Technology

How Edge Computing is Revolutionizing the Energy Industry

admin

August 31, 2023

How Edge Computing is Revolutionizing the Energy Industry

The energy industry is experiencing consequential changes as it encounters numerous challenges with an increasing population, like increasing demand for electricity, integration of renewable energy sources, and emerging electric vehicles. The best way to address these issues is by embracing edge computing and using it potentially. It is a distributed computing paradigm that allows data processing and analysis nearer to the source.

In this blog, we will understand how edge computing can change the outlook of the energy industry, making it more reliable, efficient, and sustainable.

Challenges faced by the current Energy Industry

The existing traditional power grid is one of the most necessary infrastructures in our day-to-day lives. It powers our homes, hospitals, schools, industries, and other essential things for our daily routines. However, power grids face numerous challenges because of the increasing electricity demand, the integration of renewable energy sources, and the growing market for electric vehicles. These challenges can be solved using innovative solutions to optimize the grid’s operation, improve its resilience, and diminish energy waste.

What is Edge Computing?

Edge computing can be explained as a distributed computing paradigm that allows data processing and analysis closer to the source. It can be installed in various locations in the power grid, like substations, to process and analyze the data generated by the sensors in real time. Edge can also support optimizing the power grid’s operation, improving its resilience, and cutting off energy waste.

3 essential Pillars of Edge Computing

Improved scalability: Edge computing allocates storage and processes it over many locations, reducing the investment cost for infrastructure and capacity for a higher traffic volume or better algorithm.
Better data security and sovereignty: As data remains at its original location, the risks for illegal access or theft are decreased automatically.
High amount of data processed with less latency: Frequency analysis allows it to work with thousands of data almost instantly, with just milliseconds required for analysis and response. This solved the near real-time use cases- something impossible in Cloud Environments that are more inclined to offline analysis of batch information.

The IDC’s report on ”Edge Computing Solution Driving the Fourth Industrial Revolution”- emphasizes the need for the pillars mentioned above. A survey was conducted in which around 802 industry leaders who adopted Edge Computing – almost 30% stated that their primary motivation was bandwidth costs, 27% data protection, 19% latency constraints, and 12% surveyed were from the energy sector.

Introducing Smart Power Grid with Edge Computing

In a smart grid system, multiple sensors are installed to gather data related to the health condition and performance of the power grid. These sensors create immense amounts of data that need to be processed and analyzed in real-time to make reasonable decisions. Rather than sending all the generated data to a centralized data center, edge computing is data processing at the network’s edge, closer to the source.

Edge computing supports optimizing the power grid’s operation, improving its resilience, and lowering energy waste.

For example, a power-consuming company can install edge servers at different locations in the power grid, like substations, to process and analyze the data created by the sensors in real time. The edge servers use machine learning algorithms to anticipate the power demand and supply, detect faults, and effectively manage electricity distribution.

Edge computing also enhances the power grid’s resiliency by allowing autonomous decision-making at the edge in case of network disruptions.

For example, assume any substation loses connectivity with the central control system. In that case, the edge servers can return to a backup mode and continue to function autonomously using locally stored data.

The Advantages of Edge Computing

Edge computing can bring change to the energy industry and make it more reliable, sustainable, and efficient. By opting for edge computing, power utilities can optimize their processes, lower energy waste, and offer higher-quality services to their customers. Edge computing can resolve the power grid’s challenges, such as growing demand for electricity, incorporating renewable energy sources, and emerging electric vehicles.

Besides this, edge computing can allow energy utilities and municipalities to develop and deploy data processed quickly and efficiently, allowing them to churn profit from edge computing solutions more effectively.

Users with no or low programming experience can design and deploy data processes promptly and efficiently using a convenient, low-code tool. This can assist in streamlining the deployment of edge computing solutions and allow energy utilities and municipalities to resolve the power grid challenges.

Main issues of IoT Edge Computing for the Energy Sector?

IoT Edge is powered by solid investment by technology manufacturers in cutting-edge solutions with smaller, lower-powered, and lower-priced microcomputers that can operate as IoT Edge Computing nodes at scale.

Similarly, operating systems and software are also created to give these nodes the capacity to conduct algorithms in a cyber secure way, generally packaged in virtual software “containers” like Docker.

Conclusion

Today, if we look into the energy industry, we’ll find out that the energy industry encounters many challenges, like increasing demand for electricity, incorporating renewable energy sources, and overflowing of electric vehicles in the market. With the increasing population and development of industries, it has become necessary to adopt and embrace technology that cannot just solve the problem but also does not negotiate with the quality of operations.

Edge computing has the prospect of revolutionizing the energy industry, making it more dependable, sustainable, and efficient. By embracing edge computing, power utilities can enhance their operations and reduce the risk of energy wastage.

How technology is reframing the supply chain

admin

June 16, 2021

How Technology is Reframing the Supply Chain?

Technology-driven disruption is changing the outlook of supply chain management from top to bottom. The change that emerged by the disruption can be challenging, so many organizations are not sure of adopting the new business process. However, surveys conducted by different organizations show the clear benefits of digital transformation in the supply chain.

The survey conducted by Deloitte states that 76% of respondents belonging to different industries noted that the development of digital and analytics abilities contributes a lot in delivering the overall supply chain strategy.
A survey by PwC shares that top digital adopters accepted that they saw technology-driven improvements such as enhanced revenues, reduced costs and more secure delivery along with decreased inventories.
McKinsey also foretells that by 2030, there would be an entirely new logistics standard drove by emerging technologies such as robots, 3D printing, analytics, and more.

The emerging technology will definitely transform supply chain management. Let’s explore a few trends which may become a part of life in the coming years.

How is technology changing supply chain management?

Let us check now how digital and physical technologies impact supplier management and its very structure.

The blockchain offers end-to-end supply chain visibility

Blockchain technology improves transparency, efficacy, and resiliency in the supply chain by guaranteeing that data is trusted and safe.

IBM reports that many problems with supply chain data were caused earlier due to human errors and inefficiency. However, in another survey, it is noted that 70% of supply chain leaders shared their positive experience and said that they saw significant improvements in data quality, integrity, visibility, and speed when human interference was eliminated.

This implies that including a single, real-time source of truth, either blockchain or distributed ledger technology, can drop unnecessary complexities and offer reliable insights across the complete supply chain.

The accurate insights can significantly improve the entire supply network, from superior resiliency to better performance to changed expectations among vendors, associates, and consumers.

Automation reduces costs in goods shipping, logistics, and delivery

Amazon has already imprinted its name with its upcoming drone delivery, and many other giant companies are also leveraging new technologies to streamline their delivery services.

Many companies have embraced several AI-powered solutions to enhance the customer experience, lessen delivery costs, etc.

Let us check their methods:

ORION: It is a proprietary route optimization tool to slash over 100 million delivery miles.
Edge is an in-house logistics and operation platform that uses real-time data to assist employees in making more rational decisions and actions.
Testing drone delivery is another plan for better deliveries.

This is just one example; many other companies have switched to automation using different platforms or technologies. In fact, in the coming year, we will see more automation in every point of the supply chain, from robots to automated ships.

How supply chain management software improves workforce productivity?

As workplaces adopt new technologies and integrate them with their processes, new software solutions replace old ones. Supply chain platforms such as Requis, SAP’s supply chain management software, Oracle Fusion Cloud SCM, Suuchi, etc., are designed to offer comprehensive solutions for the digital supply chain.

The features offered by these platforms may vary from vendor to vendor, and each has its aimed audience and set of use cases.

Remarkable features of these platforms comprise:

A dashboard that connects supply chain managers’ most-performed tasks to a single location
Real-time data, analytics, and reporting
Project management, communication, and collaboration tools
Shipment management
Dynamic inventory allocation and management

All the advanced platforms are designed with digital innovation in mind and can integrate with emerging technologies like the Internet of Things ( IoT) and Artificial Intelligence (A.I.).

Emerging technology will enable autonomous supply chains

Today trends like autonomous supply chain planning and autonomous manufacturing have become part of different organizations. However, the term itself defines that every stage is automated in an autonomous supply chain to provide the most efficient and error-free result.

Automation will impact supply chains in the following ways:

A.I. in procurement can perform essential tasks that humans earlier performed, including decision-making tasks like analysis, supplier assessments, compliance, etc.
Today 3D printing and robotics are frequently automating manufacturing to improve efficiency and reduce production timelines.
Automation will also reduce human interference, which means that only a few humans will be required to perform technical and manual operations in cargo forwarding, logistics, and delivery, ultimately resulting in a leaner workforce.
Autonomous supply networks will be more secure, error-free, cost-effective, and more feasible than other things.

The inclusion of an autonomous system or the latest technology in the supply chain loop will not cause unemployment but will shift the humans from one process to another for a better outcome.

Final thoughts

The development in technology and adoption of the same has changed the business outlook. To ensure employee productivity and relevance in driving digital transformations forwards, companies should organize upskilling and cross-training. This is one of the prime purposes for digital adoption; in-house training programs are increasing in recent years.

Digital transformation in the supply chain can meet customer expectation, influence product development and distribution, supply chain flexibility and many other things.

admin

December 9, 2020

Why do You Need to Switch The AI-Enabled Storage System?

Artificial Intelligence, the term itself defines a lot about its behaviour, work and outcomes. Artificial Intelligence is like magic which allows machines to think like humans. Companies across the world are potentially utilizing this trait to enhance productivity and stay competitive using better insights. The proper use of AI and extracting the most out of the insights it generates can speed up the slow running business or restore the almost destroyed business. Artificial intelligence should be able to extend from start to end, developing its best version in an effortless and cost-effective infrastructure.

But do you know, AI-enabled systems have to face many issues in storage and deployment? Could AI be able to sort out all these challenges?

Well, data is the fuel that powers AI, but sometimes it gets trapped or stored in a way that it becomes challenging or costly to reach, manage or grow. AI depends on data, and its results depend on the quality of data. Organizations must realize the importance of data they generate, their application, removal of undesired data and the lifespan of the data. Businesses should organize the data, including pit-stops for compliance checks, data optimization, data cataloguing, & data governing. All the above are difficult challenges that organizations need to overcome.

At this point, AI-enabled storages come up into the scene. AI-enabled storage facilitates real-time updates regularly from different enterprise data sources. It optimizes data and performs other smart, automated work on it without any human interference.

Now, the question is- What are the benefits of AI-enabled storage? Let’s know about it. As we know, data is the fuel for AI; it means that existing data storage needs to be transformed into an intelligent and automated storage solution. The storage system should be able to do deep learning, and GPU processors should be capable of providing real-time insights.

Here are the key advantages of having an AI-enabled storage system.

Key advantages of having an AI-enabled storage system:

1) Scalable data storage: AI-enabled systems process massive amounts of data in a short period. This amount of data needs a significantly large storage system. Managing a large amount of data sets demands for a storage system that can be extended without limits or auto-scale as per the need. This demand can be fulfilled using AI-enabled cloud storage.

2) Shared Data Stores: Today, shared data has become more valuable than stored data. Thus, in this data-rich as well as the data-dependent world, AI-enabled storage utilizes modern analytics and AI workloads to deliver extendable storage platform to drive downtime to insights for the better business outcome.

3) Data Insights: AI-enabled storage system uses a variety of analytic tools and processes to provide highly efficient, high-performance data insights about billions of objects and files stored. These data insights are highly helpful for taking major business decisions.

4) Reporting and Alerting: AI-enabled storages help in developing reports on data functions and insights produced. They even facilitate the configuration of alerting systems to get instant notifications for any data storage failure or data exception conditions.

For example,
Power BI by Microsoft is one of the smart reporting system facilitated by AI storage. This system supports Learning Data Lifecycles and helps in managing the storage of particular types of data in the best possible way.

5) Failure Forecast: Storage failure can badly affect the productivity of the business. Whenever storage failure happens, one must find out about the lost data and then restore the data through a backup or copy process. This complete failure to restoration process eats time and reduces productivity. In this situation, AI-enabled data storage system can make things easy by detecting and restoring data from the point of failure.

6) Cost-effective: AI-enabled storage system identifies the useful data and analyzes the pattern in which stored data is used. This helps businesses in saving the extra expenditure spent on managing vast terabytes of data and allows to use data storage capacity wisely.

Why is it beneficial to opt sing AI-enabled storage over average cloud storage?

AI-enabled storage allows using cost-effective software-defined storage. This enables the storage of data in a way that customers can efficiently access it for different insight-led actions.
The other advantage offered by AI-enabled storage over normal cloud storage is that it provides automation of essential functions like infrastructure, capability, and storage management and maintenance.
AI-enabled storage holds a more active and manageable structure.
AI-enabled storage can smartly administer access rights; it can dynamically re-route data centre data and automatically regulate data centre cooling. Thus it optimizes energy consumption.
The AI-enabled storage system consists of highly smart security features to identify data/packet loss during any transition or within data centres. This feature reduces data loss possibilities, raises availability and maintains speed during downtime.
Neural storage is another advantage offered by AI-enabled storage. In this storage system, the storage detects and responds to the issues and opportunities without any human interference.

Wrap-up:

Artificial Intelligence is a technology developed to ease the working of productivity or to analyze user behaviour. Data storage has been an issue, and obviously, it plays an essential role in the growth of the business. The introduction of AI-enabled storage has resolved the issue. It has enabled humans to control, monitor and maintain large-scale data storage in scalable and efficient operations. Today, businesses are generating tons of data but segregating useful data and processing them to get actionable information has been a challenging task. However, an intelligent and automated storage system can ease the job by self-predict and analyze real-time data.

It is clear that Artificial intelligence holds a good scope in future and its collaboration with IoT makes it more precious and advanced. The integration will open up new opportunities and growth mediums for businesses and other organizations.

If you are looking for reliable and professional AI service providers or IoT solutions, then connect us. We’ll offer you high-quality services to make your business efficient.

admin

June 29, 2020

How COVID-19 Explains The Need for IoT Based World?

The irruption of the Coronavirus in our life, either technological or non-technological, has disrupted the regular flow. It has not just shown our incapabilities in healthcare but has challenged us on the technical table.

We thought that the present giant technologies are the best like anything. Still, the sudden fatal interference by COVID-19 expressed the need for more virtual and reliable interconnection for day to day tasks.

Do you think post-pandemic, IoT along with other technologies would aid in boosting the lost economy while ensuring full security? Let’s wear the future showing shades and check how the tech-world would be after the end of the pandemic.

1) Touch-Screen: A scary-old fashioned technology:

Today (COVID-19 crises), touch word has now another obvious meaning-‘avoid it’.

Post-Pandemic, contactless interfaces, and interactions would be the new ‘must adopt’ tech trend. Yesterday’s touch screen trend which had once made us crazy would be limited. COVID-19 has made us ultra-aware of every touchable thing which could transmit the disease.

After pandemic, there would be a digital revolution and technology would prioritize more machine vision interfaces and voice interfaces.

We have already seen different payment options available without any physical touch. However, now consumers would prefer more options to pay for goods and services without any physical touch.

Machine vision offers autonomous checkout at some stores and has been used to apply social media filters. In the coming days, Iot along with sensors would expand its capabilities, and we would get a more reliable and accurate voice and machine vision interface that could recognize gestures and faces limiting the physical contact. Most of the industries would adopt it for fulfilling different purposes and needs.

2) Adoption of better infrastructure:

Well, the lesson we all should pick from this COVID-19 period is to strengthen digital infrastructure. In the COVID stress, people adopted work from home and searched for digital solutions to sustain their daily requirements and needs. There were few digital solutions to organize meetings, project management, workout, and many other necessary things.

Thus, COVID-19 disclosed the opportunity for both the employee and employer by allowing work from home in the future. Iot would interrupt in between the changes and would provide a better solution to follow the work from home.

Read More: Why IoT (Internet Of Things) will Be a New Normal?

3) Better Monitoring Using IoT and Big Data:

The health sector, which is struggling to deliver its best in the pandemic, needs rejuvenation through technology. In this pandemic period, we unveiled the importance of data. We learned that IoT and Big data could be proved as the savior for monitoring and curbing future pandemics.

Health apps could be used for warning the future pandemics by tracking the person who shows the symptom. GPS data could determine the possible infected people who have been in touch with the symptom showing a person. But one has to ensure that privacy is not disturbed at all to prevent any data misuse while endeavoring for benefit.

4) AI-Enabled Drug Development:

The development of a safe and effective drug could help in treating and curing the disease before it could blanket the whole nation. AI is considered as a right partner in drug development because it can help in analyzing the patterns and behavior of the virus as well as balance the human endeavors.

5) Telemedicine:

The COVID emergency has set up a new online treatment culture for already existing patients dealing with different health issues. You might be coming across such services. Hospitals are reminding their regular patients for consultation through video calls for restricting crowd in hospitals to stop virus spread. The dependency of healthcare on the online services has increased now and hopefully, would continue post-pandemic.

6) Elevation in Online Shopping:

To be honest, most of the people are now scared of visiting the market and shopping malls for the sake of dresses and other essential things. The spread of Coronavirus has unleashed an unstoppable opportunity for e-commerce businesses. From groceries to the cleaning, from grooming to the clothing, today everyone is dependent on the online stores. Businesses which provide online option weaved benefit while companies offering no online platform is dealing with a significant loss.

Post pandemic, many businesses would rush to add online services to make their business more versatile and profitable. Not just this, there would be a good elevation in the logistics and delivery systems to meet the demands even in critical times like pandemic.

Read More: How will IoT Transform Transportation in the Coming Years?

7) Robots will be in fashion:

Today, businesses and health care are realizing the importance of robots in this crisis. Robots are not vulnerable to viruses, and they can also serve in the most mannered way.

Post-Pandemic, robots could be employed for delivering groceries, for performing vital roles in hospitals, or for running factories. Companies have jotted down the importance of Robots and would be preferring them in the future to assure smooth services in any situation.

8) Digital Events more feasible:

Before lockdown, there were many in-person events, but today all the event organizers have to take a digital platform to follow the designed schedule.

The unbelievable outcome received from the digital events is increased participation. People around the world are participating and rendering their opinion, either its technology-based event or a discussion on the economy.

Though there are some pros and cons in digital events, so in-person events might not be completely replaced, but there are huge chances that post-pandemic digital events would become part of normal life.

9. Rise in Esports:

Like all other things, the sports world had to shut down in the COVID stress. Event organizers, sponsors, and fans had to accept this unwanted reality. However, this lockdown disclosed an alternative way of enjoyment. There are e-versions of sports like F1 care racing which are telecasted on the television. Though they may not give the real feel, in the coming year there would be a better and more realistic look.

In the coming days, sports would choose the online platform and would use the most advanced technology to provide the most exciting and genuine sports feel.

COVID-19 might be disturbing businesses, economy, and progress, but it is teaching us how to be best by being at home and by avoiding the contact. It has developed an appetite to develop the most advanced version of the present technology. It has asked developers and IT professionals to extract the best from IoT and AI. It has warned the healthcare system to become more robust to face future pandemics and develop an intense bond with the latest technologies.

admin

May 27, 2020

How will IoT Transform Transportation in the Coming Years?

How far have you imagined the development of technologies? Have you ever thought of automatic driving car in your childhood?

Few sci-fi movies might have created some imaginations, but who had thought IoT and AI would make it possible.

The holistic development of technology has changed the outlook of every sector. Healthcare, houses, towns are among things which are becoming smart along with the human race. The transportation sector is also benefiting from these changes to brush itself as more modernized and smart.

The transportation sector is evolving every day and thanks to IoT service providing companies which are inducing smartness to this industry.

The transportation sector has been offering safer, faster, cleaner and comfortable drives, and now IoT has taken the responsibility to make it smart.

As per the survey, global smart technology would touch $262 billion by 2025, and this would not be just financial success for manufacturers but would add a realistic approach to the expectations of users.

Don’t believe it? Read the blog to know how IoT would transform the transportation sector in years.

Assisted Driving:

The most prominent feature which IoT promises in transportation is safety. Smart transportation would have cars that would communicate with one another to improve supported driving features and ensure more safety.

Through IoT integrated communication, a driver would get the real-time data of other things present on the road to avoid any collision. The driver could use the data and take necessary steps like brake or turn and enjoy the smooth driving.

Though assisted driving features are no new as many vehicles have it but the inclusion of IoT into it would make it more useful and reliable. This integration also gives a base to driveless cars. Connecting IoT would allow vehicles to communicate with other vehicles and would help in better navigation. To be honest, safe and reliable self-driving cars would not have been possible without IoT.

You can too add IoT in your manufacturing business by contacting reliable and experienced IoT development company.

Read More: Will 2020 Be The Transition Phase of Internet Of Things?

Effective Navigation:

Improved navigation is helpful for humans, and IoT is the one which provides the most efficient navigation. Today, most of the people are dependent on GPS navigation which sometimes is slow to adapt the traffic changes, leading to frustration.

IoT navigation is a saviour in this situation. It is more helpful for the driver as it provides real-time information about traffic, blockages etc. Dynamic navigation can help in avoiding any type of hazard by providing real-time feedback to the driver.

Fluid navigation is best suited to services like environmental waste transport as accidents can cause spillage. To avoid accidents, drivers need proper real-time information on high traffic areas or spot accident-prone areas.

Maintenance clock:

Oil change sometimes comes up with a hefty repair bill. Any idea behind this unexpected bill?

Late servicing and inability to know when to go for vehicle maintenance is the primary reason behind this. There are many drivers who have no idea about when to get a vehicle checkup service. In this situation, IoT act as your assistant. It provides predictive maintenance of a vehicle and alerts drivers by highlighting urgent repair needs.

IoT devices installed in cars or vehicles analyze the performance of different parts and determines when servicing is required. It notifies the driver when something is about to damage.

The real-time information provided by IoT allows the driver to take the necessary steps and go for repair before any significant breakage occur. Not just this, it even provides a chance to manufacturers for more improvement. They can analyze the data from IoT devices and detect the common issues in their vehicles. Thus, they can use the information and make more reliable and safe cars.

Better Ridesharing:

Ridesharing is a new and useful trend which has been adopted and has brought disruptive changes in the transportation sector. IoT has made this trend more reliable and comfortable for the company as well as passengers.

Functional ridesharing depends on IoT, and it won’t work correctly unless a passenger could not see the location on the related app. Ridesharing even includes items like bicycles and scooters, so companies need to have their built-in device as well.

Read More: How can IoT be Used to Fight Against COVID-19?

A well established IoT network grants better vehicle surveillance by passengers and providers. It even helps by providing the fuel level information and determining the performance of a vehicle. With the provided data, companies could check that passengers are getting the car at peak performance levels.

Improved fleet management:

IoT has made everything more organized, particularly for fleet owners. IoT integration in transportation is helpful for a company that operates a fleet as they need to get the location of the vehicles, and how they are running. Through Iot enabled transportation, managers can get the real-time location of their trucks.

Not just tracking part, iot devices provide other services like weather analytics to help drivers for a safe journey, fuel economy tracking for fleet managers to calculate regular expenses like gas and maintenance. These features add more money and fast deliveries and reduced maintenance cost.

Introducing IoT in Transportation:

Well, IoT has already added a lot more than expectations. If you see the surrounding then would found that IoT has already become part of our daily life. IoT service providers are exploring the best versions to make the surrounding more smart and accurate.

Statista states that the connected car market expanded by 45% between 2018-2019 and would observe a hike in the global shipment of 76 million units by 2023.

Hence, it is no wrong to conclude that car companies are familiar with IoT and its wondrous offering, and they are capitalizing it as well. In coming year IoT would submerge the transportation sector fully, exploring safer, smart and reliable vehicles. Connected cars would become part of normal life, and roads would be more safe and convenient for everyone.

If you still not thinking about modernizing your products or adding IoT to your business, then it might emerge as a significant loss in coming future because the coming year would be based on IoT. If you want some help or assistance, then consult a reliable IoT development company.

admin

February 4, 2020

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.

admin

June 3, 2019

How does Involvement of Latest AI Improves Android System?

Artificial intelligence, the word so familiar today, was first heard in 1955 by John McCarthy at Dartmouth Conference. This new word then was assumed to be less unusual until 1990 knocked.

But the visions, thoughts and demands changed with the lapse of time, and today AI stands as one of the useful ministers in the kingdom of technology.

The use of AI has now turned infectious and has been observed in many places like in the year 2000 it was seen at the consumer marketplace as lovable ASIMO robot waiter of Honda, machines etc. and now in Mobile App Development.

Today Mobile App Development is witnessing the most dynamic changes in the industry. The desire to develop the best has seeded new technologies and its use.

The description and examples and use remain useless until we are not aware of how AI works, how its involvement in Mobile App world would change the current trend.

Let’s count the benefits provided by AI in Android Application development:

Detects Your Face: AI has not just allured people by its imitating tendency but also surprised the crowd with adorable features. AI now belong to the safety team. It is currently employed for safety measures as it can detect the user’s face in a digital image. The real-time face detection permit surveillance or enable monitoring of the movement either of object or human. Android app developers are utilizing this feature in the camera for recognizing the face in various frames.

Image labelling: It’s a great feature which can be adequately utilized by the android application developers. It is used for marking various objectives. Developers can utilize the Image Labeler app to provide an interactive label to the image. It even enables the users to classify an image, assign a label to rectangular ROIs (Region of Interest) and pixel semantic segmentation through this technology. Image labelling certainly makes the experience more interactive and friendly.

Recognizing the text: This feature runs in two steps, the first step involves the detection of the text, and the second involves the identification of the detected text. This character categorizes it in the most eligible technology to be used in coming time.

Chatbots: It is listed in the advanced concept designed for mobile apps for businesses. It is capable of communicating with the real audience. It can gather data and offers better customer services to the users on demand.

A Mini browser survey stats that e-Commerce, insurance and health-care industries will be benefited by this chatbot. It dismisses the requirement to employ customer care executives on 24/7 purpose and provides a human-like interaction. It is predicted that it will emerge as a remarkable part of Android application development services soon.

Personalization: Personalized experience will allure and give a sense of a loyal customer base. Artificial Intelligence provides recommendations after sensing the type of choice the user holds. This feature escalates the user experience and connects users ofttimes through an Android app.

The use of personalization features will accelerate the business excel in the bulging competition. I guess it’s the only reason why Netflix, Facebook and many other companies have switched to this feature.

Smart Answers: Today, the quick smart reply by Gmail is appreciated by the crowd, and no doubt it deserves it as well. The new Gmail consists of employs AI and ML technologies, which adds adorable personalized user experience. Now Android app developers can add this feature to the android business app and restrain time consumption by quick reply.

The combination of AI and ML can boost your business to a new level. It will not only reduce time consumption but will attract more users to the app.

The introduction of an AI has already imprinted the generation of a new era. An era which will be a hub of surprises and luxury. In the nearby future, the AI will stand up as the most-in-demand technology. The benefits catered by the AI has added it to the ‘wish-list’ of many Android app developers.

How Edge Computing is Revolutionizing the Energy Industry

Challenges faced by the current Energy Industry

What is Edge Computing?

3 essential Pillars of Edge Computing

Introducing Smart Power Grid with Edge Computing

The Advantages of Edge Computing

Main issues of IoT Edge Computing for the Energy Sector?

Conclusion

How Technology is Reframing the Supply Chain?

How is technology changing supply chain management?

The blockchain offers end-to-end supply chain visibility

Automation reduces costs in goods shipping, logistics, and delivery

How supply chain management software improves workforce productivity?

Emerging technology will enable autonomous supply chains

Final thoughts

Why do You Need to Switch The AI-Enabled Storage System?

How COVID-19 Explains The Need for IoT Based World?

How will IoT Transform Transportation in the Coming Years?

Know How IoT can Double Your Hospitality Business?

How does Involvement of Latest AI Improves Android System?

Our Services

Quick Links

Panth Softech

For Sales Inquiry

For Career inquiry

Subscribe to our newsletter