Posts for Technology Category

Industrial Internet of Things (IIoT) is the Integration of Information Technology and Operational Technology for a revolutionary move of every organization.
Internet of Things (IoT)

What You Should Know About Industrial IoT (IIoT)?

A sneak peek on the internal processes and challenges in implementing Industrial IoT (IIoT).

A company uses an app to ensure that their machines have enough fuel at all times and details regarding the replacement as and when required. The operators also have instant access to all such key indicators in real-time, making it ‘human error-proof’ and increasing efficiency. This was just the beginning of the Industrial Internet of Things (IIoT), which focuses on automation, operational efficiency, maintenance, and many more mature operational aspects leading to industrial transformation. Some major industries relying on IIoT and making it more futuristic with time include logistics and transportation, manufacturing, energy, and utilities, etc. Know how Digital Transformation is shaping the future of the logistics industry.

If a production line that is miles away, monitored by automation and robots, stops due to a technical snag, a technician has to travel all the way to identify the problem, find the solution and then fix it. What if the robot had indicated beforehand that it needed maintenance? What if the technician could read the problem remotely and rectify it from where he/she is? Such is the opportunity provided by IIoT.

The Principle Benefits of Industrial IoT (IIoT)

Adopting a system that makes human labor easier and production more efficient obviously has crucial benefits. Some include,

  • Maximum utilization of assets
  • Better operational efficiency
  • Creating new business opportunities
  • Cost-efficient
  • Reducing downtime

How Can Organizations Optimize IIoT Projects?

While most of the organizations are looking to adopt Industrial IoT, only a handful are successful to see the end of it. The following are some of the ways to ensure that the whole process sees the daylight and continues to work on more complex applications in the future.

1. Start small

A massive and sudden change may be difficult to implement and also confuse employees. It is also important to experiment with the risk taken initially to be ready to face failures if any.

2. Legacy equipment

It is important to check the existing equipment for their readiness for transformation. If they are too old or not compatible with technical upgrades, necessary steps should be taken to prepare them.

3. Build partnerships

Internal partnerships between teams and required external partnerships to get things started would go a long way in creating an adaptable environment for IIoT.

4. Focus on analytics

All the big data collected should be put to proper use with proper insights, action plans, and automation. The collection of more data is also crucial to keep the systems updated.

5. Security

The biggest challenge in the Internet of Things is security. From the beginning, the security of connected systems and applications should be monitored. Rootquotient is one of the Top Mobile App Development Companies practicing security by design and embedded security since there are multiple components involved.

Talking of challenges, as with any technology, IIoT also faces challenges in implementation. Educating the employees about the change in process, security, data collection, connectivity, and visibility are the current challenges, to name a few. Integration of Information Technology and Operational Technology could result in what may be a revolutionary move for the organization.

With the right monetary investment and commitment to developing the industry’s infrastructure and be prepared for rapidly changing working systems, the initial challenges can be overcome with ease. A systematic approach of applying contemporary data management and analytic systems will add value to IIoT. Get in touch with our experts to know more about leveraging the power of connected systems by implementing the Internet of Things (IoT) in your organization.

Written by Jayashree in September 12, 2019
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The world industries are looking at logistics with keen eyes for their overdue digital transformation. Innovation and agile changes seem to be the way up.
Digital Transformation

Digital Transformation and its Impacts on Logistics

Digital Transformation helps in overcoming the tip of the iceberg which seems to bug the logistics industry.

A company has employed Mr. X, who is in charge of truck deliveries to the customers. He travels 300 km to deliver a product and delivers many others on the way. Once the last order is delivered, he comes back empty, which becomes a burden on both the company and the environment. This is only one of the basic challenges faced by the logistics industry. The demand for physical delivery of products, typically known as “the last mile” and many other challenges like difficulty in data collection have contributed to the slower adaptation of digitization in the logistics industry.

Ways in which Mr.X can be helped by the organization with Digital Transformation.

1. Track and Trace

How the industry is trying to help Mr. X is by increasing transparency in the whole process. The company decided to track the delivery of the assets around their own manufacturing facility and over a period of time, identified a pattern and customer preferences. This led to identifying potential breakdowns in the supply chain beforehand and avoid such mishaps. This not only helped the truck driver but also increased transparency among customers, who were able to see what happens to their products in real-time. This reduced cost, increased transparency, eventually providing better service than before.

2. Blockchain

A customer places the entire trust in the company to deliver its product. How does this transparency increase to build more trust? While every other industry is almost there, logistics is just beginning. However, it’s never too late. The blockchain technology has increased transparency and also has made digital payment safer. Read a quick brief onBlockchain technology in governance.

3. Automation

To manage warehouses, the company started using automated forklifts and the systematic working helped resolve internal confusion. Soon, conveyer belts became the norm. To extend this, the company also experimented with autonomous trucks, which ran bumper to bumper, resulting in reduced costs and usage of lesser fuels while accelerating the process. This does not sound great for Mr. X but he was appointed as the in charge of all truck movements and he played a modified role in the company. Such investments on automation enhanced the overall experience for both the customers and the organization.

4. Innovation

Meanwhile, the problem of empty trucks still bugged them. They created a platform to collect data of trucks going in the direction of their requirements and allotted some of their products to be delivered on the way. Though this was risky in the beginning, there were some drivers who gained their trust in the process. Tracking them was easy as the necessary technology like GPS is already in massive use. The organization was also able to return the favor in some other routes, making sure their trucks weren’t empty throughout. This required modification of roles for some employees internally, but that did not affect the system in any way.

The Update Obstacle

The basic challenge is to follow all these on a regular basis. The experiment proved well but implementing this as a system requires more investment in all areas and updating of customer interface now and then. The data collected does not hold good for long time periods. This organization is an individual player working on a change. This will prove more beneficial if the entire industry moves at the same pace in this direction.

Of late, bigger organizations themselves have started completing “the last mile” as they come up with solutions themselves. Amazon drone delivery is a prime example of this. This does not mean the end of the road for third party logistics as their expertise and facilities cannot be matched immediately by organizations.

However, the world industries are looking at logistics with keen eyes for their overdue digital transformation. Innovation and faster process changes seem to be the way forward. It is important for the entire industry to work together and create a revolution to keep up with everyone else as they make up for the final step in several of them.

Written by Jayashree in August 29, 2019
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Case points to prove that governments are taking small, careful and innovative steps towards using blockchain technology for problem-solving.
Blockchain, Technology

Blockchain Technology In Governance – A Quick Brief

A look at how governments are gradually leaning towards blockchain technology
for better and easier governance.

Blockchain, also known as Distributed Ledger Technology (DLT), is nothing but a platform where digital asset transactions are recorded and stored transparently and chronologically. Almost all government departments require asset management and transactions. So, why depend on blockchain technology for this? What pushes the governments to choose this and win the public’s trust? What does the future hold for governance and blockchain technology? Why Should Governments Invest In Futuristic Technologies Like AI?

Blockchain and Transparency

The foremost difficulty faced by the public with government transactions is the slow, long and opaque processes. People are even unwilling to go through the expensive paper works and are tired of corruption as they are unable to see through the processes. Apart from creating easier processes, blockchain also became a platform for governments to gain people’s trust and engage them better in governmental transactions and procedures. Government identification numbers verified on a blockchain would result in easier voting system, taxation processes, gain more control over transactions, tamper-proof storage of government documents like passport, visa records, property titles, etc.


Though governments were hesitant to the point where cryptocurrencies were made illegal, countries like Chile have started accepting taxes in cryptocurrency. A section of the world views it as a coming-of-age development and more governments are expected to use this as a source of income. Another instance was when the US government started auctioning all the bitcoins seized in criminal offenses. In 2015, the US Service Marshalls auctioned about 44,000 BTC that was seized, proving that the governments need not always follow the mainstream route for cryptocurrency income. A series of auctions have happened ever since. Rootquotient is recognized among Top Fintech Software Development Companies.

The Dark Web

Since cryptocurrency is not monitored by a central authority, criminal offenses have plagued the system beyond measure. To curb this, the US government has been vigilant with strict ID checks and photographing people using the machines for the exchange to enable tracing. A strong case point for this is the Silk Road online drug market. The drug lord of Silk Road used a bitcoin platform to promote his illegal trade of mushrooms and could not handle the influx. Though he reached an all-time high immediately, it was short-lived. The US government insisted on the DEA and the FBI shut down the Silk Road due to several complaints on illegal activities and transactions.

The Other Side

A section of experts argues that central banks do not guarantee fraud-free transactions. In fact, there have been instances where their tinkering has resulted in corruption, increased unemployment, and recessions. Though this argument is legit, it has remained theoretical and the discussion has not taken a full charge to support the usage of cryptocurrency.

Where Do We Head From Here?

Innovation experts hail blockchain technology as the future. In 2017, the Canadian government launched a discussion on using blockchain technology in enterprises with the help of the National Research Council involving all governmental departments. In 2018, they successfully launched their first-ever blockchain trial publicly on Ethereum and tested the transparency of a large number of financial transactions and recordkeeping.

The US government has signed a contract with IBM Watson Health to experiment with the usage of blockchain to share patient data securely. This was to reduce the problem of lack of transparency in the health department.

Four major blockchain companies have launched the “Blockchain for Europe” association to be a unification point for all blockchain-related governmental organizations. They also aim to clear the air around the legalities of this technology, hoping to create a stamp of positive views on blockchain among people, with government approval. This will see the light of its day considering several governments are open to welcome cryptocurrency and other technology for transparent governance and futuristic policies.

These are case points to prove that governments are taking small, careful and innovative steps towards using blockchain technology for problem-solving. This might attract more investors and consumers, making it a part of mainstream governance in the future.

Written by Jayashree in August 1, 2019
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A look at the highly influential areas of technology like artificial intelligence for governments. Right investments and applications, will augment rather than replace human resources.
Artificial Intelligence, Technology

Why Should Governments Invest In Futuristic Technologies Like AI?

A look at the highly influential areas of technology like Artificial Intelligence, which the governments gain on.

Throughout the years, technology has played its part in shaping the modern digital world. With dependence on technology becoming more of a need, one must agree that it is only in the recent past that the government investment in futuristic technology has come on par with private investors. What makes it crucial for the governments to step in rather than watch the private sector take over the arena? What difference does it make compared to the technological advances the world has seen so far?

Upskilling The Workers Towards Artificial Intelligence

As technology takes over, workers in different sectors should be upskilled rather than simply complaining that humans are losing jobs to technological advancements. There will be jobs created by technology like AI, which would require more than normal skills found today. The finance sector is the best example of this today. AI is already assisting financial officers in augmenting financial planning and enhance investment strategy. Being a relatively conservative area, AI is used to track data-driven investments enhancing business modules. They are also used to prevent fraud, create better security mechanisms and track culprits based on their activities and so on.

An All-round Influence By Technology

Investing in futuristic technologies not only helps in better returns but also improve every field they are used in. For instance, robotic surgeries are far more accurate and precise than human surgeons; better infrastructure planning, citizen response systems to address their issues instantly and directly, defining policy requirements based on data collected, etc. are some of the areas where the governments are already using technology. While increasing their chances to retain power, technology also means immediate government regulations based on what algorithms indicate. Influential technologies like AI cannot be sent back to the start. They need to be used constructively like having a more open government, assisting in smart citizenship, resulting in a good balance between democracy and technocracy.

Industrialization of AI

A study suggests that about $15.7 trillion will be added to the global economy by 2023, thanks to AI, out of which North America alone will be responsible for 14.5% of the boost. With giants like the US and Canada spending actively on AI, such a massive impact can be achieved with the industrialization of Artificial Intelligence. As already seen, the wide range of applications and influences in various industries results in a constant state of innovation.

Growth becomes inevitable with innovation, especially in fields like agriculture, labor markets, energy management, etc. This is already in progress with the governments investing highly in researches and working closely with Universities to use fresh minds for development and innovation.

Right investments and applications will augment rather than replace human resources. Citizens are in touch with the most advanced technology as soon as they see the light of the world. Time is not in the governments’ favor. Hence, it is ideal that they start investing in these technologies today rather than watch the private sector make use of the gap and influence the people in their own ways. The government also could prove to be the point of control in not letting technology influence people in a bad way.

Most of the developed nations like Canada are focusing on technology as a driving force for a global society instead of simply looking at a national gain. A quick brief on the AI scene in Canada. In return, one can also say that globalization has impacted the perspectives of countries investing in futuristic technology.

Written by Jayashree in July 25, 2019
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Larger firms have a better view of the problem, for which startups prove to be problem-solving. A quick look at how Corporate Venturing acts as a win-win.
Enterprises, Startup, Technology

How Do Larger Firms Depend On Startups To Develop Technology?

A quick look at how Corporate Venturing acts as a win-win for the parties involved, the enterprises and startups.

The interdependence of larger firms and startups has become the norm in the world of technology. While big companies look to maintain their position intact in the competitive market, as they are constantly on the look-out for up-to-date and futuristic technology at the same time, startups become their go-to. Simply called Corporate Venturing, several big companies rely on startups to innovate and explore the industries ensuring minimum damage and maximum growth.

A study claims that Corporate Venturing was on a continuous rise throughout 2018. We cannot deny that the current year and the future will only see better investments.

Why Startups?

1. Innovation

Startups are constantly challenging the status quo and are hungrier than any established firm. The fire within to rise and shine has to be fuelled with proper finances. The big firms already have set systems in place and flexibility becomes rare inside the working environment, making it challenging to innovate at the speed which the market demands. Startups ensure a pipeline of new ideas to continue growth. With an ocean of workers and firmly rooted systems, it is almost impossible to expect speed and precision at the same time.

2. Exchange

In return, these firms offer finances, workforce, an easy establishment in the market, facilities, etc. The little spark of an idea is kept alive by these factors, which most of the startups do not possess. They do not have the means to scale their business. Larger firms act as catalysts to learn, explore and execute their ideas while also understanding existing business problems from a better perspective. In short, larger firms have a better view of the problem, for which startups prove to be problem-solving.

How Do These Firms Make Sure They Engage Well With Startups?

Big companies might not invest only in one startup. While they have their sights on many of them simultaneously, they make use of the specific capabilities of each startup rather than depending on one for every innovation. This results in an all-round development within a short span. In turn, the startups get access to the firm’s customers and the market easily.

When a startup presents an idea, if the firm validates it, there is a huge opportunity for the startup to experiment their solutions in the market practically. Startups are persistent. They are out there to prove a point. Hence, when something fails, it is not the end of the world. With enough trust and patience from the investing firms, their chances of succeeding go higher.

Collaboration need not always mean partnership. A lot of these big firms look for shorter relationships with startups and move on to other options. Sometimes, they can be mere extensions of the existing teams in a firm. Know the impacts of digital transformation in business. The brighter side of this is that the startups gain their customer base and also have a practical validation for their products and solutions. With clear communication on what they expect from the larger firms and where the collaboration leads to ensure a healthy relationship on both sides.

A successful partnering demands discipline, patience, focus and respect from both ends. Clear communication on expectations, demands, and requirements will put away any complication. With the right proportion of win-win in the mind, startups and big firms can collaborate to create a world of technological wonder.

Written by Jayashree in July 18, 2019
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How businesses cope with digital transformation, which is both necessary and demanding. Understand from all ends to bridge the gap.
Digital Transformation

The Impact Of Digital Transformation In Business

How businesses cope with digital transformation, which is both necessary and demanding.

Digital transformation has become synonymous with businesses in the recent past. The term has been used so much that the clear definition and implementation tend to become vaguer with each passing day as businesses use this to assert their presence in the respective markets. What are the best ways to ensure this implementation is as effective as it should be? Why has it become the need of the day? What impact does the digital transformation have on businesses today?

Role of Digital Transformation In Businesses

Digital transformation, simply put, is adopting digital processes as tools to achieve business goals. Though the process requires multi-layered planning, method, and execution, almost every business is at it today. It has become more of a cultural phenomenon in the business world rather than a mere strategy. Technology media company IDG has reported that out of 89% of the companies looking to adopt a digital-first strategy, only 44% of them have successfully implemented it. The fundamentals of digital transformation lie in how the business adapts to the ever-growing market and how the human resources focus on futuristic goals while the digital tools take care of the present. Such transformations also mean that the employees should adapt to the changing systems with time. Thus, they do not define what the organization does but how things are done.

Increasing Resilience With Digital Transformation

Continuous and adaptive growth implies that employees are ready to adapt to new situations better. With a flexible work process, organizations need not train the employees to adapt to any situation, leading to long-term success avoiding hasty short-term decisions. This eventually results in companies escaping the competency trap. Rigid frameworks are already in place to prevent sudden shake-ups or changes. Since most of the digital transformations are data-based, there is increased transparency, which means the unique strengths of the businesses are highlighted. The company’s priorities are sorted smoothly, demanding smart decision making from them. This eventually leads to better work structure, increased profit and professional development for the employees as they become technically sound with each process.

Keys To A Successful Digital Transformation

The following have been identified as some of the essentials to achieve the complicated digital transformation to have a more effective working inside any organization.

  • Insightful, tech-savvy leaders who understand the necessity and importance of digital transformation.
  • Easier ways to help employees to adapt to the technological changes within the organization.
  • Having more futuristic goals to engage the employees and empowering them to work in new ways.
  • Making this transformation a continuous process rather than a one-time wonder.
  • Frequent and right communication.

Transformations are complicated. Digital ones prove even tougher as they carry layers of complexity. Every business and every organization will demand a unique level of transformation. While the AI is already taking over the world, understanding from all ends to bridge the gap between traditional and digital methods proves crucial to changes. However, once the challenges become a matter of the past, the impact of digital transformation can be witnessed in terms of financial profit, almost error-free systems, less time consumption, fulfilling customer expectation and demands, etc. This is a never-ending process. Once an organization gets hold of adapting to the changes, there is no stopping them. As the popular saying goes, “Necessity is the mother of invention”. Innovation will become the best bet for businesses to stay ahead in this game in the future.

Written by Jayashree in July 11, 2019
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The new buzz in the realm of mobile OS development is that Google seems to be working on a third operating system, Fuchsia. This might replace Android.

What is Google cooking? Fuchsia OS – A Sneak Peek

Whenever we think of buying a smartphone, the choice for the operating system that we have is mostly limited to either Android or iOS. Yet, there is a new buzz in the realm of mobile OS development. After the release of the Chrome Operating system, Google seems to be working on a third operating system, Fuchsia. This might replace Android.

The development of mobile operating systems has not been impressive. Yes, companies like Mozilla with their Firefox OS (now discontinued) and Amazon with their Fire OS did try to shake up things, but they failed.
The official details of this operating system have not been released yet. But we know one thing for sure that it is a non-Linux entity. Android and Chrome OS are known to be Google’s best-known Software ventures.

This OS was first heard about in August 2016 when the project appeared on GitHub. Unlike Android and Chrome OS, Fuchsia works on a new microkernel called Zircon. According to the GitHub project, Fuchsia can run on many platforms. For examples personal computers, smartphones, embedded systems.

What Exactly Is Fuchsia?

Fuchsia is quite different from Android. The Fuchsia OS comprises of two distinct but connected user interfaces (UI). A phone-centric one codenamed ‘Armadillo’, and a traditional desktop UI is known as ‘Capybara’.

Fuchsia Logo

Google has used the Flutter SDK to write the brand new Fuchsia OS. Flutter is a framework developed by Google that uses Dart programming language. Flutter allows for developing Android as well as iOS apps with a single codebase. Its library is still small but it is efficient and fast. It can build high-performance apps and most importantly it is cross-platform. Rootquotient is one of the Top Cross Platform Mobile App Development Companies working with Flutter since its beta release.

Dart Programming Language

Dart is a rather newer programming language developed by Google which is used mostly for developing mobile as well as web apps. Dart is most commonly used for developing Flutter applications that can be used cross-platform for Android as well as iOS devices.

Dart is a simple programming language. It has a simple and concise syntax that is very familiar to C, C++ or Java. This makes it a lot more approachable for developers to learn as well as work on. Dart also is well suited for reactive programming giving it an advantage over Java. The entire Fuchsia OS is written on the Dart language with its own kernel.

What Is Fuchsia For?

There is nothing official yet. According to some reports, Fuchsia is a new attempt to unite the entire Google ecosystem under a single operating system. The goal is to make it run on all the smartphones, tablets, laptops and everything that is possible in Google’s tech boat.

What this means is that there would be seamless connectivity across Google devices. Let it be a smart speaker, watch, home appliance or even lights!

Android, as we know, was not really developed for smartphones, rather was developed for Digital cameras. The whole project was repurposed to make it work in the way we are seeing it today. The fact that Android does work across devices, the stability and the sustainability of the OS does raise a question. Having a development platform that can be easily deployed to multiple devices would make the life of the users as well as developers a lot easier. This is where the whole idea of Fuchsia OS makes sense, one single platform for all the devices to solve all the problems

Some Rumored Fuchsia Features

Android was originally built to provide power to digital cameras. Later on, it was adopted as operating systems for smartphones. Therefore, Android doesn’t fit into the future. Fuchsia will solve issues and will simultaneously open opportunities for Google.

  • Robustness
  • Encrypted user keys to tighten the security
  • Adaptive

There was a new post in Android’s Gerrit source code. In, this commits Google has filled in the blank to explain what the “device/google/fuchsia” repository is intended for. The included README file lays it out as plain as day.

To make it simple, Fuchsia will use a special designed version of the Android Runtime (“ART” above) to run Android applications. This version of ART will be installable on any Fuchsia device using a .far file, Fuchsia’s equivalent of Android’s APK. Fuschia on Git.

What is Fuchsia’s Release Date?

There is no official release date for Google Fuchsia yet. Everything that we have seen is still in the formative stages. However, the idea that Android would be abandoned soon it a thought too far-fetched. Most devices, as well as manufacturers like Samsung, Xiaomi, LG and many more, depend upon android. If the new OS is introduced, it would most likely be a slow transition where both the platforms may run in parallel.

Latest Update on Fuchsia

As of now, a new commit in the fuchsia source code reveals that the zircon kernel was flashed on the Huawei’s Honor Play mobile device. The zircon kernel, when completes its development, will serve as the kernel for the Fuchsia OS.

The Honor Play runs on a Kirin 970 chipset, which is Huawei’s in-house SOC. Still a long way from seeing a final release if the OS, it is a good milestone in the development of Google’s new product. Interested in knowing more about the products of Google? Know about Google Cloud Platform.

Written by Aradhya Singh in April 27, 2019
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