Smart Savings with Connected Offices

2018-04-02T11:18:02+05:30

The design and management of a workplace has  profound effect on the productivity, creativity and engagement of those working there. A poorly designed and/or poorly managed workplace can lead to an unproductive and unsatisfying work experience and if this happens too often, it can increase staff turnover and have a negative effect on the company’s bottom line.

Enter ‘smart office’—the brave new world that promises to revolutionize the workplace but can it really improve things? A buzzword, smart office refers to an office space that utilizes smart or connected devices to improve efficiency and the office environment. The main objective of the ‘smart office’ is to create a congenial and well-managed work environment but it is also positioned to lower energy costs and increase workplace visibility to allow monitoring of unusual activities/ irregularities inside office spaces.

Increased Efficiency and Productivity

Smart technology enables efficiency and productivity and this is no secret. By providing staff with the right tools and a connected environment, a smart office helps streamline processes to make them quicker and more practical, resulting in less time spent on repetitive tasks each day. By providing your staff the training to work in a connected or smart office, you can increase their productivity and allow them to operate as efficiently as possible.

Connected offices can also help you to keep track of staff in the workplace. For instance, IoT solutions and connected devices can be used to detect whether employees have entered the office and what rooms are in use. This will allow you to monitor who is in the office and will help you reduce meeting rooms being unnecessarily booked out or large meeting rooms being used for only a couple of people. With connected offices, you get necessary insight into internal processes and procedures, which allows you to adapt whenever necessary.

Reduced Energy Usage

Connected offices feature IoT devices and sensors and this helps to reduce energy usage in the workplace. Using IoT devices and sensors throughout the facility, offices are identifying and enacting steps that not only lower energy usage, but also help reduce their carbon footprint. With these connected devices and sensors, management can control lighting, the environment and other-energy consuming systems. This helps to ensure that there is no energy usage in an unoccupied space in the office.

Better Management of Office Space

A Connected office and IoT solutions makes it easier to manage office space, which in turn allows you to manage office space more efficiently. Some of the practices used in smart or connected offices to manage space includes hot desking and shared spaces. These practices enable more efficient use of the total square footage to ensure that less space is needed per person. The practices are enabled using IoT solutions such as space management software and sensors.

 

Switch now to a connected office that uses IoT solutions to ensure smart savings and align your business perfectly with the modern global trends and get it ready to take on new challenges.

 

 

 

IoT: Cloud or Edge (Security Vs Simplicity)

2018-03-13T08:02:46+05:30

The Internet of Things (IoT) involves the creation of smart atmosphere around us, by using modern networks and the ability of sensors to share information with each other to automate various tasks. The latest technology in IoT solutions is edge computing, although most solutions available today use the conventional cloud computing with processing and data storage both occurring on datacenters.

Here, we compare them as technologies that place the concepts of security and simplicity against one another in IoT applications.

Cloud Computing (Security Vs Simplicity)

Cloud computing refers to using the large processing power of datacenters. Companies can choose to get services that do not have to be placed on local computers. Services, software elements and database storage can all be present on a remote resource and available to the clients over a dedicated network connection.

The problem with cloud computing is that currently, sensor devices do not enjoy a dedicated networking solution. They have to rely on crowded network connections to send information of IoT sensors to the cloud computing backbone. With standards like 5G and other low-power networks still under development, cloud computing solutions can often become difficult to create in environments, where the number of smart devices can get scaled.

The security of cloud computing is certainly better, when it is compared to onsite solutions. Since human intervention is not possible, IoT solutions that employ cloud computing can often use multiple security levels to ensure that information theft or damage is not a possibility anymore. Cloud computing is certainly an excellent choice with most solutions that are currently available. However, edge computing may offer improved security benefits.

Edge Computing (Security Vs Simplicity)

Edge computing refers to the processing of data in IoT solutions near the sensors. It is designed to reduce the workload of the datacenters and can significantly alter the required network resources to host a large set of smart devices. A key advantage of edge computing is the physical addition of security layers. It certainly offers the use of better authentication and eliminate the need for sending simplistic data over the public networks.

Each node in edge computing can also serve as authentication points. This eliminates the errors that are present in the transmitted data, as well as ensuring the security of the information, which is finally used to create the all-important data analytics. The hardware layer, the communication layer and then the cloud layer is involved with cloud computing. A good IoT solution now must have the security of edge computing.

Edge computing also brings simplicity, since it allows the automation of mundane tasks. There are no technical experts who are required to manage the system. This results in the creation of a simple system, which is easy to manage and can produce dedicated results. However, the simplicity is further enhanced, if a dedicated IoT solution like IoTSense provides an efficient data transfer mechanism.

Revitalizing Healthcare Industry with IoT

2018-03-07T05:49:50+05:30

The healthcare industry faces serious problems with the increase in available devices and the information generated through them. There are also several procedures in the industry, which are often difficult because of the lack of communication. Integration is required to achieve the ideal organizational results in this industry. One of the ways this result is a possibility is by utilizing the modern IoT solutions.

Here are some advantages of using the Internet of Things applications in healthcare:

1.      Cost Control

IoT solutions provide the benefit of improved cost control. This is possible when unnecessary medical visits are reduced. Doctors and other medical staff can share useful information with the use of smart sensors. This cuts down the required time for performing relevant discussion, allowing improvements over time-costs and the ones required for personnel and equipment movements.

2.      Error Reduction

A serious problem in the healthcare industry is the presence of errors that can affect the way diagnoses are generated and shared with other medical experts. The use of IoT solutions ensures that all minor errors are eliminated, and the procedures become transparent for all the important stakeholders. This is a direct result of using data processing through automation, and is a perfect way of revitalizing healthcare industry and setting up better practices.

3.      Drug Management

Another advantage of an IoT solution in a medical setting is the improved drug management. An integrated solution allows medical professionals to record various customized drug formulations and ensure that accurate results with the pharmacy are always possible. The costs are improved, when all prepared drugs are employed, with the failure in terms of a wrong preparation is skillfully eliminated.

4.      Improved Treatments

This is a possibility when treatments are shared between different departments, and all medical professionals dealing with a single patient can communicate important information with each other regularly.

When all health solutions are connected using cloud computing solutions, it is possible to use the real-time information for improved handling of complicated cases. With the ideal treatments delivered on a timely basis, the expenses for each treatment session are reduced and better control over the results is achieved as a natural outcome.

5.      Better Patient Experience

IoT solutionscan be used to provide a better experience to patients present in the medical centers. Since all the information is connected and available to the relevant staff members, patients do not have to provide the same information to multiple doctors and handlers in a repeated manner.

This situation allows the patients to remain calm, while on the other hand, they give the treating physician access to accurate information. The patient can trust that the treatment suggested will produce the ideal results, because each decision-maker has been adequately involved.

5G in IoT: Transforming Edge Communication

2018-02-23T08:19:49+05:30

The Internet of Things (IoT) is a growing concept and is quickly expanding to domains that may not have been previously possible. One important concept is that IoT requires the adoption of innovative methods and new technologies in a consistent manner. One important element in this regard is 5G in IoT, which can transform edge communication and bring an IoT resolution. Here is how it can transform the current edge communication to the next level:

Understanding 5G

5G refers to the fifth generation of the wireless broadband technology, which can be implemented for a variety of solutions in an integrated manner. It is designed on the IEEE 802.11ac standard provides considerable improvements over the current 4G/LTE generation. It operates at the 5GHz frequency and can offer speeds reaching 1 Gb/s. This speed can be easily maintained for thousands of connections, which is excellent for IoT solutions.

5G in IoT

Modern IoT solutions usually employ cloud networks for data storage, handling and processing. They turn sensors into smart devices capable of handling big data and finding out information that allows them to act smartly as a universal solution for the entire environment. With 5G, it is possible to create IoT solutions that are not possible with the current technologies.

5G is currently in a pilot stage, where it is not scheduled to come out before 2020. Although this may seem too much ahead, it is a great idea to prepare yourself for 5G in IoT, by investing in models like IoTSense which have the capacity to implement any broadband internet model for communication between the devices, decentralized computing and a final storage on a cloud back, to form an excellent integrated solution.

5G in IoT has the capacity to revolutionize the use of smart devices. This is possible since 5G connections allow normal devices to communicate at brisk speeds. This can transfer large amounts of data between the devices, allowing them to perform communications within a closed system. This can significantly reduce the load on the cloud server and ensure that most data analytics are already performed using edge computing principles.

Transforming Edge Communication

Currently, the problem with decentralized data handling and processing in IoT solutions is the limited power of network connections. Smart devices cannot have wired connections as this is simply not possible. With IoT, we are looking for smart homes, factories and other spaces that are easily scalable and can be enhanced.

This is possible with 5G in IoT, which especially allows thousands of devices to connect with each other with better consistency and reduced latency time. Modern IoT solutions are already getting more complex by combining edge communication to the already proven abilities of cloud-based software solutions. With the right fit, it is possible to enhance the functionality of smart applications like IoTSense that already offers the ability to connect with future broadband network connections.

Understanding your Machines with IoT Data

2018-02-23T07:23:07+05:30

Manufacturing and assembling companies must always improve their processes and try to get more from their expensive machinery and setup. However, it takes most companies several months before understanding the operational capability of their machines and putting them to efficient use. With the application of IoT data gathering and processing, you can easily understand your machines and improve their performance. Here are the benefits of obtaining the ideal IoT data:

1.      Understanding Behaviors

By obtaining IoT data on a consistent basis, you can learn about the behavior of your machine use. This is separate from the actual machine performance. Learning your own needs from the machines is as important as gauging the service delivered by them. Behavior learning of machines is also possible when you use IoT solutions in your business, especially ones that provide the ability to perform edge computing and useful analytics.

2.      Data Management

IoT data is useful if it can be structured and transferred into useful information. This is possible with a tool like IoTSense that allows the recording of data from all types of industrial machines. The data can then be processed using edge computing solutions, which reduce the impact on the hosting cloud servers for a business.

With improved data management through an IoT solution, you can better understand your machines at a quicker pace. You may simply access analyzed data that allows you to store reduced information and understand the trends in terms of your machine behavior and the system’s capacity to produce the desired products and services.

3.      Machine Parameters

Your IoT data includes important machine parameters. This allows you to find out whether your machines are operating under stressful conditions or there is a margin for expanding their current use. It is possible with consistent data collection as you can compare the current performance with the legacy records and reach an ideal conclusion about your machine. With the right information at hand, you can use your machines efficiently as well as create smart schedules for taking care of them.

Your business certainly maintains its excellent position when IoT data solutions are present allowing you to turn your production facility into a smart factory, where you are aware of the capability of every machine and can schedule tasks among them to keep the facility running at an optimum efficiency.

4.      Future Strategy

IoT also allows you to understand if you need to add more resources to your business for an improved performance. Spending the ideal resources on your manufacturing facility is possible with the information that you obtain from your IoT data, especially when it is analyzed in the form of well-defined facts and figures. The ideal manufacturing strategy is certainly a recipe for organizational success.

How is IoT Making your Product Better?

2018-02-19T10:50:22+05:30

The Internet of Things (IoT) is an excellent innovation and is helping several businesses. While you may believe that your business produces a specific physical product, implementing IoT solutions can certainly improve several aspects of your product. Here, we describe you  diverse ways in which you can implement solutions like IoTSense to help you improve your product.

Better Industrial Control

IoT solutions can easily work with industrial machines and improve their ability to carry out the required production according to available order information. This improves your control over the output of your installed machines and allows for better coordination practices. Device management is possible with a tool like IoTSense which can gather data from multiple data sources and then use it to create the valuable information that you need to do well in your business.

Scalability

IoT solutions are excellent in improving your product because they allow you to scale up with increasing business demands. This ensures that you can maintain the quality of your business products by recording data with a cloud system that can generate the required statistics in maintaining great control over the production.

IoT business solutions are excellent for creating a webbed environment of support services. These services allow companies to create a structure which is ready to provide product support and problem solving regardless of the volume of the sales. With the IoT solutions capable of offering data and analytical support in a consistent manner, you can ensure that you constantly improve your product even when you are scaling your business at any time.

Improved Efficiency

Efficiency is important for improving any product. This is possible when you employ IoT solutions like IoTSense that can improve multiple aspects of your business.

It can provide information about business processes, which ultimately leads to performing automation and improving them in a continuous manner.

The presence of improved efficiency is also the key in terms of maximizing the return on investment (ROI) in any business and ensuring that you are performing at an optimum level. The smart device management and the collection of information on a single platform are key features of IoT solutions that will help you raise the efficiency standards of your business product.

Analytics

IoT software solutions like IoTSense give you access to improved analytical information. This will allow your product to improve through a dedicated research and development process. With access to real-time information through a dedicated dashboard, it is possible to quickly identify problem areas and make the necessary improvements.

The analytics further help when they are combined with IoT solutions that allow the use of edge computing. It is a system that uses decentralized processing to improve organizational performance in the field of the intended business function.

Easy Ways to Deploy IoT Solutions for Your Industry using Open Architecture

2018-01-31T06:18:15+05:30

Easy Ways to Deploy IoT Solutions for Your Industry using Open Architecture

Open architecture IoT solutions certainly have the capacity to provide measurable improvements in a variety of applications. Regardless of your industry, you can always use  easy ways in which you deploy IoT solutions that improve your industry with the use of embedded sensors that can communicate with other for improved performance.

Improved Grid Management

Do you use a grid of resources? If yes, IoT solutions can certainly improve how you handle the available resources on a grid and come up with the ideal results. An open architecture system in this regard can ensure that you can make the required changes and allow others to make improvements as well. This way, you can quickly deploy and improve the current IoT solution.

Vertical Transitions

Open architecture IoT solutions can be quickly deployed for vertical project management. If your project or product must go through a dedicated set of activities to reach the completion stage, an IoT solution can be easily implemented using a simple set of smart sensors that can communicate using the standard protocols and send signals to a smart device that may use any software tool to use the available information for improved decisions.

Local Databases

Your IoT Solutions can certainly be deployed quickly if you employ open architecture and connect them to local databases and coding system. This reduces the communication, which is required between the smart devices and improves the overall system performance by a considerable market.

Going Server less

An amazing way to use open architecture IoT solutions is to look for solutions that eliminate the need for using servers. A server less approach allows the use of effective network resources, without having to rely on internet resources for processing.

Using Amazon Web Services

Amazon Web Services can be employed for creating open architecture solutions, where most tasks can be performed using the smart resources that are available at the starting nodes of the network communication. Server less data processing is possible with an AWS solution. It can be implemented using existing tools and then provide a platform which any business can use to create a ready-made scalable platform, capable of performing with the least server resources.

A server less solution when implemented with the right local database solution can certainly be effective and can be quickly implemented. The use of an effective API allows setting up an AWS IoT solution, which can easily process data from thousands of devices that are operating and communicating on a consistent basis.

Run a Pilot Test

The best way to use an open architecture IoT solution is to implement a small, pilot project. There are many software solutions that you can employ for this purpose. You can also take the help of a company that offers open architecture IoT solutions to quickly create a test bed for such a solution for your smart device needs.

Open architecture IoT solutions can greatly improve industrial smart applications and ensure that you have a scalable solution for all your future needs.