What is Wireless Sensing Parker IoT?

is a system that allows manufacturers to collect data in real-time from their production processes. This data is then analyzed to optimize production processes and increase efficiency. Parker IoT is a company that specializes in wireless sensing solutions. Their offerings include wireless sensing products that can be used in various applications.

Benefits of Wireless Sensing Parker IoT

Wireless sensing technology has numerous benefits for manufacturers. One of the most significant benefits is the ability to collect data in real-time. This data can then be analyzed to detect issues before they occur, enabling manufacturers to implement measures to prevent downtime. With wireless sensing Parker IoT, manufacturers can also monitor their production processes remotely, allowing them to make informed decisions without being physically present. Furthermore, wireless sensing technology can help manufacturers optimize their production processes, leading to increased efficiency and reduced costs.

IoT and Smart Manufacturing

The Internet of Things (IoT) is a network of devices that are connected to the internet and can communicate with each other. IoT is a crucial component of smart manufacturing. By connecting devices and collecting data, manufacturers can optimize their production processes and increase efficiency. Parker IoT is at the forefront of IoT for smart manufacturing. Their wireless sensing solutions are designed to integrate with IoT networks, allowing manufacturers to collect and analyze data easily.

The Future of Smart Manufacturing

The future of smart manufacturing is exciting, with wireless sensing technology playing a significant role. As the technology continues to evolve, we can expect to see even more innovative solutions that will further optimize production processes and increase efficiency. Parker IoT is committed to being at the forefront of this evolution, continually developing new wireless sensing solutions that can be integrated into smart manufacturing systems.

Applications of Wireless Sensing Parker IoT in Smart Manufacturing

Wireless sensing Parker IoT has numerous applications in smart manufacturing. One of the most significant applications is predictive maintenance. With wireless sensing technology, manufacturers can collect data on their equipment and detect issues before they occur. This enables them to implement measures to prevent downtime and reduce costs. Furthermore, wireless sensing technology can be used for real-time monitoring of production processes, enabling manufacturers to make informed decisions quickly. Wireless sensing Parker IoT can also be used for quality control, allowing manufacturers to detect defects early and prevent costly recalls.

Key Features of Wireless Sensing Parker IoT

Wireless sensing Parker IoT has several key features that make it a popular choice for manufacturers. Firstly, it is easy to install and integrate into existing production processes. Secondly, it is highly accurate, providing real-time data that can be used to optimize production processes. Thirdly, it is scalable, allowing manufacturers to expand their systems as their needs grow.

Choosing the Right Wireless Sensing Parker IoT Solution for Your Business

for your business can be a daunting task. However, there are several factors to consider that can help you make an informed decision. Firstly, consider your budget and the cost of implementation. Secondly, consider the type of data you need to collect and analyze. Thirdly, consider the scalability of the solution and whether it can be expanded as your needs grow. Finally, consider the level of support offered by the vendor.

Case Studies: Successful Implementation of Wireless Sensing Parker IoT in Smart Manufacturing

Numerous manufacturers have successfully implemented wireless sensing Parker IoT in their production processes. . They were experiencing frequent downtime due to equipment failure. After implementing wireless sensing technology, they were able to detect issues before they occurred, leading to a significant reduction in downtime and an increase in efficiency. Another manufacturer is ABC, who was able to optimize their production processes using wireless sensing technology, leading to a reduction in costs and an increase in profitability.

Conclusion

Wireless sensing technology is the future of smart manufacturing, and Parker IoT is leading the charge. By integrating wireless sensing technology into their production processes, manufacturers can optimize their processes, reduce downtime, and increase efficiency. With the continued evolution of wireless sensing technology, we can expect to see even more innovative solutions that will further revolutionize the manufacturing industry.

With increasing demands on OT/IT integration, data security is at the forefront of our concerns more than ever. In fact, according to an IDC survey, security is considered the top barrier to OT/IT integration. At the same time, it is also considered a top-five motivator, meaning enhanced OT security is one of the means to bring about successful OT/IT integration. However, when integrating OT and IT systems from traditionally closed to open data systems, unwanted access may be given to an organization’s private operation data.

“If we look closer to why security is the largest barrier, we will find that in the OT environment one of the top security concerns is maintaining legacy systems safely and reliably,” said Helen Chiang, general manager at IDC Taiwan, in the . “On an OT site, you’ll find many legacy systems and applications. They are not only isolated but also agentless, meaning the asset has limited resources to run the security solution that we usually execute in an IT environment.”

To connect unconnected legacy systems, several steps can be taken to enhance connectivity security and reduce security concerns for your OT/IT integration projects.

Tip 1: Change default passwords for your networking devices

Because your legacy systems are connected through networking devices, the first thing you can do to enhance connectivity security is to replace default passwords. The security strength of default passwords is usually low and easy to find in a public user manual. Don’t take this risk when you can easily prevent it.

Tip 2: Disable unused yet connected ports and services

When you deploy a networking device, some unused ports or unnecessary services may open the door to cyberthreats in your application. You can disable these ports and services to block the available paths to unwanted access.

Tip 3: Verify firmware source before update

When your networking devices require firmware update, make sure you have a mechanism to verify the firmware source. Checking the CRC code is one way to ensure the firmware you are about to use comes from the original source. Another way to verify the firmware source is through secure boot design. It’s a feature that ensures the integrity of firmware running on your platform.

Tip 4: Use secure communication protocols

It’s important to use a secure protocol (i.e., TLS 1.2 support in HTTPS and SNMPv3) for your connected legacy systems. It can reduce the chances of unwanted access while you are managing networking devices, and it can enhance data integrity while you are transmitting data. Also, when you deploy your networking devices, disable unsecure protocols to minimize the chances of a manual error.

Tip 5: Only allow authorized users to access your devices and network

Prioritize your critical assets and validate network segmentation. Then, you will have a clearer picture about what authority can be granted to what specific segment. Furthermore, deploy trust-listing such as listing only permitted IP addresses to keep unwanted access out of your legacy systems. Other advanced functions are also available to limit unwanted access. For example, you can define a specific protocol format or command that can access your devices and network.

Tip 6: Encrypt critical data before transmissions

In OT environments, critical data leakage can cause operation downtime, thus impacting operational efficiency. For connected legacy systems, you can encrypt critical data during transmissions to enhance your data confidentiality and reduce the chances of negatively impacting your daily operation.

Tip 7: Constantly monitor if your networking devices are at your desired security level

When you get your legacy systems connected, you should define the security measures based on your application’s demands so that you can easily monitor and manage your networking devices. When the system networks are up and running, constantly monitor whether the security status of your devices meets the requirements you defined from the onset.

Tip 8: Periodically scan vulnerabilities for potential threats

It’s essential to know what potential threats your legacy systems are facing. Scheduling a vulnerability scan periodically gives you a better idea of the security status of the overall system, helping you to take necessary actions when needed.

Tip 9: Perform security patches for your networking devices to reduce vulnerabilities

We all know that security patching is important. However, it is not always so easy in field sites. From a business perspective, it can lead to tremendous costs when you pause operations to test and perform patches. On the other hand, risks and costs are also involved when you are doing nothing about it. A more sustainable approach is finding a balance midway by performing acceptable batches of security patching for critical field systems.

Tip 10: Use virtual patching for known vulnerability of your legacy systems

In certain situations, security patching is not always an option. Furthermore, some legacy systems are not able to perform patching. For these type of situations, virtual patching is an efficient alternative. You can deploy the virtual patch in the network connected to your legacy systems to eliminate known vulnerabilities and protect the devices against certain exploits. Virtual patching is also a good way to reserve a buffer time while the system is waiting for the next maintenance period to get patched.

Take the above 10 tips into consideration when connecting your legacy systems—it can help you enhance connectivity security and minimize security threats to your legacy systems. Moxa provides a comprehensive security product portfolio for your edge connectivity security. Contact Ģ����Ƶ to learn more.

Download the Whitepaper

Not so long ago, only the largest OEMs could afford to develop complex proprietary control systems. But the recent introduction of versatile digital ecosystems connecting electronic control hardware and software to the Cloud is expected to be a game-changer for mobile hydraulic machinery and equipment manufacturers. By empowering design engineers with real-time access to the most sophisticated data collection and monitoring capabilities, such systems are enabling OEMs to customize electro-hydraulic control parameters to meet highly specific application requirements.

WHAT IS VOICE OF THE MACHINE?

Voice of the Machine is a centralized strategy to ensure standardization across all Parker IoT-empowered products. With Voice of the Machine solutions, you are assured of component-level IoT that is interoperable, secure, scalable and easy to use.

Is your company ready for the future of I/O communications and Industry 4.0 and IIOT? If not the Ģ����Ƶ with the power of IO-Link can help!

Do you want to get your IO devices onto your industrial network, but aren’t sure how to do it cost effectively? Do you spend too much on labor costs and are looking for ways to build your machines faster and more efficiently? Are you using expensive proprietary equipment? Are your customers asking you for RFID on your equipment? Would you like to simply add valve manifolds to your network without the high cost of valve drivers? Are analog cards getting too expensive and complicated to wire? Well IO-Link could be your answer to all of these.

What is IO Link? IO-Link is the world’s first standardized open protocol (IEC 61131-9) for the communication with sensors and actuators, but it does so much more. Every IO-Link device has a chip imbedded into it that allows the device to communicate over the IO-Link open network. IO-Link currently has over 150 members manufacturing a myriad of I/O devices that all work on the I/O-Link network. Some of the devices are IO-Link master and slave blocks, sensors, linear transducers, RFID, pressure transducers, temperature transducers, valve manifolds and the list goes on and on. IO-Link master I/O blocks take your communication protocol (Profibus, Profinet, CC-Link, DeviceNet, Ethernet/IP or Ethercat) and converts it to the open communication language of IO-Link. From there, any discrete or analog device with the IO-Link chip imbedded in it communicates over the network. Think of it as USB for your industrial network. Here’s an example: I have a Dell computer and I have an HP printer. There’s no way they can talk to each other, right? They are completely different manufacturers. Wrong! There’s that little common connector and communication called USB. We’ve all heard of USB and we so readily accept that any device can communicate to another device over USB that we don’t even give it another thought. Think of IO-Link like that. Once you connect your IO-Link master block to your PLC via your communication protocol (Ethernet I/P for example), you only need to connect to other IO-Link devices and you’re up and running.

You can even use non-IO-Link discrete IO devices, but who would want to? IO-Link enabled devices, by the large part have no cost adder over their non-IO-Link counterparts. With IO-Link every device has built in diagnostics and if you ever need to replace a programmable analog IO-Link device, it automatically downloads the parameters to the device without you having to touch a thing! Here’s another bonus! It does it all with standard, cost effective, non-shielded sensor cables. That’s right! You can even carry analog signals up to 20 meters without fear of electrical interference on standard off the shelf non-shielded sensor cable.

What you need to know about IO-Link (Video)

Are your customers asking you to provide RFID on your equipment? One of the simplest and most cost effective ways to add RFID onto your industrial network is by using IO-Link. All you need is an IO-Link master and IO-Link reader and your RFID information is quickly and cost-effectively added to your system.

When it comes to saving installation or set-up time, IO Link is the way to go, especially when it comes to valve manifolds. One “standard” for valve manifolds is the dreaded 25pin d-sub connector. It sounds quick and easy to add them to your network, but someone needs to stand there and take all of those 25 wires and individually wire them back to your cabinet. Then, heaven forbid, if you need to diagnose a problem in the wiring, that’s going to take even more time. Then you have fieldbus communications with valve manifolds. They sound like a good idea too until you look at the costs. Valve drivers for valve manifolds are not only very costly themselves, but also require you to use an expensive cable to wire them back to your PLC. This takes up room and nodes on your PLC every time you add a manifold. With IO-Link, you run one standard non-shielded sensor cable from you IO-Link master block to the valve manifold and you’re done. Every components attached to an IO-Link master is all on the same node, which simplifies your architecture. Also, don’t forget about that added bonus of built in diagnostics that comes along with your IO-Link communications.

The Ģ����Ƶ is uniquely positioned to help you with your IO-Link applications because we represent some of the best names in IO-Link technology. We are a distributor for Balluff, Parker and Wika. So not only can we help you with your IO-Link master and slave blocks, but also sensors, RFID, linear transducers, pressure and temperature transducers, valve manifolds, and the list goes on. Please get in contact with us today and let us show you how IO-Link can get you and your business ready for Industry 4.0 and IIOT.

Pete Wehler
Key Account Manager/Automation Business Unit Manager

717-542-8422
Pete.Wehler@rg-group.com