tools both for themselves as well as other devices. Data is the instigating factor that could influence all these technologies and it is data that will continue to govern them in the future. The expectations would again fall upon AI to make the best out of the data.

IoT in Data Analytics

The idea of developing actionable insights is something that in recent years has provided a huge update for the use of AI and IoT services. As these technologies function using data, the uses become well defined and the margin of error depends only on the validity of the data. This creates avenue for wearable ‘smart’ devices to actually function in a sentient manner. Devices such as the heart rate monitor watches, various goggles allow provide vital data that could be relayed to your doctor, your banker, even your barber, who could avail the analyzed output that they could use to customise the service they provide.

Deep Learning

Deep learning is a breakthrough in IoT. This technology facilitates devices to go beyond the prosaic machine learning algorithm. Deep learning draws from a plethora of sources to arrive at a solution on any given subject. This comprehensive approach to producing solutions could become a key driving force for IoT and how the various devices around us function under it.

Conclusion

The many exabytes of data that is being produced now allow for further proliferation on the IoT front. Going ahead, it is AI’s data analytics capabilities that could facilitate this growth. Both machine learning and deep learning both function on the data that is procured through AI data analytics.

With the AI data analytics process being non-stop, big data and other verticals are proving to be vital resources for IoT. Many industry experts believe, actionable insights will be the key to the future. The possibilities with actionable insights are endless and investments in AI have been made to speed up and increase the productivity.   

IoT in Agriculture

IoT has shown tremendous potential in various gadgets such as wireless speakers, electric appliances, light sources, etc. It has also been used in practical and innovative applications in industries (termed as Industrial Internet of Things or IIoT). Sectors such as agriculture is seen as one of the biggest beneficiaries of IIoT and the various advantages it offers to streamline the farming and cattle-rearing operations.

Why the need of IIoT in agriculture?

With the help of Industrial Internet of Things, the agriculture industry is evolving to enable growers and farmers face various hurdles on the field efficiently. Before the implementation of this technology, the sector was facing low rewards, heavy workload on labor, and high risks. Moreover, farmers used to face unexpected risks, economic recessions, and sudden changes in the environment as well. All this greatly affected the overall growth of crops in fields, until now.

How IoT can evolve farming?

IoT has a lot of scope in agriculture. So, let us have a look at some of the ways it can improve this sector.

1) Controlling climatic conditions in greenhouses

Greenhouses require subtle conditions so that the growing plants can stay healthy. Previously, this process was quite labor-intensive, but with the help of IoT-based equipment, it has greatly helped in reducing the burden on growers.

The process involves using sensors that monitor attributes like soil moisture, intensity of light, humidity, temperature, etc. These sensors connect to appliances that automate processes such as air or water control. Some sensors are even smart enough to deduce signs of pest infestations.

2) Safety of crops in logistics

IoT technology has also evolved the supply chain management of agricultural products, retail and logistics. Farmed food that is shipped to various places is tagged using Radio Frequency Identification (RFID) tags that help in easy tracing and tracking.

This increases consumer confidence and transparency levels about the source and origin of the food product they would be consuming. Some IoT gadgets used for monitoring the crops are so advanced that they provide real-time data for packaging, transport, and storage of farm foods.

3) Monitoring crops

A lot of IoT-based machines and robots are coming up to help in experimental farming. A few of these are designed for monitoring crops in a field. With synchronizing capabilities, these machines are able to record data like yield maps for crops or link information related to crop prices.

Such robots are said to be so capable of their sensors and features that they are able to keep track of every single crop stalk in fields.

4) Livestock farming efficiency

Not just plants, but farm animals can also be monitored using this technology. Internet of Things can monitor problems like infection threats among chicken, cattle, etc. and inform farmers about it before it gets too late. Even food intake habits can be monitored for farm animals that can help in deciding the right food for them.

No doubt, the world of IoT has so much to offer farmers in the world of agriculture. The ROI that this investment will bring is bound to outweigh the costs associated with it. Hence we can expect to see rapid adoption of IoT technology in the agribusiness.