IoT

admin
March 3, 2020
Embedded, IoT

How can Embedded Security be Managed in the IoT World?

Technology has re-evolved itself to get its best potential look — the shift from a simple mobile to a smart one and now e-sim and IoT. Everything is just magical and startling. The Top Embedded Companies have stirred up to meet the demands and are absolutely nailing in their division. IoT has certainly come up as a need to be fulfilled. It has not only influenced homes but has changed the look of cities. It has the capability to approach the possibilities we can think of. IoT app development companies are doing their best to serve the technology as per the demands and needs.

Coming to digital security transformation and its importance, the acceptance of digital solutions and trust over it is astonishing. We have seen a queue in a bank for money withdrawal and now digital money transfer from different payment gateways. It is utterly stunning the way we have accepted and trusted these systems, Today, the same trust of the users is observed in websites and apps in the field of connected things.

The growing urgency of security has now reached from cyber (cloud) security to the hardware level (silicon). Thus here comes embedded security into the vision and provides an essential link in granting both enterprise and consumer trust.

Any idea about embedded security?

You can guess from the term, as it merely confers about “device security”. Embedded can be segregated into two significant aspects- ensuring integrity and confidentiality.

Let me throw some crucial questions related to embedded.

  • Integrity: Are you sure the data you are receiving is coming from a trusted place and is authentic?
  • Confidentiality: How do you safeguard your essential data, intellectual property and safety mechanisms (keys) for those secrets?

Embedded security can free you from all the major disquieting factors and real threats. Here I am listing few:

  • Counterfeiting- This covers both unauthorized duplicates and the overwriting of product firmware with a new illegal firmware image.
  • DDoS attacks- Distributed denial of service is one of the most common attacks in which device and IP address are hijacked to then flood other network servers to force temporary shut down.
  • Tampering- This could be defined as an attempt to extract keys or yield desired results like incorrect meter readings through physical tampering. In fact, some devices radiate electromagnetic radiation that can unlock specific models of electronic door locks.

Above mentioned are just a few threats, and there are many others which would grow and evolve with the lapse of time. Not to worry much, because embedded software development companies can help you in sorting out challenges of security. Device security is integrated with cloud security, protocol security, and manufacturing security when a device is developed.

Also Read: How IoT Solutions can Enhance Agriculture in 2020?

How will this evolution change the outlook of businesses?

Businesses that have already taken ground in the market and are expecting to sustain for the next ten years and beyond should evaluate their products, systems and threats. The main aim is to evaluate the cost spent to breach security versus cost spent on providing solutions for high security.

As said, there are no “one-size-fits-all” solutions in digital security, but there are embedded software companies in India that will provide high quality and reliable solutions. Let us read about some of the device security solutions which you can get:

Developer best practices:

The first step to the success of the product is- the right and precise decisions, along with precautions taken in product development from the beginning. There are many crucial steps you need to pay heed, which requires no hardware or software. Here are some practices for developers to follow:

  • Revise code for security issues, such as buffer overflows and unregulated input data
  • Lock debug interfaces
  • Use built-in protocol security
  • Use third parties to test your device

Protective layers in memory:

Adding to the above practices, specific hardware and software features can also contribute to protecting the device. For instance, MPU, i.e. memory protection unit allows privileged software to define memory access permission. IC’s also have SMU, which is a security management unit which offers more flexible and fine-grained protections that covers microcontroller peripherals.

Built-in hardware accelerators for encryption and key generation:

Key generation and encryption are other security solutions to protect the device from deceivers. Most of the iot application development companies provide IoT applications which should have some form of cryptography for encrypted data transfer.

The other option available is- instead of doing cryptography in software, devices can have built-in hardware to increase the performance of the device without negotiating with the security. Nowadays, most of the MCUs consist of hardware accelerators for cryptographic functions like AES and SHA hash functions. In fact, MCUs even have Random Number Generators for the generation of secure keys.

A superset of Random Number Generators provides superior robustness, or “entropy” and are then referred to as True Random Number Generators. There are hardware accelerators like cyclic redundancy check which can help with code error-detection. The CRC can contribute to sustaining data integrity in some aspects of a device.

Debug and maintenance:

Debug is as important as a front door is in a house. It is a necessary part of the device for development, product creation and the failure analysis of returned units. But like the opening to a home, it requires to be protected against any corrupt practices.

Hence, let’s see available options while securing a debug port:

  • Unlocked debug port– This one could turn out to be risky so never go for it. An unlocked debug port is prone to attacks as it offers low-level security.
  • Permanent lock– It is considered as good security, but its failure analysis (FA) is complicated.
  • Memory erases upon unlock– This security protects data but could not safeguard the device from the new/fake malware.
  • Lock with global password– This lock is highly secure until the password is not disclosed lest the entire IoT device fleet is compromised.
  • Lock with a unique device password– This is also counted as good security, but it’s quite challenging to manufacture it.
  • Lock with asymmetric key– This security port provides the highest security and most flexibility for FA.

RoT:

You might have come across this term before and undoubtedly aware of it.
As we know, the solutions, as mentioned above, are excellent and dependable to an extent. But what if the software implementations become corrupted? Tense? Because it would be similar to the ” fox guarding the henhouse” situation.

To resist the situation, it is better to validate the device’s contents against a Root of Trust (RoT). A Root of Trust isn’t referred to one specific product or implementation but instead is a concept that can be satisfied by a few different applications.

For embedded devices, it can be inscribed with code and cryptographic keys that are present in ROM or other permanent memory. A Secure Element (SEP) can execute the process in isolated hardware. Secure elements come in both external chip packages that are linked to MCUs and built-in monolithic (on-die) elements.

However, developers prefer on-chip implementation as it contributes to reducing system cost and provides higher levels of security.

Also Read: IoT- An Advanced Approach to Update Small Businesses

Secure key storage:

One of the critical tasks is to protect the secrecy of a system’s private key. Hence, secure key storage comes in play to defend other secrets like intellectual property and private data.
Secure Element is an excellent solution method for storing private keys as it offers permanent and safe memory location with least access.

The final protection layer which denies access is a physically unclonable function (PUF). A PUF which appears as a unique gate-level fingerprint of an MCU is functioned during the power-on boot sequence. PUF is an advanced protection way which provides device-only access to a private key while limiting its exposure. Thus, it is considered as a sophisticated and reliable technology in security.

How to stop DPA and tampering?

The above-mentioned solutions are great for cyber-attacks which are usually attempted from a remote location but if the hacker is approachable to the device. Some hackers observe the pattern of power supply and its voltage fluctuation pattern to get the device key. This technique is named as Differential Power Analysis (DPA). There are many countermeasures to restrain the attempts. Some embedded devices counteract by purposely fluctuating the power waveform.

Besides, some devices are capable of detecting the unusual changes in voltage or temperature and then alert the host interrupt handler. This whole process is termed as tamper detection.

DPA countermeasure and tamper detection, together provide high-level security to protect valuable information.

Hunt for the right solution:

Maintaining the security of the device isn’t cinch. The solution, as mentioned above, might hit your mind and make my words in vain, but the truth is there is a possibility that the suggested solutions might not be helpful for you or your system.

Knowing your product and then well-fitting solutions can only assure proper safety and smooth functioning. A reliable and tech-dedicated embedded software development and IoT development company can help you in getting the most suitable solutions for your device. The urgency for silicon- to-cloud security is growing every day.

Thus, it is required to safeguard the product from the looming threats and make it more secure and trustable for your users.

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admin
February 20, 2020
IoT

IoT- An Advanced Approach to Update Small Businesses

Are you in the race to turn into a successful entrepreneur?

Is the transition in the technology is often worrisome?

Looking for something which can settle you as a hard competitor to already matured businesses?

It’s absolutely a significant challenge to make a stand in the market. Either if you are in health care or product making, the level of competition is sweat shedding.

Well, IoT is something which can level up your business to an extent, and you can get smart IoT solutions from a trustworthy and experienced iot development company.

The new ‘in-trend’ IoT culture has already influenced the market to an unexpected level. The adoption by different sectors and the change in financial statistics is the result of the IoT inclusion in the market. Tighten your belt and add smart to your products by getting help from IoT Development Services providers to get in the list of successful businesses.

Before you approach an iot app development company, consider reading:

“Why get IoT Development Services?”

1) IoT generated Data:

Knowing consumer behaviour plays a crucial role in making a business successful. IoT can create tons of data that inform the company about consumer behaviour, habits, device usage etc.

For instance, a company can know how frequently or at what times a customer uses its devices and patterns in preferences.

Analyzing the data will give an idea to the businesses about the customers’ need and can develop new products or make changes in their existing ones. They can also utilize the data for sales and marketing campaigns.

2) Better track of supplies and inventory:

For businesses which have to monitor their stock and storage, IoT is a marvel for them. Companies can use smart devices in their warehouses and storage units that can monitor and track turnover in merchandise. Not just this, it will also stop the corrupt practices done in the warehouses as smart devices will provide the real-time information of any changes that occurred in the inventory and when to restock.

3) Develops Transparency:

IoT maintains transparency by taking customers in the loop. For instance, when a customer orders a product, he can track the order starting from shipment to the expected delivery date. The whole process is possible only through smart sensors. Companies can also upgrade by providing transparency in terms of performance expectations.

For example, if a product faces failure, then a company can use performance analytics and customer behaviour to dig the reason and improve accordingly.

Also Read: How IoT Solutions can Enhance Agriculture in 2020?

4) Empower Employee to Work Remotely:

Work from home is the standard facility which most of the companies are providing to their employees rather than expecting them to come office every day. This facility is cost-saving for both employees as well as employers. The former can save time and expenditure on commuting while ensuring better performance and later can reduce expenses such as workstation and office equipment.

IoT has made this facility more feasible by providing access to essential files and programs remotely and controls over office equipment and devices from home.

For instance, they can organize a meeting without even being physically present by switching on the lights, showing a presentation via a smart monitor, etc.

5) Innovations and opportunities hand in hand:

IoT has been providing uncountable opportunities to different sectors for growth. To claim the importance, the precise pieces of evidence are self-driving cars and safety sensors in automobiles, Alexa and flic etc.

In fact, governments are planning to develop smart cities by installing smart lighting, parking and water. Healthcare industry is already taking the leverage of IoT solution to standardize the process and lower down the functional hassles.

IoT isn’t limited to a single sector; it has penetrated its importance in almost every industry, say manufacturing or automobiles, smart homes or agriculture.

IoT app development companies are potentially working to explore the optimal uses of IoT.

The adoption of IoT has maintained the data log and enabled real-time access to it. Companies can analyze data and its pattern to work and improve their products. They can predict the demand of the consumers and shift their business perspective accordingly.

To sum up:

IoT has already changed the existing process of businesses as well as technology. It is predicted that this year the IoT would improve the working process of many other sectors.

In 2019, as per Statista, there would be 30.73 billion total installed bases of IoT connected devices in 2020 and 75.44 billion by 2025.

Thus, IoT will not only be changing the business outlook but also be introducing a change in the customers’ lives.

If you still belong to an out of range world, then you must consider diving into the IoT world. You must take a smart step and connect to one of iot app development companies and make your business smart and highly productive.

We’ll help and guide you to get the best iot solutions in the face of an app or device. Prompt softech has been serving IoT services for the industries like healthcare, manufacturing, dairy and logistics etc. Get in touch to experience the charm of the IoT world.

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admin
February 12, 2020
IoT

How IoT Solutions can Enhance Agriculture in 2020?

After taking a look at the attempts made by IoT to influence different sectors and technologies, its clear that IoT has developed a remarkable space in all the types of market, say manufacturing or smart home, mobile app or healthcare etc. Most of the attempts are successful and are strongly upheaving the business.

Well, this IoT would not have been possible without iot application development company. A reliable and proficient iot development services hold all the power to change the virtual thoughts into reality.

Since the population is increasing rapidly, the demand for food and crop is obvious to be noticed. Improper crop management and storage is the leading reason for the “food-shortage” disaster.

An iot development company can help in this crisis by integrating the whole agricultural process with IoT.

Why Internet of Things in agriculture?

Contributing to making better agricultural tradition, IoT is used to do precision farming, carry out greenhouse activities, management and monitoring of fish farms.

Various systems contribute to IoT in agriculture and are used as per the needs of the area and its production. For instances, livestock monitoring hardware, fish farming hardware, automation and control systems, sensing and monitoring device, software and smart greenhouse hardware.

Applications of IoT for:

  • Livestock & plant disease monitoring
  • Yield measurement
  • Quota systems
  • Soil conditioning
  • Remote machine control
  • Computer platform controller
  • Mobile platform controller

What do you need to imply IoT to farmland:

Application of IoT in farming is only possible if the farmland has sensor networks, data analytics software, machine to machine communication, mobile or computer-based application and management system.

The different tech tools supporting IoT for farm management enables for making informed decisions at the right time.

Read More: Know How IoT can Double Your Hospitality Business?

Advantages of including IoT solutions in agriculture:

Better insight into Internal processes:

  • Site managers will get a better view of the farm field by providing precise data of the soil strength, crop health, track the performance of the fleets etc. These will provide detailed information covering all the facets of agriculture from beginning to an end with IoT technologies.

Enhanced Coordination of the Process:

  • Inclusion of IoT application into the agriculture sector provides a way to analyse the existing data and modify the farming methods if needed. Through advanced machine learning and data visualization tools, real-time data monitoring has become possible. Thus, it aids in substantial growth in a cost-effective way.

Improvement in Productivity:

  • The ultimate goal of adding advanced agriculture is to increase productivity. Smart agriculture is an attempt to improve yield on a large scale. IoT helps in the same from the very starting point to the last end.
  • IoT assists in precision farming, autonomous tractors, extensive flood control methods via IoT sensors and forecast.
  • Smart agriculture is the top call of the generation as it is capable of improving the existing irrigation facilities, which can increase crop yield by offering end-to-end IoT agriculture monitoring.

Higher Return on Investment:

  • Organic farming has owned the market by showcasing its substantial health benefits. People are falling for it in a flow, thus shifting to organic farming provides better earning opportunity.
  • IoT solutions can back the concept as it can ensure less crop wastage and better yield. It provides analyzed data on most’ most’ favourable condition” which can be utilized for farming.
    Prediction for informed decision making.
  • Precise farm management process can be possible only through the smart agriculture monitoring system by using IoT data visualization tools, detailed overview of asset health, soil condition and other related factors.
  • The predictive analysis helps farmers by providing a complete solution through a single dashboard using smart farming IoT solutions.

Read More: Top 13 Expected IoT Trends of 2020

Best Quality Yield:

  • Good quality yield is the only ‘target’ of the farm owner because it influences their earning. IoT can help to get more potent and flourishing agriculture land for farming.
  • IoT helps to create a smart greenhouse implanted with micro-controllers, sensors that can capture the plant growth, lighting and pest usage.
  • The inclusion of IoT helps in adopting Eco-farming, ending the negative impacts of chemical that causes health hazards.

The agriculture industry is ready to welcome the all-new innovations and smart technologies which can improve and enhance productivity. It has accepted IoT for the development of the industry by analyzing the information gathered from sensors, weather station and other machinery.

In a nutshell:

Iot development company holding years of experience in providing IoT solutions can help in maturing old-traditional agriculture. It is expected that IoT solutions will increase productivity while enhancing the efficiency of the field and agriculture tools.

The add on provided by IoT are- water conservation, reduced crop spoilage, reduced fuel wastage and early prediction of looming risks.

The endless potency of IoT has changed the outlook of different sectors. If you are a landowner and looking for a farming solution to earn more, then IoT is the best solution to go with. Contact an iot application development company and turn your imagination into a reality.

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admin
February 4, 2020
IoT

Know How IoT can Double Your Hospitality Business?

IoT this very much ‘in-use’ word can be simply moulded as a concept to connect all digital devices embedded with software, sensors, network connectivity and necessary electronics. It permits them to collect and exchange data, making them responsive and “smart”. The Internet of Things has now fitted itself in all industries, viz logistics, healthcare, sports, agriculture manufacturing, travel and tourism etc. But its intervention in the hospitality industry has many things to talk about. The boom in technology has developed the requirement of IoT services in almost all services. You can also make your business smart by getting IoT Development Services.

In hospitality, it can be defined as a network of digital devices and machines interrelated through the internet for better guest experience in minimal costing.

Here, am listing a few examples of hospitality where IoT has been engraving its worth.

  • Marriott have a live Internet of Things room. They are providing a facility of the most realistic virtual life. The room is capable of doing various automated activities.
  • Le-Meridian Goa, Calangute has also used IoT to reduce energy consumption and offer an exceptional guest experience.

Why adopt IoT in Hospitality?

Customisation is something which attracts people and providing the same facility would undoubtedly place your hotel and services on the top.

Customisation makes people feel important and being in hospitality, its the most crucial point to be focused.

We can predict that hospitality can carve the optimal benefit from IoT to enhance customer experiences.

Highly valued IoT solutions for hotels:

  • Helpful for HR, front desk management and housekeeping.
  • Positive reviews of the visitors and one to one customer engagement ultimately lead to more revenue generation.
  • Less unpredicted ad-hoc maintenance calls. Scheduled maintenance helps in proper management and contribute to saving cost and money.
  • Guest data management becomes easy. The proper analysis of habits, likes, dislikes, preferences and spending patterns allows providing a better-enhanced experience.

So in the end, both the sides i.e. guest and hospitality take the leverage of IoT services which can be only developed by proficient iot application development company.

How IoT entertains guests?

Guest experience is a measuring factor in the hotel industry, and this fact cannot be ignored. The whole hospitality industry runs on the reviews of the guests.

So the inclusion of IoT can provide exclusive services to increase the comfort level of the guests.

  • Check-in and Check out queues would be no more headache.
  • In-house navigation would help in finding the way to restaurants and other amenities.
  • Customised offers/food would pamper the guest.
  • Fixing room temperature, music, lighting as per the choice of the guest to provide exceptional comfort.
  • Ideal water temperature and remembering the food choices of the guest.

Thes are just some apparent advantages of including IoT in the business.

Read More: Is IIoT is the Fourth Industrial Revolution?

How IoT helps the hotel industry?

For hotel industry, including IoT is like “having the best of all possible worlds.” Let’s check the possible positive ways through which IoT can help:

1) Automatic Room Services:

The automatic room services ultimately fulfil the motive of guests visiting your hotel. They expect comfort and personalised stay, which is only possible through IoT.

For instances, you can adopt a centralised network of automated systems to deliver customised solutions.

Guests can fill out all there preferences like food, temperature, lighting etc. and then everything will be served as per their choices.

A virtual assistant can give a wake-up call to the guest, or smart sensor can make coffee once the guest gets up.

Sensors can detect the absence of the guests and switch off all the services automatically.

In fact, sensors can start shower at a particular time with a set temperature on voice command or through the app.

2) Hotel Maintenance in a smart way:

The hospitality industry has to spend many bucks on maintenance. If it could be detected and sorted out by sensors gradually then it would contribute in reduction of loses.

The IoT sensors can do this and make the maintenance culture smart and secure. It can detect the damaged appliances and fix it automatically, or it can notify you about the same.

Sensors can be installed to detect issues like leaking taps or fused lights to reduce human resources and water wastages.

3) In-room Features:

Through IoT, you can offer keyless doors, set temperatures ( as per the guest’s preference), music, lighting etc.

Amazon’s smart products like Alexa, a voice-based interaction assistant, can be used to control and adjust the in-room features.

4) Smart solutions for building and logistics:

IoT can provide a whole new look to the building and logistics by making it smart and efficient.

Stock management, facility management and inventory can be regularly monitored and better managed in IoT enabled ambience.

This confers better guest experience and maintains the whole management smoothly.

Read More: Cloud-MANET and IoT Collaboration- A New Era of Technology?

5) Energy management:

Proper energy management can reduce all the useless expenditure caused by the hotel industry. This is possible through IOT and it could aid in reducing energy cost to 20 per cent.

When we talk about IoT and energy-saving, then don’t limit it till heating, air conditioning or ventilating. There are devices like a smart thermostat, occupancy sensors, and machine learning algorithms which analyse the energy usage pattern, weather and peak season demand to manage the energy requirement demand.

6) Cross property integration:

How about centrally calibrating the data of guest for all the hotel chains? Well, IoT would enable you for the same for future purposes and uses. It would learn the choices and preferences of the guest and would set it if guest visits the hotel situated at any place. The visitors would experience the customisation at different chains of same hotel (ultimately making them loyal).

On the other hand, this would bring transparency across properties as data would be uploaded in the CRM.

I won’t say that the above-mentioned roles are definite because IoT can be potentially utilised only if your aim to explore it. IoT is all about its explorations and integrations.

Some IoT devices for the hospitality industry:

  • Amazon Alexa: Alexa is a virtual assistant who is ready to serve the guests anytime. It empowers them by providing voice-control to different smart devices. The guest experiences the most customised and personal stay in the hotel.
  • Mount Kelvin: Mount Kelvin, a device developed to provide extraordinary experiences to guests for their in-room preferences and comforts through controls. From light to curtain, heating to air condition- it provides all the control to the guest making them king of the room.
  • Flic: Flic is another way to enhance the guest experience. It has a wireless Bluetooth button with customizable options that notify the guests for coffee, towels, linen (basic services they demand) just with a press of button.
  • Nest Thermostats: It is a smart thermostat which helps in saving money and energy while providing full temperature comfort. It is connected to the hotel’s booking system. It saves the cost by knowing the occupancy of the room. When guest enter it adjusts the temperature as per the guest’s preference.

These IoT solutions will certainly submerge the hospitality industry by making itself “requirement”.

IoT is a one-time investment and has been predicted as a long-time benefit provider for all the industries.

If you too want to embrace the IoT benefits then must contact reliable iot development company.

IoT development services providers can turn your thoughts into an actual reality. In the coming seasons, IoT would be no more a ‘surprise’ as it would be integrated with most of the devices.

Perhaps you need to come in the loop of IoT trends and make your administration and working better in all the possible ways.

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admin
January 22, 2020
IoT

Top 13 Expected IoT Trends of 2020

2020 has just arrived and hence stir in technology is obvious to notice. IoT has been grabbing the attention since it has made a space in the technology, and its tremendous use in the coming year is absolutely predictable.

Gartner has predicted that in the year 2020, about 20 billion devices would be connected to the IoT. The IoT product and IoT development service providers would generate a $300 billion business in revenue.

So, let’s check the top 13 IoT technology trends that would define the future of IoT in 2020 and beyond.

1. Smart Home Devices:

Those who have been rejecting smart home technology and referred it as unrealistic toys couldn’t be able to resist the attractiveness of smart home devices with IoT. The IoT based devices would not just introduce automation but would assure home security and the safety of your family.

For instance, Dryers that warn you when the accumulation of lint gets too high can prevent a fire. This kind of smart home functionality would be a part of the IoT connected smart system.

Another perspective that would be tackled through IoT is to ‘save energy’. Smart lighting and intelligent thermostats would help in the motive while relieving people from heaving electricity bills.

2. Edge Computing Will Dominate Over Cloud Computing:

Edge computing would overtake the importance of storing data over the cloud. IoT has been connected to the cloud for data storage. But with the urgency of time, IoT development and developers and manufacturers have realized the utility of storing, analyzing and calculating data to a determined limit to churn the beneficial outcome.

This means that all the data collected through IoT will not be directly stored in the cloud. Data would be collected to a local device located closer to the IoT device or at the edge of the network. The data would be analyzed and filtered and then would be sent to the cloud promising less traffic to the system.

This whole process is referred to as “edge computing”; this entry offers many advantages.

    • Manages a large amount of data sent from the device
    • Reduces dependency on the cloud
    • Minimizes latency

Through this way, IoT application would consume less bandwidth and works even when the connectivity to the cloud is affected.

These exceptional features demonstrate that future technology would adopt IoT to an extreme level. The limited engagement of the cloud ensures better security practices and reduces connectivity costs. Thus the coming year would spin the best solutions from twelve-year-old, IoT.

3. Healthcare Will Adopt IoT:

The coming year would experience a big boom of IoT in the healthcare industry.

As per Frost and Sullivan, the Internet of medical things could expand to make an annual growth rate of up to 26.2% and would reach $ 72,000 million by the end of 2021.

Healthcare devices such as medical equipment, portable devices, sensors, monitor of health and a variety of other medical devices are designed in a way to connect with IoT.

Since, the connectivity of the techie as well as general people to the Internet, has been massively established, the attraction to IoT becomes a normal fact.

Today there are mobile health applications and virtual assistants to keep an eye on patient’s health through smart wearables and implants that informs the patient’s parameters and series of other smart devices has reframed the outlook of the medical world.

4. IoT Security On Top:

As the IoT is getting penetrated in the different industries, the connection of more devices is veneering the risk of data piracy. Thus, this reason has boosted the demand for tight IoT security.

As of now, all IoT devices are not featured with the kind of security features that laptops and computers have. By this year, the changes are the most expected thing to be done.

The necessary inclusions would be:

    • Biometric logins necessary
    • Artificial intelligence, machine learning and big data techniques would be used to identify and protect data infractions

5. AI & Big Data World:

Today billions of industrial devices and consumer are connected to IoT and hence, a massive amount of data transmission is needed to be processed and analyzed accordingly.

The purpose is not to collect data but also to extract the potential information from the bulk of data. For that, some seriously big data and artificial engineering techniques would be required to process all the information.

Merge of AI, IoT and Big Data would create a new advanced generation application assuring security.

6. Blockchain for IoT Security:

The inclusion and success of IoT Security would introduce the decentralization of many financial and government institutions, entrepreneurs, industrialists and consumers, making them quite smart and independent. Nowadays, some companies are observed building territory on the entanglement of IOTA to develop modules and other components for firms without the cost of Cloud & SaaS.

IOTA is a distributed ledger designed to record and execute transactions between devices in the IoT ecosystem.

7. Improved Data Analytics:

This year can surprise us with the latest invention done by the combination of IoT with AI. It could become a decision-making assistant for all businesses and individual.

AI is a machine learning system that masters identifying trends. IoT trends would expose better data analysis and assures protection. Besides this, it would also collect information from considerable data to frame better decisions for our lives.

8. Smart Cities To Turn Into Mainstream:

In the past years, states have been implementing more technologies and sensors to utilize accessible data collection tools to their full potential.

Soon, IoT trends would influence the cities which envisions investing in pioneering exchanges of data that permits access and the amalgamation of data between public and private organizations together with citizens.

The integration of IoT with receptive cities would open sustainable development, improved security and reduced traffic congestion.

9. Personalization of the Retail Experience:

IoT has stepped into the retail supply chain, making it more efficient now. With the introduction of sensors and other smart technique, shopping has become quite easy, and people can do it more precisely.

Observations and indulgence of IoT Trends in this sector would provide a personalized commercial presence. You could receive a discount notification on a product and even get the exact product you want, from your favourite store. Thus, this new addition to the shopping world would provide a personalized retail experience.

10. Predictive Maintenance Boost:

In the coming days, the home would keep an eye on every home assets and would inform you about the appliances failures, plumbing leaks, electrical failures to skip the looming disasters.

In future, there would be home care offers as a contract service. They would take care of things( issues) irrespective of your presence and absence. Currently, various home insurance companies deliver the services as they are aware of the nature of smart sensors and various other connected devices which are affected by IoT trends.

11. Software-as-a-Service Turns as a Norm:

When the IoT technology trends come in a role, then software as service is concerned as hot topics for the estimated markets.

SaaS, which requires a low cost of entry, has become a favourite in the IT gaming sector.

12. Creation of Unified Framework for Integration:

Lack of a unified IoT framework is one of the worrying challenges IoT has been facing while cooperating with the industries. Many companies don’t have a central platform thus are unable to use the trends mentioned above as they need a unified framework to keep industries safe and secure.

Blockchain will undoubtedly accelerate the adoption process with the help of allowing the improvement and development of web and mobile applications. These applications have high-performance thresholds and would help in maintaining the required data-intensive process.

13. Energy and Resource Management through IoT:

Energy and resource management would also be influenced by adding IoT. Energy management is reliable on the knowledge of the amount of consumption. Integrating products and devices with IoT technology trends would help in saving energy and resources by informing the consumption of data and its usage hours. This would make the life of people more relaxed and comfortable.

Automatic notifications through smartphones for excessive use of power consumption could escape probable risks. Other features like sprinkler control, indoor management etc. are also a smart way to reduce energy consumption.

In a nutshell:

The trends, as mentioned above, would blanket the new year promising better growth with a lower risk of piracy. Some trends would dominate the IoT app development ecosystem, which would benefit both consumers and industries as well.

No doubt, new technologies would come up to make IoT accessible and secured. So, this new year might change the outlook of the on-going technical era and certainly would be the most promising one.

If you desire to make your life full of IoT- enabled products or wish to make your product smart then your hunt ends now. Prompt Softech is one of the top IoT application development company which can turn your imagination into a reality.

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admin
December 31, 2019
IoT

Is IIoT is the Fourth Industrial Revolution?

Industrial Internet of Things (IIoT) is the next revolution which has finally entered the industrial world and made a recognizable impact on the market. It has permitted the manufacturing industry to digitize its overall business.

Most of the large scale manufacturers know about this highly-profitable revolution but still lack the knowledge for where to concentrate, put efforts and decisions to make initiate.

The ultimate objective is to drag in IIoT in manufacturing to shorten the downtime of factories, save energy through smart power saving and enhance the yearly revenue. The revolutionary Internet of Things can modify the manufacturing ecosystem by extending the value chain, moving toward the flexible production process and improving customer service. If your products aren’t smart even then get IoT Development Services.

What is the Industrial Internet of Things?

The IoT has influenced the sectors in a way that it is no more an unfamiliar word to any of the industry. The invincible qualities and benefits of IoT have knocked on the door of the Industrial and Manufacturing space to make way to modern revolution i.e Industrial IoT.

IIoT, along with different technologies like machine learning, sensor data, big data, M2M communication and automation would endeavour to transform the outlook of the existing manufacturing process while achieving the best outcome.

What would IIoT do?

IIoT would create a pathway to the connected enterprise to get better visibility, boost operational efficiency, increase productivity and reduce the complexity of the process in the industry.

IIoT is introduced to ultimately end the bulging gaps and shortcomings in the manufacturing industry and improve the quality, safety and productivity in a trade.

Optimizing Operations in Manufacturing through IIoT

Let us explore the plan through which manufacturers can shift to smart factories.

IIoT offers optimal practices of devices connectivity and management, synchronization of processes, and advanced analytics to get the best productivity.

Following are the must-to-consider dimensions that manufacturers need to focus on twirling the wheels of the fourth industrial revolution.

Also Read: Cloud-MANET an IoT Collaboration- A New Era of Technology?

Making the equipment Smart and Intelligent:

Currently, the regular working pattern of factories lack proper management because of

  • Different equipment works independently
  • Machineries are fixed or maintained only in breakdown
  • No alternative or proper plan of load balance to schedule maintenance checks

Smart Factories are equipped with intelligent equipment that can self-manage work and integrate with the entire manufacturing ecosystem for the synchronized workflow of processes.

Sensors for Safety:

Installing sensors in manufacturing industry backs in increasing visibility into the functioning of equipment and provides details on possible threshold violations.

Manufacturers can quickly discover existing problems through remote monitoring of computer where sensors are connected to other large networks for in-depth analysis.

IoT just not linger around saving money and time but it prioritizes the safety of workers also.

Sensors installed can also be used to manage and keep surveillance on the workers’ to ensure their safety.

Building a Blended Workforce

Often observed that workers operate on pre-defined schedule regardless of production plans which contribute to wastage of money, efforts and resources.

To optimize the output, it is better to align their work along with machines to develop positive collaboration to deliver outputs as per manufacturing requirements.

Involvement of such result-focused efforts of a blended workforce guarantees to aid in improving the efficiency of manufacturing processes.

Train your employees to adopt the emerging and highly beneficial technologies of wearables and mobile, which helps to instil the concept of enterprise mobility. This eventually helps in improving accessibility and flexibility to undertake tasks.

Addition of latest technology would help in getting access for checking essential data such as work status, work allocation details and instruction in real-time by the entire workforce. It would provide a permit for updating the data as well.

The collaboration of human and machine would resolve the issue of underutilized and unused assets, crossing of deadlines, and management of people as per the urgency of the delivery.

Also Read: How IoT has Influenced The Healthcare Industry?

Predictive maintenance Power:

It is predicted that the entry of the Industrial Internet of Things would redraft the existing operating efficiencies into a positive. It would improve the financial and economic status of the manufacturing industry.

For instance, if a machine does not provide its actual output, then this symbolizes of the fault which could be easily sensed by the connected sensors. The connected sensors would be able to identify the reason behind malfunction and would generate a service request.

Predictive maintenance holds a high power to reduce and stop the upcoming huge losses. It helps manufacturers by predicting which machine might breakdown or enter a dangerous operating condition even before it happens.

The process of condition monitoring is a time-consuming process which mainly involves surveillance of vibrations, sound frequencies and temperature of a given machine to get the information of its reasonable condition.

With the use of sensors, it would become easy to collect and quickly analyze data points, thus making a highly accurate prediction to restrain losses.

The overall equipment effectiveness (OEE) improves with the inclusion of IIOT and sensors. Ultimately effective OEE reduces sudden losses caused to organization by predicting when machines would require maintenance and need services.

By curtailing the machine downtime, manufacturing companies can potentially utilize the machines’ capacity.

Business Process

Manufacturers are aggressively participating in the adoption of the integrated and synced systems that provides better output. The advanced system provides real-time visibility of materials and products throughout the lifecycle, optimize workflow to support precautionary actions for defective products, and optimize plant operations for effective use of resources and assets. Manufacturers are upgrading themselves by dissolving the existing manual management involving tracking people, materials, tasks, and products.

The future companies would be agile, easily adjustable and would cope with the changing demand of the customer without influencing the cost and compromising with the quality.

Conclusion

IIoT would come up as most influencing and promising technology of future which would undoubtedly create an economic change. The prediction and calculation support the conclusion that it would influence the economy of the manufacturing industry positively.

Looking for a reliable iot app development company? Prompt Softech has inscripted its name in providing the best iot app development services.

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admin
December 17, 2019
IoT, Technology

Cloud-MANET and IoT Collaboration- A New Era of Technology?

The shift in the concept of IoT- from information-based technology to an actively operational-based technology, has affected the market and revolutionised the yesterday’s technology for acquiring data and its storage.

The two-decade-old IoT has introduced ease in data storage and processing which had been lacking since ages.

IoT-based smart devices have sensors which capture data and store it on the database, which is further connected to Physical object.

IoT has sensors, smart devices and a smart grid of interfaces to provide smart solutions.

There are iot development companies which provide the optimal IoT solutions and turns the ordinary device into a small one.

What is Cloud Computing?

The introduction of different computing models like grid computing, parallel computing and disseminated computing into a sole superior computing framework pulled in cloud computing in the technical world.

Today, Cloud computing is exploring the data processing over a serverless service provided through a cloud server which means data is stored, managed and processed using intelligent machines like Artificial Intelligence and machine learning over the cloud network.

There are three basic paradigms offered by Cloud Computing:

  • IaaS-Infrastructure as a Service- It is for network architect who requires infrastructure capabilities.
  • PaaS-Platform as Service- It is for developers who require platforms to develop different applications.
  • SaaS-Software as a Service- It is for end-users who require software for their daily activities.

What is Cloud-MANET?

The cloud-manet framework is regarded as smart communication between smart devices regardless of any centralised infrastructure. This framework is best for Machine to Machine network as there are several devices nearby. User can use this smart device for video, image, text and audio exchange with the cloud servers while lessening the information.

MANET-Mobile ad hoc networks are a network which provides the luxury to users to get connected anywhere at any time. The combination of Cloud and MANET provides access to the cloud in the MANET network for smart devices. Today, users look for MANET network gathering at a single place to access the network.

Also Read: How IoT has Influenced The Healthcare Industry?

Steps of Cloud-MANET Framework:

  • Step 01: Create a mobile ad hoc network.
  • Step 02: Access the ad hoc network in the range.
  • Step 03: Register your smart devices in MANET.
  • Step 04: Register the MANET devices in the cloud.
  • Step 05: Implement the IoT-based Cloud-MANET model to all the smart devices and start communicating.

Cloud-MANET & IoT:

Present cellular networks do not permit all smart devices to connect without a centralised infrastructure. This new combination can increase the capabilities of smart devices. This framework (ad hoc network ) can connect all the smart devices in a decentralised framework.

Normally, smart devices are in the 3D plane on X-axis, Y-axis, and Z-axis which means the entire area is spread over the wireless network distributed into several cells. They are stationed and are around each cell; smart devices in each cell are free to move within the range.

The smart devices would be able to discover another device nearby in binary digit within the same cell area. If there exists a two-dimensional plane, then the device’s detection would be carried out through the Hidden Markov Model (HMM).

HMM is connected in the working area and devices are allowed to move freely. This model helps them in discovering new devices.

What happens- Smart devices in the range of MANET?

The primary purpose of placing smart devices into the MANET networks is to secure connection and coverage. Initially, MANET remains in an inactive state, but as devices start making communication effort with others, it gets activated. In fact, any steady-state device can communicate and make changes in the dynamic state of MANET.

Also Read: Is IoT is Actively Shaping Security Needs at Edge?

Implementation of MANET:

The smart device users would be able to use cloud service to discover the smart devices, minimise important information like videos, images, messages in big data and could process them.

This framework can be used to extract the maximum benefit from the upcoming 5G heterogeneous network.

To potentially utilise this framework, the business can hire node.js developers who can optimally use the prowess of the Javascript environment to develop specific APIs for this framework.

The IoT enabled smart device would be recognised as service nodes. The interaction between the nodes would be secure, vulnerabilities-free and safe by accepting of the cloud-MANET framework.

The IoT based devices are connected to other devices or network through network protocols like smartwatch, tablets etc. The cloud-computing assists in sharing storage, resources and services.

Cloud computing helps in sharing resources, storage, and services using mobile applications for a large amount of smart data.

This new framework is designed to provide secure communication among smart devices in the area of Cloud-MANET.

This smart algorithm is run as a mobile application and has been tested in cloud-MANET of smart devices for different protocols. The outcomes can be implemented in the framework of IOT in 5G heterogeneous network over the cloud service.

Features to Know:

  • This framework utilises a decentralised infrastructure for smart device communication.
  • It can be integrated into the wireless network area.
  • It is compatible with the 5G (heterogeneous network).
  • It offers reliable and secure communication.
  • The connected smart devices appear as nodes.
  • Through this framework, smart device detection and communication can be done in both 2D and 3D planes.
  • This framework is functional in a dynamic state for communications.

End words

As the 5G networks have grabbed its occupancy among the users; it is not wrong to say that 2020 would be the flourishing year for 5G.

Though the establishment of communication between the smart devices in a heterogeneous structure of 5G network would be challenging on the same line, the budget of Cloud-MANET framework gave the solution to the developers.

A decentralised infrastructure with cloud capabilities would undoubtedly change the outlook of existing IoT. Hence better communication and data exchange among smart devices.

You can too take leverage of this new blend and enjoy the framework potentially to draw maximum profit. But before that get a reliable IoT Development Services and jump into the vast IoT world.

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admin
November 12, 2019
IoT, IoT Development Services

How IoT has Influenced The Healthcare Industry?

Every penny we earn is to keep our self and related people happy and healthy. But health has become a priority, the increase in pollution and the addition of chemicals in food has certainly contributed as a vital factor for the shift.

Today technology has smoothened the path, from consultation till treatment of the patient is just away from a single touch. Availability of health-care application has enabled patients to get appointments and consultation from home only.

Thankfully, IoT has also submerged the health-care industry in its advanced developed technological sea.

Hospitals have been serving people to their best potential, but lack of interaction between hospital and patient had been a significant issue. Regular checkups or close watch over the change in health was not possible, but the inclusion of health-care in IoT has brought changes from ground to the top level.

“As the Internet of things advances, the very notion of a clear dividing line between reality and virtual reality becomes blurred, sometimes in creative ways.” — Geoff Mulgan

A) IoT in a patient’s life:

IoT has transformed the lives of patients as they are being observed every second through wearables likes fitness bands and other wireless connected devices. There are IoT enabled devices for blood pressure and heart rate monitoring cuffs which provide patients access to personalized attention. These devices are used to keep a check on calories count, heartbeat, blood pressure and will remind them for exercise, diet and medication to improve health every day.

IoT has extended the definition of healthcare. It has brought a drastic change in the lives of elder by keeping the health record and assisting them every moment. If any changes or irregularity is observed, it immediately notifies to the concerned healthcare organization or the family member.

B) IoT in a physician’s life:

Thanks to IoT as it has brought so much of relief in a physician’s life. The use of IoT enabled wearables, and other home monitoring devices by the patient has allowed physicians to monitor the changes occurring in the health of the concerned patient. They can track whether the patient is following the treatment plans or not, does the patient needs any quick assistance or medication. IoT devices collect the data and save it on the cloud so that doctors can provide the best treatment process to patients.

C) IoT in Hospitals:

IoT is not just taking responsibility for the patient’s health but is also in charge of cleanliness in the hospital. IoT enabled devices integrated with sensors are used to track the real-time location of medical equipment like stretchers, wheelchairs, oxygen pumps etc. It can even be used to track the current location of the medical staff.

There are many IoT equipped hygiene devices ( having sensors)which can detect the infection or unhygienic environment in the hospital. It protects patients from getting affected by infections.

IoT devices also maintain the pharmacy assents like refrigerator temperature, humidity etc.

Also Read: Developer Skills Required for Successful Enterprise IoT Projects

D) IoT in Health Insurance Companies:

Health insurance companies can explore exceptional opportunities in IoT. Insurance companies can use data through health monitoring devices for their underwriting and claim operations. This data will rescue them from the fraud claims and will provide prospects for underwriting. IoT has introduced transparency between customer and insurers in term of pricing, underwriting, claims handling and risk assessment processes. Customers will have explicit knowledge of the purpose behind the decisions made and expected outcomes.

Insurers can allure customers by incentives for using and sharing data captured by IoT devices. They can even reward customers for keeping their schedule as per the treatment and taking precautionary health measures to reduce claims.

IoT devices also enable insurance companies to validate claims through the data captured by these devices.

How IoT changed the outlook of healthcare?

The budge of IoT in Healthcare has vastly changed the outlook of healthcare. The immense data produced by IoT has affected the whole healthcare culture in a positive manner.

IoT works in simple four steps:

All four levels are connected to each other to provide the desired outcome.

  1. Step 1: The initial phase includes the deployment of interconnected devices that contains sensors, monitors, detectors, camera systems, actuators etc. These devices are responsible for the collection of data.
  2. Step 2: Data collected by sensors and other devices are generally in analogue form, which is further converted into digital form for processing.
  3. Step 3: After digitization and aggregation, the data obtained is standardized and will be saved on the cloud.
  4. Step 4: The final data will be managed and analyzed at a certain level. The data analysis will procure the expected business insight for effective decision-making.

Also Read: Is IoT is Actively Shaping Security Needs at Edge?

Challenges in IoT:

A) Data Security and Privacy on edge:

The most threatening aspect which comes along with the inclusion of IoT in the health industry is data piracy. Though IoT conveys the real-time data most of the IoT devices lack data protocols and standards.

In addition to that, there is significant ambiguity regarding data ownership regulation. All these weak aspects make it prone to cybercrimes, hacking of systems placing the doctor’s reputation and patient’s health at risk.

Cybercriminals can use patient’s data for wrong purposes like, creating fake IDs to buy drugs or medical equipment which they can sell at expensive cost later. Hackers can also use the data to file a fraudulent insurance claim in the patient’s name.

B) Slow Process:

Multiple devices and Protocols: The integration of multiple devices has slowed down the procedure in the healthcare sector, which may result in fatally. The reason for the same is that device manufacturers haven’t reached a consensus on common communication protocols and standard.

When multi-devices are connected, the differences in communication protocol mess up and delays the process of data collection. The non-uniform connection protocol causes delay and degrades the value of IoT in healthcare.

C) Overloaded data smudges accuracy:

Data aggregation becomes tough because of multiple-device integration and their different protocol and standards. However, IoT collects the number of data which are used to get profit-making insights.

But, huge data creates a situation of plight where it becomes tough to derive insights which can be useful for doctors for decision making.

D) Expensive:

Inclusion of IoT in healthcare can undoubtedly provide so many benefits for the patients, but cost curbs its access to the common people. Though it has eased the work of doctors to monitor the patient’s health every moment it has still not made itself affordable for ordinary people.

IoT, Internet of Things has brought a new era of transparency and has empowered health administration. Data provided by it are used for outlining the result of treatment, but some negative aspects have also warned the users.

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admin
October 18, 2019
IoT

Developer Skills Required for Successful Enterprise IoT Projects

Successful launch of IoT project then rafting it on the success stream and ending its as the spondulicks-oriented project remains tough if developer skill lacks for the completion of an IoT project in an IoT development company:

  • Embedded firmware developers
  • Back-end developers
  • App developers
  • Data scientists
  • Hardware designers
  • Wireless communications experts
  • Front-end developers
  • Automation and systems integration engineers

The first and the future determining step of any IoT project is – defining a goal and drafting a proof-of-concept system to reach the goals.  At this stage, one needs a subset of the skills, but once project lines up in success, the requirement of breadth and depth of team increases.

In an IoT application development company, it is possible that an individual developer can have several skills, but sometimes each skill requires their team. The number of people or the need of a separate team is dependent on the complexity of the project and its success. Huge success demands extreme hard work hence more bucks to hire more people.

A) Hardware Designers:

IoT, being a most-in-demand system, have some terms and conditions in the form of custom hardware design. The complexity of the hardware depends on the projects. Simple projects require hardware modules and reference designs for which a primary electrical engineering education is enough. Complex project demands considerably more experience and expertise.

Typical skills required:

  • RF and antenna design
  • Clocks, signal routing experience
  • Interfacing: SPI, I2C, JTAG, USB, GPIO
  • Production and component sourcing
  • Low-power design and power consumption optimization,
  • Printed Circuit Board (PCB) design
  • Chip selection: microcontrollers, sensors, interface chips

B) Embedded Firmware Developers:

IoT application development company have Embedded developers who turn the concept into magic. These are the software people that work on software at an extreme level, very close to the bare metal hardware. This software is called firmware.

The typical background consists of computer architecture, electrical engineering and software development. Embedded developers have to deal with prototype versions of the final hardware and their desks, indeed a messy work.

Typical skills required:

  • Programming languages: C, assembly language, C++
  • Real-Time Operating System (RTOS) experience: FreeRTOS, Contiki, Zephyr
  • Source code version control
  • Embedded Linux
  • Physical and information security
  • Platforms: Texas Instruments, ARM Cortex, AVR, Microchip, Arduino, Raspberry Pi.

Also Read: Is It Easy to Have an Embedded Software Development?

C) Wireless Communications Experts:

The IoT Project roams around wireless services, but wireless is hard because it integrates the complexities of the physical world with the complexities of software.

Necessary background for a wireless communication expert is- wireless communication, network protocols, and software development. For consumer-level IoT systems, wireless communication proficiency is required to connect the devices smoothly via Bluetooth to users’ smartphones.

Typical skills required:

  • Wireless mesh networking
  • Good understanding of power consumption
  • Network simulation
  • Good knowledge of wireless propagation
  • Protocols: TCP/IP, IPv4, IPv6, RPL, TLS, WiFi, Bluetooth, 6lowpan, ZigBee, LoRA, MQTT, CoAP

D) Back-End Developers:

In IoT systems, the back-end is a system where databases and application logic is stored. It is generally deployed in a cloud host and stores data from the IoT devices while authenticating users and providing APIs for the front-end, meanwhile integrating with other systems.

Typical skills required:

  • Database: MySQL, MongoDB, Redis
  • DevOps experience
  • Programming languages: JavaScript, Go, Python, Ruby
  • Cloud platforms: Amazon AWS, Heroku, Microsoft Azure

E) Front-End Developers:

Most IoT projects have a front-end in the form of a web page for providing a platform to the users of the system for interaction purposes. So, it needs to be easy to use, secure, can work in the most common web browsers and need to be updated.

Front-ends are developed in HTML and require framework written in JavaScript. Front-end developers are responsible for creating visual experiences, often by writing lots of text on a screen.

Typical skills required:

  • UI/UX design
  • HTML, CSS, Javascript
  • Experience with user interviews and HCI
  • Web development frameworks: Vue.js, React, Bootstrap

Also Read: Is IoT is Actively Shaping Security Needs at Edge?

F) App Developers:

Many IoT projects, particularly user-facing use a mobile app as the user interface. As the project proceeds, the mobile app experience becomes more and more critical. This reflects that two versions of the app need to be developed and update that is iOS and Android. Possibly, a native hybrid app which is developed in HTML is the way to do. Experienced app developers are aware of the benefits and challenges of hybrid or native frameworks.

Typical skills required:

  • Native/ hybrid frameworks: Phonegap/Cordova, Ionic, Angular, React, Vue
  • Android, iOS development
  • Programming languages: Java, Swift, Objective C, JavaScript

G) Systems Integration and Automation and Engineers:

Most of the times, IoT projects require integration with existing software. Generally, software integration is an underrated task that consumes significant effort and requires a specific set of skills to be successful.

One needs to check the proper functioning of integration as well. Certainly for this, one needs automatic testing and systems integration, and automation engineers are hired for this purpose.

Typical skills required:

  • REST APIs
  • Automated testing frameworks: Jenkins, Mocha, Travis
  • Programming languages: Javascript, Java, Python, Bash

H) Data Scientists:

IoT projects are about data, and one needs to extract the synopsis from it. Initially, this may be simple as putting Key performance indicators into an excel sheet to compare them, but with the progress, it requires in-depth data analysis. Then, comes the role of data scientists to extract the beneficial and future determining data for the success of the project.

Typical skills:

  • Programming languages: Matlab, R, Python
  • Statistics, AI, machine learning, data mining
  • Tools: Excel, Google BigQuery, Hadoop, TensorFlow, Spark

I) In a nutshell:

A full-featured IoT project needs a wide range of skills for its success. Initially, you might not find the importance or need of all the skill, but once the project begins for real, all the above-listed skills become mandatory.

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admin
September 30, 2019
IoT

Is IoT is Actively Shaping Security Needs at Edge?

Today most of the technology is spinning the best version of the industry. Many of the always-connected devices are drawing the full advantage of cloud computing, meanwhile, IoT manufacturers and app developers are discovering to scratch the benefits of performing more computational analytics on the devices themselves.

This approach skips latency for critical applications, decreases dependency on the cloud, and assures better management of deluge of data generated by the IoT.

The number of devices connected to the Internet to make up the IoT, i.e., machines, sensors, and cameras is in use without any obstacle.

IDC has forecast to have 41.6 billion connected IoT devices or things till 2025, generating 79.4 zettabytes of data. As this data would expectedly boom in the near future, the data generated will also increase. It would turn more challenging for enterprises to protect the Edge-the source of the data.

The influence of IoT is shadowing the whole globe with the fastest of its speed. The entrepreneurs are targeting to put more intelligence on the Edge using smarter and potential devices. This new advancement expands the old-traditional enterprise IT infrastructure beyond a data center or cloud environment.

Starting its way from small things till trucks, containers, kiosks, warehouses, and commercial buildings, everything is creating an ecosystem of Edge devices that does not restrain till data collection and disseminates data but performs highly complex tasks like Artificial Intelligence (AI) at the outer reaches of the network.

The shared data reflect the high risk of the data breach as no. of edge devices are increasing.

As per last years stat. 1244 data breaches which exposed 446.5 million records which comes at a high price.

Ponemon Institute calculates that the data breach cost (average) would exceed to $3.5 million, and definitely this loss magnitude is not entertaining for businesses.

So it’s a crucial time for entrepreneurs to take an appropriate step to paralyze loss-making ongoing breach and protect themselves from its vulnerability.

Edge the new future

Edge computing and IoT: A way to balance act?

The primary purpose of Edge computing is to overcome the enormous data generated by IoT sensors and devices.

For many applications, this system means to analyze and act on data at the Edge of the network (closer to data sources) than forwarding it to the remote or centralized data center for processing.

Most of the time, an IoT device processes it.

Introduction of data-generating devices to the network in increasingly remote location causes cybersecurity vulnerabilities, gifting them an easy entry point into the network that can be used to get into the core systems that the Edge devices connect to.

To sum up, today, entrepreneurs need to secure each device instead of focusing on perimeter protection. In short, the concept of the network perimeter is vanishing. Instead of defending the perimeter, the enterprise must secure each device.

Public Key Infrastructure as a proactive solution

Clutching the data breach that can exploit the IoT network need thorough data protection and device security solution. A single mistake in the security of any device on the network imperils the entire network.

Edge node security can be referred to as supreme to prevent exploitation of any access point, including proactive rather than reactive cyber-defense.

Attack vectors are unpredictable or inconsistent, so IoT protection must be updated with time.

Baseline defense mechanisms include authentication and verification of devices in the network.

It has been concluded that static credentials with a strong password have lost the potential to provide a high level of protection to escape from operational disruption or data loss.

Old-tradition-bound security applications like antivirus and firewalls do not work with the devices that are out beyond the enterprise’s network.

Cohesive encryption algorithms and certification based authentication are must be required. PKI (Public Key Infrastructure) framework can provide encryption to protect data in motion across the networks and assures that all the connected devices are authenticated.

Edge computing and IoT are new architectures that need the latest high-level security approaches. No old concept is adaptable today as it offers no security or if applied the processors set up at the Edge must have an encrypted shield against attack. Robust identity verification and encrypted data transmission are two essential components of this approach.

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