The supply chain and logistics network has undergone massive changes especially with the advent of e-commerce as an alternative to brick-and-mortar stores. Now, customers— with just a few clicks of the mouse— can order products from just about anywhere and still have the expectation of a smooth and timely delivery. Millions of products are being ordered daily, so the freight logistics industry must continually adapt to keep up with tremendous volumes. Automation coupled with the implementation of the Internet of Things (IoT) is the real game-changer. Logistics networks can be optimized and accelerated when IoT technology is used to create a connected network.

Connectivity in the Distribution and Logistics Network

One of the main causes of distribution network inefficiencies is the lack of real-time communication which affects the agility and adaptability of the entire network. The solution is a connected logistics network. All the key components in logistics can be connected to each other and the entire system using IoT technology. This includes packages, parcels, trucks, and warehouse equipment such as forklifts, sorters, and loaders. Using sensors and RFID technology, it is possible to create smart devices that can be tracked and can communicate and respond.

Smart devices eliminate the need for scanning. They also reduce errors in sorting and loading. There are less manual processes which can also eliminate human error and the risk of injury, especially in the warehouse. Clear communication quickens processes. For this to be possible, there must a reliable mobile network. Another concern in the IoT is the security of the network, and this must be safeguarded with measures such as end-to-end encryption and proactive monitoring.

Benefits of Automation

A connected network makes the entire logistics system more agile and efficient. It also makes automation possible and even better. With a smart network of devices and packages and the supporting technology for automation, the logistics network can almost run on its own within reason. Automation can be and is being implemented in warehouses so that forklifts can operate unmanned. They know what they must pick, have the exact coordinates of the package, and know where it must go. Once the infrastructure for connectivity is in place, it is as easy to scale up the network as connecting more sensors. Automation also allows more volume to be processed to keep up with increasing demands.

An automated logistics network that is enabled by IoT technology makes the entire chain more efficient. For the end user and all the different stages of the supply chain, the benefits are numerous. Customers are better able to track packages. Communication and delivery are more dependable. Bottlenecks in the network are more easily identified and eliminated.

To say modern day business is dynamic would be an egregious understatement. Technology is dramatically altering the business landscape. Those who adapt succeed; those who remain tied to the status quo perish in due time. Business owners and managers will find making money is that much easier by implementing Internet of Things (IoT) devices. Take advantage of the IoT solutions detailed below and you will find they perform a considerable amount of work on your team’s behalf, making your operations that much more efficient.

1. RFRain’s Inventory Management System

The average small to medium-sized retail store has inventory challenges. In some cases, store managers and owners find it difficult to pinpoint where, exactly, specific inventory is located at each of their stores at a given point in time. RFRain is the solution to this challenge. This IoT technology keeps track of inventory within a cloud-based database. Tap into the power of RFRain and you will know exactly where times are located without delay. In fact, the technology is so precise, it even lets users know exactly where inventory is located right down to rows on shelves at specific store locations. RFRain connects low-cost RFID tags to every item and tracks and sends the information to the database in the cloud.

2. N3N’s Visualization Screen

Equipment breakdowns are bound to occur regardless of what type of business you own or operate. Employee and customer theft are also uncomfortable truths of business. IoT solutions like N3N’s visualization screen ameliorate these problems. Tap into the power of this technology and you will be able to view your properties and equipment in real-time. N3N empowers you to unlock the true value of your business’s operations data. This platform combines data from sensors, video, maps and connected devices to produce real-time insights that ultimately steer your business toward more profitable outcomes. This seemingly futuristic technology lets you know when there is a major problem with your operations and even lends support to solve the problem without the need to send anyone over for in-person assistance. It does not get any more efficient than that.

3. Key Tracer’s Security System

Security is a concern for every business, regardless of its size, niche, and offerings. Distributing keys in the proper manner is one of the top concerns of those who own and manage businesses. If you find it difficult to establish a system to create or implement a system to track which employees have specific keys to access your location(s), Key Tracer is the answer. This system pinpoints missing keys with an alarm system powered by RFID technology. Key Tracer offers electronic cabinets to secure important assets along with an array of key management systems.

4. Chargifi’s Smart Wireless Charging

Think back to all those times when you could not reach your team to communicate important information as their cell phones were not working or out of juice. Chargifi eliminates this problem and, also, provides web access to customers at your venue. Chargifi’s smart wireless charging ensures you can always communicate with your team and provide your customers with the web access they crave.

5. Breadware’s IoT Expertise

Just about everyone has a problem that can be ameliorated with an IoT solution. The race is on to solve these problems with the latest technology. Take some time to think about how your job would be that much easier if sensors, trackers, and cloud technology were integrated. You can probably come up with at least a few problems that IoT could solve. If you do not know how to implement the solution, don’t fret! Breadware can help you develop your own IoT product that you can turn around and sell to your industry colleagues, generating a new revenue stream outside of your 9-5 job.

Do Not Be Intimidated by IoT!

If you are hesitant to implement the tech solutions noted above, your business will fall behind. IoT solutions are nothing to fear, even if you are not technologically adept. Do not assume the devices detailed above are limited to large businesses with extensive resources. Take advantage of IoT and your business really will have a competitive advantage that levels the playing field with the big boys.

The Internet of Things, commonly referred to as IoT, is a connection between devices, technologies, networks, and other resources designed to make life easier for consumers and businesses. All sorts of IoT technology is used in myriad sectors. This trend will only continue to advance in the months and years ahead. Data analytics has emerged as an especially powerful tool for improving IoT.

The Power of Data Analytics Tools

Data analytics refers to the process used to analyze large and small data sets with varying properties to reach the intended conclusions ranging from statistics to patterns and trends that ultimately help businesses make prudent decisions. Data analytics will play a meaningful role in the advancement of IoT. Such tools empower businesses to use datasets in the most effective way possible. IoT applications use massive data clusters to manage data in bulk. Large data volumes must also be analyzed in order to extract meaningful patterns. Such datasets and real-time data are rapidly analyzed thanks to advancements in data analytics software.

The Proper Use of Data Analytics Provides a Competitive Advantage

Data analytics in IoT empowers businesses to obtain insight into customer choices and desire. This insight fast tracks the creation of services in accordance with customer expectations. The prudent use of data analytics in IoT ultimately makes businesses that much more capable of providing the services target clients actually need and desire in the most efficient manner possible. The result is a meaningful competitive advantage that drives revenue and improves the bottom line.

The Different Types of Data Analytics

Variations of data analytics are used and implemented in IoT technology to obtain competitive advantage. As an example, spatial analytics is a data analytics method used to study patterns in geography to identify spatial relationships between objects. IoT applications like smart parking that are based on location benefit the most from this type of data analytics.

Streaming analytics, also known as event stream processing, involves the analysis of massive “in-motion” sets of data. Instantaneous data streams are studied in this process to identify important situations and optimal actions. IoT applications centered on everything from the analysis of traffic to tracking air fleets and financial transactions will benefit from this method. Another form of data analytics, prescriptive analysis, is used to determine the optimal course of action for highly unique situations.

How IoT Investments Benefit from Data Analytics

Tech advances have opened the door for the use of data analytics in the context of IoT. Actionable marketing can be performed with the application of data analytics. Furthermore, IoT analytics improves surveillance by way of the application of data analytics. Data analytics has proven especially helpful in the context of healthcare. The resulting decrease in healthcare costs improve the monitoring of telehealth as well as remote health services, improve diagnoses and ultimately help provide patients with the most effective form of treatment.

Data Analytics Really Does Improve the Bottom Line

The prudent use of data analytics accomplishes what matters most in the context of business: the bottom line. The role of data analytics will only continue to expand in IoT technology in the years to come. Those who take advantage of this high-tech analysis will enjoy improved revenue, enhanced customer engagement, and the all-important competitive advantage.

Understanding Blockchain

IoT devices and blockchain innovations have a lot more in common than you may realize.

First, let’s examine blockchain. Basically, blockchain applies time-stamps and visibility to online transactions. A blockchain continues to build upon itself, so with each blockchain transaction, security expands. In terms of supply lines, blockchain tech in conjunction with IoT can do a great job of reducing operational cost.

Supply chains generate quite a bit of paperwork. As a matter of fact, it’s estimated that about 20% of the supply chain cost is caused by paperwork. Blockchain technology in combination with IoT devices helps make information visible, but not alterable, to those with requisite access permissions. And combining blockchain with IOT technology can help substantially reduce supply chain costs.

Additionally, IoT supported by blockchain technology provides:

• Workflow Improvement
• Infrastructural Management
• Reduction of Security Threats
• Asset Life Cycle Management
• Reduction of out-of-stock incidents
• Reduction of data redundancy

Workflow and Infrastructure

The supply chain is complex and IoT devices can help improve operational workflow and supply chain management. Case studies in the shipping industry have identified opportunities for cost reduction and process improvements through paperwork reduction and real-time workflow management. The improved supply chain transparency will reduce fraud and processing errors and improve inventory infrastructure management. And when the paper trail is replaced by an automated record tracking system more, and more accurate, data can be collected and used to manage the process and the operational infrastructure. In addition, with real-time data collection, and storage in the cloud, inventory in the entire supply chain can be better controlled. Inventory levels and usage rates at key stations are visible to the entire supply chain. The inventory consumption rate and replenishment rate at these key stations can then be used to tightly control the inventory levels. A more tightly controlled inventory level in the supply chain, while preventing stock-out and overstock situations, results in significant cost savings.

Improved supply chain transparency is also beneficial in situations when a product is selling particularly well. The higher sales numbers can be transferred to manufacturing facilities in real-time, allowing them to increase their production to replenish a supply line before the inventory is exhausted.

Security and Assets

Almost everything can be recorded with the records in a blockchain. A blockchain is a centralized shared ledger that is tampering resistant. It allows participating companies to store, view and share digital information in a secure environment. Blockchains are designed to be secure and because of this feature companies are exploring ways to use blockchains for fraud prevention. Fraud in supply chains is an issue because they are complex and offer lots of opportunities for fraud to be committed and go undetected. Blockchain can help to reduce fraud in the supply chain with greater transparency and improved traceability of inventory. Once an item is digitized on a blockchain, it can easily be traced back to its origin. With blockchain ledgers supported by IoT devices, security threats to assets in a supply chain can be identified and reduced.

Reduction of Redundancies

Something else that is considerable here is the reduction of data redundancies. In terms of backup, redundancy is good, but with a supply chain, too much paperwork can “clog the works”. With blockchain-enabled IoT, everyone can more easily get on “the same page”, errors can be identified, and obtuse bureaucratic data creation can be managed such that the weight of infrastructural supply chain organization is reduced.

Optimizing Your Supply Chain

IoT devices which incorporate blockchain protocols can help optimize supply chains in terms of security, efficiency, and ultimately, profitability. An added bonus is increased competitiveness through decreased operational losses, and subsequent increase in profit. Accordingly, introducing this technology has a high chance of paying for itself.

Multiple Areas of Innovation

IoT technology has hit a point of exponential expansion that is set to be nigh-omnipresent in the next decade. Today, IoT devices already outnumber people. In three years, they’re likely going to outnumber people two to one— that’s considerable. If you’re not utilizing IoT within the next 10 years, you’re seriously going to be behind.

To understand why the Internet of Things is such an effective innovation, you need to understand what features make these devices as effective, convenient and even seemingly intelligent. Notable IoT features include:

• All devices come equipped with sensors
• Connectivity to networks is built in
• Gateways utilizing wan tech
• Microprocessor inclusion
• Firmware, middleware, and application software
• Security

Sensors

IoT technology is equipped with sensors that are designed to measure diverse information pertaining to a given device. RFID protocols are one of the chief ways this is accomplished, since they assist in differentiating between varying IoT devices. IoT tech can be directly addressed in a digital sense through such sensors, and their own utility is measurable— you can see if a certain unit is operating as it should just by sending a query through the network.

Connectivity to Networks Is Built In

This is to some degree self-explanatory, but it’s worthwhile to mention that PAN, LAN, and BAN communication protocols come built in with most IoT devices. Data that is gathered through devices embedded throughout your operation can be sent to single devices, like smartphones, they can be uploaded to the network itself or whatever is necessary.

Gateways Utilizing WAN Tech

A Wide Area Network (WAN) translates, routes, and spreads out data using the cloud to reach devices across a large area. Many diverse families of input are brought into play here.

Microprocessor Inclusion

With most modern IoT, microprocessors come embedded within varying devices. This allows those devices to be used as more than just data collection and dissemination equipment. They can additionally be used to float what’s known as an “edge” network. If you’re unfamiliar, “edge” networks are basically the next iteration of the cloud; only, instead of using server arrays to increase processing power as well as dependability, edge networks use microprocessors across IoT. Each device processes some small amount of data so that a large enough business’ IoT network essentially functions as their own private cloud. While such microprocessors aren’t exactly the same as those you’ll find on a tablet or a laptop, they are very similar.

Firmware, Middleware and Application Software

Now, not all IoT devices come complete with Application, Firmware and Middleware software, but the vast majority of them can use such software, making them easily interconnected.

Security

This can be the weak link in the IoT chain if you don’t have a professionally managed option through the right service provider. With so many devices and their cutting-edge status, there are definitely vulnerabilities. However, these are being patched regularly, and modern MSPs are able to secure most integrated IoT networks via continuous monitoring, automatic patches, and proper updates.

Securing Your IoT Solutions

IoT technology provided through IoT Marketing can help optimize your business by providing security, software, edge possibilities, network connectivity and more. Contact us to facilitate the IoT solutions you need for competitive relevancy.

The Internet of Things has created new possibilities for adjusting business strategies, based on sensors that generate real-time data. Even minor inefficiencies can potentially be overcome by IoT solutions. Taking this concept a step further, IoT companies can offer predictive maintenance, which is solving problems before they happen. Here’s a deeper look at how offering predictive maintenance can strengthen an IoT company’s profile and market:

Why Predictive Maintenance Matters

Predictive maintenance is a feature that gives an IoT firm an edge over the competition since it demonstrates concern for maximum business continuity. Instead of relying on costly field technicians to resolve technical problems after they occur, predictive maintenance uses 24/7 system monitoring to anticipate problems before they happen.

A cloud service such as Connected Field Services (CFS) that provides real-time monitoring for companies that transmit big data can alert technicians when issues arise, such as hardware or software glitches. Taking a proactive stance on preventing cyberattacks or other events that lead to downtime is extremely helpful to maintaining and improving business continuity. Using a service that includes predictive maintenance can give the company instant access to an appropriate software patch, eliminating the need to call a field technician.

MEDIVATORS Inc., a manufacturer of medical equipment, signed up with CFS and experienced a 78% increase in service events in which problems were diagnosed and solved without a field technician. The firm also saw quicker report filings by technicians following service events. Furthermore, speeding up the filing process reduces billing delays with customers.

How Executives Should Promote IoT

Despite the growing popularity of IoT solutions, traditional businesses have resisted exploring it, partly due to the anxiety of learning a new dimension to technology. Consequently, IoT needs to be promoted as a solution that simplifies, not complicates a business.

IoT allows clients to analyze their business with real-time data, providing evidence that justifies making quick decisions. If something is hurting productivity or growth, it needs to be corrected quickly. IoT can also tell businesses immediately if their operation is compliant with government regulations, the state of revenue generation, and how satisfied customers are. Ultimately, it can guide management toward better efficiency and productivity.

Business managers must decide for themselves how they can benefit from IoT and should approach it with caution so that they aren’t sidetracked by irrelevant data. The key to making an infrastructure more efficient is to use a centralized platform that has the capabilities to automate workflow and capture information that’s relevant to the business.

Moving to predictive maintenance is essentially enabling more reliable business continuity. Access to CFS or similar platforms allows a company to potentially offer 100% uptime guarantees for critical operations to its customers.

Author Bernard Marr, whose new book, Data Strategy, has debunked several myths surrounding artificial intelligence which may relieve new believers in the technology. The key is that AI is not going to destroy the job market, as it will mostly replace low-level employees. Managers need to get over the fear that IoT threatens to become smarter than humans.

Steps to Implement Predictive Maintenance

1. Prioritize company assets
2. Learn what type of data the company needs to improve its operations
3. Research platforms that detect system faults and failures
4. Use a platform that can analyze manufacturer recommendations for when parts need upgrading
5. Find out how you can integrate historical maintenance logs into the platform
6. Determine evaluation criteria within specific time frames for each asset
7. Hire technicians with a genuine interest in learning IoT capabilities

Conclusion

Companies that offer IoT solutions should embrace predictive maintenance as a modern method for preventing disasters. Clients don’t need to experiment with all their assets at once. It’s better to ease into a predictive maintenance strategy by testing a few assets at a time. This process of gradually increasing the number of monitored assets can lead to clients enjoying a reduction in maintenance incidents and costs.

IoT solutions are transforming the energy industry by providing innovative ways to enhance operations, security, and cost efficiency. Whether in the natural gas, oil, or electrical sectors, companies leveraging IoT solutions are seeing significant improvements. As the Internet of Things continues to evolve, energy companies are increasingly adopting these technologies to stay competitive.

Modernizing Energy Operations with IoT Solutions

Businesses that offer IoT solutions play a pivotal role in modernizing the energy sector. Companies that fail to adapt are at risk of falling behind their competition. However, by integrating IoT technologies, energy firms can enhance productivity and optimize their existing infrastructure. For example, while rebuilding the power grid from scratch is impractical, IoT solutions enable gradual modernization. This technology boosts security, improves power quality, and streamlines services, leading to increased client satisfaction and attracting new business.

Enhancing Security through IoT

Security is paramount across industries, and the energy sector is no exception. IoT solutions provide state-of-the-art security measures tailored to the unique needs of each client. These technologies offer unprecedented control and customization, making them a strong selling point for energy companies. By providing IoT-enabled security, businesses can significantly improve their clients' protection, thereby enhancing their market reputation.

Reducing Costs with IoT Technologies

One of the most compelling advantages of IoT solutions is their potential to reduce operational costs. Whether targeting large corporations or small businesses, demonstrating the cost-saving benefits of IoT is a powerful strategy for attracting new clients. By highlighting the long-term savings associated with IoT, companies can differentiate themselves and drive growth.

Boosting Production Efficiency

IoT solutions are key to increasing production efficiency in the energy industry. As IoT technology continues to advance, it enables companies to automate tasks that were once manual, allowing employees to focus on more critical aspects of their work. This automation leads to higher productivity and greater flexibility in job roles, making IoT an indispensable tool for energy companies looking to enhance their operations.

Final Words

By adopting IoT solutions, energy companies can modernize their operations, enhance security, reduce costs, and improve production efficiency. As this technology continues to evolve, businesses offering IoT services will be well-positioned to capitalize on this growing market. The energy sector's future will increasingly rely on the innovative capabilities of IoT, making it a crucial area for continued development and investment.

If you want to learn more about IoT solutions and how they can benefit your energy business, contact us today.

The use of IoT technology has steadily grown over the last few years. Offering this state-of-the-art technology for companies of all sizes will enable them to improve efficiency and employee productivity. Describing the various uses of this latest trend in technology will help clients significantly enhance multiple functions of buildings, whether it is through sensors, smartphones, or wearable devices. As you know, the Internet of Things is expected to continue to grow at a fast pace as it helps devices work together to create a working environment that allows companies to save money, time, and resources. Here are just a few ways to describe the benefits of IoT to a potential client and how it can impact businesses in today’s technical world:

Enhance Control

Companies are always looking for ways to increase control and flexibility. Providing IoT technology will enable businesses greater control in a wide variety of areas, whether it is through controlling the temperature, humidity, or lightning inside of an office. These settings can be adjusted at any time to meet the needs of that particular client and they will collect data that consists of various levels of energy consumption for each specific setting. In other words, clients are able to limit their carbon footprint and can monitor their energy consumption levels on a daily basis.

Limit Downtime

An unexpected amount of downtime can severely cripple a company. Fortunately, offering the latest advances of IoT can help keep your client’s business safe and protected from costly amounts of downtime. One of the main benefits of IoT is the ability to monitor the daily functions of a wide variety of applications and software. Your client will be immediately notified of any unusual activity or patterns that may lead to unforeseen amounts of downtime. The use of this technology will enable your customers to be proactive before a major crisis occurs. Instead of reacting to major problems, your clients will be able to easily identify problem areas before they become widespread.

Accessibility

Are you looking for new ways to increase accessibility for businesses interested in the use of your services? As you may know, another great feature of IoT is the ease of access for any employee. Each client can download a mobile app that will make it much easier to access critical work files while they are away from the office. For example, a major selling point is that clients can work on the same project simultaneously, as work files are constantly saved through a cloud server that provides easy access for anyone working on that particular project.

Improve Production

The use of IoT can have a significant impact on your client’s productivity. Whether it is through working from a remote location or scheduling work assignments on a mobile device, IoT is constantly evolving to meet the needs of a demanding workforce. Offering this technology to businesses will create a working environment that focuses on increasing production and making the life of each employee that much easier. The use of technology that creates smarter buildings is a win-win situation for your client and each one of their employees.

As you can see, providing IoT technology will enhance the work environment in a wide variety of ways. Whether your client has only a handful of employees or they are a multi-million-dollar corporation, the use of IoT can significantly make an impact for each worker. As you know, buildings will continue to become smarter as the use of this technology continues to develop over time. The ability to increase control, limit downtime, and improve accessibility will enable your customers to create a dynamic and smart workplace environment.

Today’s consumer electronics are much different than those of the past decades. We have progressed from simple electronic devices to gadgets that are hooked up to the Internet. These improvements are attributable to the rapid evolution of the Internet of Things, commonly referred to as IoT technology.

Seemingly Ubiquitous Connectivity Through IoT

It is now possible to hook up refrigerators, washers, TVs and home lighting to the Internet. People can control these devices through their web-connected smartphone or tablet. This means that they can alter the time at which their home lights turn on and the temperature of their refrigerator while traveling the globe. It is all possible thanks to IoT. The trend of “smart” connected homes will only continue to progress in the coming years.

Aside from improved convenience and security, the IoT of consumer electronics saves plenty of money. IoT allows people to operate devices and appliances at times that are the cheapest. Even wearable devices are IoT connected, bringing the web right to the human body.

IoT Compatibility and Communication is the Wave of the Future
Today’s smart homes are so advanced that IoT devices can communicate with one another. As an example, a dryer can send a message to one’s smartphone once it has dried a load of clothes. It doesn’t get any more convenient than that. This trend is poised to progress to the point that IoT technology spills into the mainstream. It won’t be long until the number of homes with smart devices that communicate to their owners will exceed those without such technology.

It is estimated that web-connected home devices will grow at a compound yearly rate of nearly 70% in the next couple years. This rate of growth outpaces that of smartphones and tablets. By 2019, connected-home devices will comprise 27 % of shipments within the IoT space. Sales of these devices will approach $500 billion by that point in time. Industry experts anticipate home security and home energy systems will spearhead this trend, paving the way for a more broad-based consumer adoption of IoT electronics.

An Automated Life Will Soon be the Norm

It won’t be long until people accept IoT consumer electronics as the norm. People will soon rely on web-connected devices to tie up loose ends like turning off the lights, figuring out when to operate devices when the electricity rate is lowest, turning off the oven after dinner is cooked and so on. All of this will be done by IoT-driven home electronics. People will embrace the opportunity to live an automated life in which the web and computers facilitate everything from washing clothes to securing the home.

Though there is certainly the potential for privacy to be compromised, automating one’s life will drastically improve efficiency. This technology will reach the point where it monitors human behavior through facial recognition technology, Bluetooth signals and motion sensors. These machines will know when their human masters are away from home or in the house and make the appropriate adjustments. They will do everything from turning off the air conditioning when homeowners are away to turning on the heat on chilly nights prior to the homeowner’s arrival, altering lighting, cooling food, etc.

IoT Challenges 

IoT faces a considerable challenge in terms of compatibility. Some consumer electronics can’t communicate with one another or users’ smartphones, tablets etc. This is due to the fact that there is not a universal coding language for IoT. Consumers will inevitably become frustrated if their IoT devices do not connect with one another. There is a growing push by IoT product developers to build one standard language to facilitate communication across all such devices. Some companies are allying to make connectivity between IoT consumer electronics seamless and efficient.

Make Way for IoT

IoT technology is on the cusp of fundamentally changing the way life is lived. The ripple effects of relying on the Internet and computers for labor, security, and comfort will be extensive. This technology will liberate people to spend less time managing home appliances and performing household chores. The result will be a surplus of free time, enhanced security, and a considerable improvement in convenience.

The use of IoT devices has become increasingly popular for a wide variety of businesses. According to recent research, the use of the Internet of Things will expand to even more areas. While this is good news for CEOs of IoT enterprises, there is always room for improvement. For example, continual development of these services will enable you to increase a company’s efficiency, create new products, and develop new business models. Nevertheless, analyzing large amounts of data can take a significant amount of time and it is important to minimize time while still offering high-quality services. Simply collecting data from an endpoint and transferring it to a data center is not as efficient as processing data close to the source before it is ever sent to the data center.

Here are just a few ways you can entice clients to use IoT technology for their everyday work experiences:

Reduce Costs

Companies are always looking for new ways to cut costs. Describing your services and the various ways you can reduce costs is a great selling point for IoT technology. For example, you can explain how edge computing can overcome a low bandwidth through filtering data close to the source, thus eliminating the amount of data the data center receives. Depending on the business, you can offer a wide variety of scenarios that will directly affect their company, which makes it much easier for them to relate.

Increase Production

Besides the reduction of costs, increasing productivity is another great selling point for any company interested in using IoT devices. Describing how these devices can automate specific job functions ultimately leads to increased productivity, as employees are able to focus on more critical tasks. Of course, each work environment is different, and it is important to tailor your sales pitch to that specific industry to receive the best results.

Enhance Security

Finally, the use of IoT technology can significantly boost the security in your client’s workplace. For example, they can set the alarm to be active at a fixed amount of time, and it will alert them to any unusual activity or movement. These devices can also be changed at any time, which increases their flexibility and makes it very user-friendly. Describing the various enhanced security measures is an excellent selling point for any business, as companies can fully take advantage of this technology to improve their business and remain safe.

The use of IoT devices will continue to grow for businesses of all sizes. IoT Marketing is a company that helps CEOs of IoT enterprises reach their full potential through the use of the latest marketing strategies. Our staff is trained to provide superb customized content that will help your business grow and reach a wide range of clients. Contact us today to learn more about our company and services.