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Is Cybersecurity the Biggest Challenge for Industrial Machinery in 2022?

Since most transactions nowadays are done via the internet, every business is prone to cyber-attacks. That’s why they always opt for solutions such as proxies to counter such attacks.

Residential proxies from Blazing SEO help businesses improve their security system. Proxies encrypt your web request to access websites on the internet. They use an intermediate server to transport your internet traffic. All of your server requests are routed through the proxy server, which grants you a different IP address. By doing so, you can maintain the privacy of your personal information and browsing patterns.

However, it’s different when it comes to industrial machinery. There has been an increase in cyber-attacks targeting industrial control systems (ICS) this year. Basic virus protection software hardly secures the system. The number of machines that can be hacked is increasing all the time.

This article will highlight the top cybersecurity threats that industrial companies will face this coming 2022.

How IT-OT Convergence Contributes to Security Risks

Companies nowadays need to adapt to the digital world. Industrial machinery is becoming more linked to the internet. Machines today have sensors that generate and transmit data to a back office, which is usually on the cloud. Remotely delivered operating instructions and software upgrades are sent to machines. 

The manufacturing industry has its own set of cybersecurity requirements. They want real-time data to keep track of how their physical processes are progressing. This enables them to undertake preventative maintenance on their equipment and reduce downtime. 

Operational technology (OT) and information technology (IT) are brought together to accomplish this. Manufacturers are turning to the Industrial Internet of Things (IIoT) to gather critical information into how their OT is operating.

But there’s a catch. 

Increasing connectedness directly correlates with vulnerability to attacks. Most of the time, these hazards are usually overlooked. For instance, who gets access to data collected by devices on equipment that can be read remotely? What will happen if hackers get their hands on this information?

Many OT assets are unprepared to deal with today’s dangers. Some of these assets are ancient legacy systems that communicate through proprietary protocols. As a result, unless the owners take them offline, they won’t be able to get remote updates. However, doing so jeopardizes the availability of their physical processes.

Another danger for machinery producers is intellectual property (IP) theft. How secure is the program in terms of copying and tampering? Is this level of protection acceptable if the equipment is used somewhere far from the manufacturer’s control? 

For this reason, it’s becoming challenging to maintain the security of these assets as they go online.

Preparing for the Inevitable

In the following years, industrial machinery and equipment will lead several major manufacturing trends. This includes converting to clean energy and environment-friendly fuel production.

With the increased cyber-attack on this equipment, it’s a must to safeguard them. Remember that data and system security are only part of the problem when equipment is hacked. People’s physical health is also at risk with machine and equipment failure.

That’s why machinery professionals should concentrate on the critical foundations of cybersecurity.

A System’s Security Is More Vulnerable Than Ever

IT and OT systems are usually thought of as different entities. Attackers are increasingly focusing their efforts on disabling important networks. As a result, sophisticated ransomware assaults can spread quickly from system to system. 

Businesses must take a comprehensive view of all important systems and security technologies. This is so they can reduce the risk of a successful attack impairing productivity. Manufacturing firms are only as safe as their most vulnerable ICS or outdated piece of machinery.

Put Cybersecurity on the Agenda

Cybersecurity is the same thing as corporate security. Cyberattacks result in devastating financial, legal, and reputational ramifications. This means that the board of directors is not prioritizing cybersecurity risks. That’s why key stakeholders should report directly to a board-level position.

Integrate Security Throughout the Machine’s Lifecycle

Internal operations usually are the first thing management teams prioritize to secure. However, that’s not enough for a successful industrial cybersecurity measure. 

Companies should also consider the growing number of attacks affecting machinery and equipment. Not only physical machines but also digital ones. What they need to do is to understand how cybersecurity solutions and processes affect each machine. 

When done correctly, this yields results all the way up the value chain. Ignoring this puts systems and data in danger, as well as client relationships.

Digital Problems are Solved Through Digital Means: The Use of AI

Identifying issues in electromechanical components have always been the focus of equipment and appliance maintenance. However, as these devices get more sophisticated, they become more vulnerable to cyber-attacks. 

Cyber-threats can range from a basic ransomware assault to a denial-of-service (DDoS) attack. Apart from cyber dangers, there is also the potential of software corruption and equipment failure. Identifying these problems can be done through machine learning-based vulnerability detection. 

Additionally, hackers are becoming more skilled and finding new methods to penetrate equipment security. For this reason, there is a need for further research on cyber security risks to uncover new types of attacks.

Although companies produce AI-based cybersecurity, it still has some limitations. It’s challenging to employ machine learning techniques to forecast emerging threats. They still need training models that use current data. 

Unsupervised learning approaches such as cluster analysis can be used to detect anomalies. However, they may not be able to forecast the type of danger with accuracy. This implies that the problems won’t be immediately addressed. Furthermore, there is a higher risk of false positives, which can cause security teams to lose trust in such procedures.

Is There a Need to Improve Industrial Machinery’s Cybersecurity in 2022?

The short answer is, yes.

The long answer is, as technology becomes more advanced throughout the years, so are cyber-attackers. Cybersecurity teams should improve visibility and network segmentation across IT and OT infrastructure. 

All of their efforts should focus on detecting unusual behavior as quickly as possible. In addition to this, they need to segregate networks to minimize hackers’ ability to move laterally inside the network. New research focusing on how these machines and equipment are attacked should also be prioritized.

Cyber resilience is not a one-time project. Like any other thing connected to the internet, industrial machinery is always prone to cyber-attacks. The need to secure them against digital attacks is a never-ending process since the threat landscape is continually evolving.

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Blockchain Technology | Foundation Of Next Manufacturing Renaissance

Blockchain, best known for driving cryptocurrencies such as Bitcoin and Ethereum, is viewed as a disruptive technology capable of revolutionizing a wide range of domains, from financial services to governance, by providing superior safety, serviceability, and openness based on a decentralized and democratic computational model. 

With forecasts of global economic shutdowns and numerous recent PMI readings indicating manufacturing shrinkage, it’s simple to see how slow productivity level and data inadequacies throughout the production chain add to market instability and future business issues. At the same time, the history of manufacturing is littered with “Great Leaps Forward” in technology and technology use, each accompanied by excellent business prospects and economic prosperity for the agile and articulate. The use of blockchain, the decentralized blockchain science underpinning Bitcoin, is showing enormous promise for being a historic breakthrough for the whole manufacturing supply chain in several vital industries.

Blockchain has enormous potential in the manufacturing industry. Blockchain can enable an absolutely unique manufacturing business model by maintaining transparency across all elements of project management, from vendors, global sourcing, procuring, and supplier quality through shop floor activities, which would include machine-level tracking and servicing. Supply chains are the foundation of all manufacturing organisations, and the majority of them are capable of improving efficiency by utilising blockchain’s distributed ledger structure and block-based technique to aggregate value-exchange transactions. Companies will be able to better meet delivery dates, improve product and service, and start selling more by increasing supplier precision, quality of products, and recording everything. You can search for cardano developer jobs, cryptography jobs, and blockchain mining jobs from sites such as Blockchain Works, Indeed, LinkedIn, etc. 

Useful 

According to Bloomberg, 86% of the US industry has completed or is working on a blockchain project. What are the difficulties? It is important to remember that technology does not address any problems – none at all. The application of technology solves every problem.

However, blockchain issues in the manufacturing supply chain include technology and commercial challenges. There is connectivity and scale on the technical side. Value creation and behavior modification are business problems.

Money is made by creating value or connecting a technology applied to a problem solution. As it is deployed to solve industry difficulties, blockchain will enable the creation of new value and new business models. The power of a corporation to change the actions of supply chain players is determined by its position in the value chain. Suppliers have two options: conform or sell somewhere else. Walmart and many others are optimistic that blockchain will improve food safety.

Quality control 

Another benefit of blockchain is faster forensics. Assume there is a problem with an aircraft. A root-cause study can take months to complete. Reverse forensics may be completed swiftly with a distributed manufacturing network in which each decision – from material specs and purchase to production, post-processing, and shipment – is logged, confirmed, and recorded digitally rather than on paper.

Establishing trust 

The implementation of blockchain, the distributed ledger system that underpins Bitcoin, shows enormous potential for being a historic advance for the whole manufacturing supply chain in several vital industries. Individuals and businesses can use blockchain to build trust in their business activities and interaction.

Aviation, military, oil, automobile, and medical industries are familiar with trust relationships, as part-checking procedures and verifications are incorporated into their distribution networks.

What they aren’t familiar with is top supply chain efficiency.

Manufacturers spend millions of dollars verifying part and process quality, with varying degrees of success, ranging from old-fashioned and time-consuming job bookings and public records to complex, Big Data-inspired computerized systems that necessitate extensively customized and costly IT infrastructures. Manufacturing companies that lack the necessary skills and resources are essentially barred from acquiring or expanding any business in complex-part manufacturing.

Sourcing raw materials, validating and finalizing part design revisions, production, post-processing, and transportation generates microbursts of information, power, and capacity. Blockchain technology enables the capture of this data and the digital verification of each transaction at each process stage. Fundamentally, this establishes an append-only digital ledger system that is accessible at any time, to any participant, and whenever it is required.

Protection of intellectual property 

Organizations in the manufacturing industry must rely on intellectual property protection. Along with cost, Protection of intellectual property is a key factor in deciding whether to manufacture parts in-house or buy them from a source. If there is any patent disagreement, one option is for a corporation to use blockchain technology to help verify that it has IP.

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Santa’s Digitalized Warehouse

With Christmas around the corner, it is time to focus on the world’s oldest warehouse — the one where Santa tirelessly packs millions of gifts. Things at Santa’s workshop have changed, the days of elves manufacturing toys using outdated devices are gone. Instead, Santa must invest in smart technologies to optimize production and distribution. Here Claudia Jarrett, US country manager at automation parts supplier EU Automation, advises Santa how to implement technologies to automate his warehouse and keep up with the times. 

Like many of us, Santa is familiar with the challenges of global supply chains — speed, traceability, and the necessity to accurately predict demand are just some of his headaches. There are roughly 2.2 billion children around the globe, which equals to around 25 per cent of the world’s population. If the average gift weights 2.2lb, Santa must deliver 600 tons of presents in only one night. 

Such a task requires solutions like collaborative robots and an Internet of Things (IoT) system to build a resilient supply chain for global distribution. 

IoT tracking systems

To maintain an updated customer database and to keep track of orders, shipments, and inventory stock levels, Santa requires an incredible level of visibility across his supply chain. Thankfully, an Internet of Things (IoT) tracking system can help store and process data to vastly improve operations. 

IoT asset tracking systems are vital for any distribution business as they reduce connectivity issues and ensure that every product is continuously monitored. Asset tracking provides IoT-based remote monitoring and management of assets by applying tracking devices, connectivity methods and software. However, Santa is not the only one to have realized the potential of this technology — by 2027, around 267 billion asset tracking devices will be deployed globally, according to the Industrial IoT Asset Tracking report

Connected sensors and machine-to-machine communication protocols help warehouse managers get real-time updates at every stage of the supply chain. They provide useful insights on asset locations, temperature, functionality and send the data reliably and continuously from anywhere in the world. Not only will Santa be informed in real-time about the location of each present but will also be able to track his sleigh’s fuel consumption and prevent any maintenance issues. 

Collaborative robots

Supply chain management and efficient travel are just a couple of the festive activities Santa needs to worry about on the build-up to Christmas Eve. Another, and arguably the most important, is toy production. Instead of elves manufacturing toys using manual equipment, advanced tools — such as collaborative robots — can produce billions of presents in the same time frame. 

Cobots are designed to optimize the workflow, while allowing the warehouse to maintain its infrastructure design and processes. According to MarketsandMarkets, the collaborative robot is projected to grow from $1.2 billion in 2021 to reach $10.5 billion by 2027. 

Some of the most innovative cobots are also very easy to program, even for workers with no knowledge of robot programming, like many Santa’s older employees. Sometimes the process involves only physically moving the robot’s arm to the correct location. This further reduces initial automation costs and contributes to the return on investment (ROI), because there is no need to invest in training. 

To demonstrate how automation can help with the festive season, Universal Robots employed two UR3e cobots to decorate a Christmas tree. These cobots are ideal for such scenario, due to their lightweight of only 25lb, but also because of their 360-degree rotation ability on all wrist joints and infinite rotation on the end joint. ABB also used twelve robots to decorate retail spaces in New York for Christmas. Its famous dual-arm YuMi® cobot was used to serve coffee and interact with humans to create a unique merchandising experience. 

The flexibility of cobots is just as useful in a warehouse context, and not just to serve coffee to hard-working elves. Cobots reduce the physical workload of warehouse employees, resulting in fewer injuries and increased job satisfaction. Cobots can also guide workers to maximize their productivity — for example, they can use artificial intelligence and advanced machine vision systems to plan the best picking routes, eliminating unnecessary walking. 

Collaborative robots and IoT solutions are no doubt the future of automation, providing reliability and efficiency while reducing costs as well. Nevertheless, as with all technologies, they are prone to technical issues that need to be resolved in a timely manner to avoid downtime. 

EU Automation provides new, refurbished and obsolete parts for a large variety of automation manufacturers. And just like Santa, EU Automation quickly delivers all over the world. Whether they are based in the United States, Canada or at the North Pole, all warehouses need to invest in smart technologies to remain competitive and increase efficiency.

To find out more about the offerings for a smart warehouse at EU Automation, head to www.euautomation.com.

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Datanomix and Caron Engineering Partner to Deliver Real-Time Performance Intelligence for Precision Manufacturers

EASTEC 2021, October 19, 2021 — Datanomix, the leading automated production intelligence platform,  and Caron Engineering, the leader in manufacturing tool optimization technologies, today announced a  partnership to jointly develop data-driven solutions that leverage the companies’ manufacturing domain  expertise in real-time production monitoring and machine tool optimization. This integration adds a new  dashboard in the Datanomix platform that aggregates and displays the metrics for all Caron devices  deployed in a factory. At Eastec they will show a single visualization for the job performance data from  Caron Engineering’s adaptive tool monitoring system, TMAC, helping accelerate continuous improvement  efforts across all jobs.  

The data generated by today’s manufacturing machines offers tremendous opportunities to drive  production insights, and Datanomix is using advanced analytics and machine learning to empower  manufacturers to understand the state of their production in real time. Caron Engineering uses advanced  sensors and signal processing techniques to improve machine performance, optimizing how CNC  machines produce parts and measure tool usage to track tool wear and prevent costly repairs. This  partnership and its resulting technology will help manufacturers proactively optimize whole-factory  performance and profitability. 

“Manufacturers are demanding an integrated solution that delivers a rich visual experience around  real-time job performance, predictive machine parameters, and cutting tool behavior over time,” said  John Joseph, CEO and co-founder of Datanomix. “The combination of Caron Engineering and Datanomix  delivers more real-time data for production than any other solution, providing incredible opportunities  to apply data science to an industry segment in need of contextualized production intelligence. Together  we will build the next generation of analytics solutions for precision manufacturers that covers the entire  machine and production workflow.”  

“There is a symbiotic fit between the tooling expertise at Caron and the data science capabilities at  Datanomix,” said Rob Caron, founder and president of Caron Engineering. “This partnership lets us  offer our installed base of thousands of customers worldwide an analytics and intelligence solution that  spans from the cutting tools and machine health all the way to the executive suite. Data is at the heart  of Caron’s strategy, and with Datanomix, we will be able to leverage our combined data into actionable  insights that will help transform manufacturing at a practical level.” 

Development efforts have been focused on integrating data from Caron systems for analysis and  visualization through the Datanomix platform in the following ways: 

TMAC (Tool Monitoring Adaptive Control): A new Datanomix dashboard will display the status of  every TMAC-enabled machine in the factory for a consolidated view of performance that accelerates  job-level continuous improvement. Datanomix will present Caron performance parameters,  including horsepower, vibration, pressure, strain, and coolant information for each TMAC machine.  Users will be able to create alerts for out-of-tolerance conditions for rapid responses. Other  Datanomix production charts and graphs for associated machines will include an active Caron  Engineering icon that will let users drill down to Caron tool performance for that machine.  

DTect-IT (Machine Condition Monitoring): DTect-IT combines high-precision sensor technology with  advanced analysis to monitor, detect, and correct anomalies in the machining process. Datanomix  enables customers who need deeper analytics and optimization strategies for cutting unique parts  to visualize DTect-IT data in the Datanomix platform. Existing Datanomix customers will be able to  

schedule installation of DTect-IT on any machine by clicking a purchase button in the Datanomix  platform. 

AutoComp (Automatic Tool Compensation Software): AutoComp processes measurement data  from any electronic gauging device and automatically calculates and compensates tool offsets in  the control, without any operator intervention. Datanomix can compare this part quality data with  cutting data from the above systems. 

ToolConnect (Tool Data Management System): ToolConnect automates the process of loading  tools into the machine by automatically transferring tool offset data directly from the presetter to  the CNC control, via RFID tags embedded in tool holders and 2D presetter-printed barcodes. The  system is completely customizable to meet the users’ tool load specifications and records every  step, action, and data exchange. This data is valuable as Datanomix analyzes how variations in tool  geometry affect cutting data. 

“With Caron’s focus on data, it was a natural fit to collaborate on advanced analytics and visualizations.”  said Greg McHale, CTO and co-founder of Datanomix. “Customers who implement Caron or Datanomix  are looking to understand exactly what’s happening with every part they manufacture. We envision a  

data-driven future that visualizes production starting with raw materials, to machining, to the finished  part, leaving manufacturers with insights into productivity, continuous improvement, maintenance, and  business optimization. We couldn’t ask for a better partner than Rob Caron and his team to accelerate  this future for our customers and theirs.” 

Both Caron and Datanomix put customers first, and feedback and suggestions from customers have  been a critical aspect of designing and developing solutions that deliver added value for users of both  companies’ solutions.  

“At Nikel Precision Group, data and analytics are core value drivers, helping us meet our customers’  exacting requirements and demanding production schedules,” said James Bell, vice president of  operations at Nikel Precision Group LLC. “As a customer of both Caron and Datanomix, Nikel Precision  Group is getting tremendous value from the real-time data driven by each of their solutions. We’re  excited about the potential enabled by the depth of experience in manufacturing and data science of  these two teams.” 

Existing customers for both companies will have the opportunity to purchase these software tools  through existing sales channels. The companies have worked out a reciprocal support network to route  customer requests to the technical experts at each company providing the highest level of quality in their  support experience. This partnership has created career openings at both companies across engineering,  customer support, and sales. 

Datanomix and Caron Engineering are exhibiting at the 2021 Eastec Conference in West Springfield,  Massachusetts from October 19–21. Product demonstrations will be available in booth 5519 with  Datanomix and booth 5432 with Caron Engineering.  

About Datanomix 

Based in New Hampshire, Datanomix provides real-time production monitoring and performance analytics for CNC machines,  without the need for operator inputs or links to ERP systems. Datanomix’s mission is to level the data analytics playing field for  industrial manufacturers by giving them robust decision-making tools so they can proudly build world-class products. Learn  more at www.datanomix.io

About Caron Engineering 

Founded in 1986, Caron Engineering develops advanced sensor and monitoring technology for CNC machines that interface  directly with almost any control on the market to optimize and automate manufacturing processes. Their smart factory solutions  focus on unattended operation, machine health and process diagnostics, tool wear and breakage detection, automatic tool  offsetting, cycle time reduction, and eliminating operator error. Learn more at www.caroneng.com.

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Verisurf Software Debuts New 2022 Release at WESTEC 2021

Long Beach, California – November 15, 2021

Verisurf Software, Inc. debuts its new 2022 release, today, at WESTEC 2021, Long Beach Convention & Entertainment Center, Booth 937. Verisurf 2022 is the latest release of the popular universal measurement software for automated quality inspection and reporting, scanning, reverse engineering, and tool building. The new release builds on Verisurf’s advancements in performance, including the ability to process millions of measured points per second; fast and easy inspection planning; and open platform compatibility, whether in the quality lab, on the shop floor, or in the field.

One of the new features included in the release, Model-Based Definition (MBD) for meshes, enables users to create intelligent polygonal meshes for part inspection. MBD mesh files can now serve as the authority, in place of a CAD model, to inspect additive manufactured parts, saving considerable time and resources. Verisurf is the only measurement software built on a CAD platform that works with any CAD file and all portable arms, laser trackers, laser scanners, and both manual and programmable CMMs.

“At Verisurf, we are actively involved with our customers, listening to their feedback and helping them solve measurement challenges. This interaction is what drives our ongoing development of the Verisurf open platform, making us the single most diverse and powerful software to drive all measurement and inspection applications across the manufacturing enterprise,” said Ernie Husted, President, and CEO, of Verisurf Software, Inc.

Verisurf 2022 has many new and powerful features to support all measurement types, including portable, laser scanning, manual and programmable CMM applications. The following are highlights; a complete list of new features will be available December 1, 2021 by contacting info@verisurf.com.

Portable Arms and Trackers

  • Quick Drift-Analysis
    Quickly determines whether the part, tool, or device has moved. The most common causes for movement are temperature change, harmonics, and physical contact.
  • Enhanced Alignment Routines
    Expanded controls enable interactive modification and update of the alignment settings, resulting in faster alignment and consistent results.
  • Fast Point Cloud Processing
    The real-time scanning acquisition rate now exceeds 2 million points per second.
  • Clipping Plane for Scanning Devices
    Real-time point-cloud clipping provides cleaner scan data, resulting in less editing to remove unwanted data.
  • 2D Cross Section Analysis
    Visualize the profile-deviation outline and tolerance bands in the graphics window.
  • Projection Filter for Point Clouds and Meshes
    Enables rapid removal of erroneous data using filter zones based on the CAD geometry.
  • Model-Based Definition (MBD) for Meshes
    Create intelligent meshes that can be used to inspect additive-manufactured parts. Extends MBD analysis to meshes, including thickness analysis on measured meshes.

Inspection-Planning and Reporting

  • Find or Select Features from the Graphics Window
    Quickly search, highlight, and ”go to” features in the Automate Manager and graphics window.
  • CMM Collision Detection
    Simulate CMM paths to detect collisions and perform corrections with dynamic clearance-point editing.
  • Additional Feature Extraction Options
    Use feature zone display and pre-selection of features to fine-tune the extraction of data from the inspection plan.
  • Auto-Generate Path for Features
    In Automate mode, the CMM path is automatically generated as features are added to the plan.
  • Adaptive Scanning for CMMs
    Senses the location, shape, and form of the component and dynamically adjusts the scan-path to accommodate variations. Enables use of a single program to measure multiple part-configurations.

All new and current Verisurf customers with valid software maintenance agreements will automatically receive Verisurf 2022 in January 2022. For more information contact info@verisurf.com or visit www.verisurf.com.

About Verisurf

Verisurf Software, Inc. is a measurement solutions company committed to delivering advanced surface analysis, quality inspection, assembly guidance, and reverse engineering solutions. Verisurf products and processes are vital to maintaining a digital thread between design, engineering, manufacturing, and finished part validation. Based on a powerful CAD/CAM platform, Verisurf is a leader in digital Model-Based Definition (MBD), open standards, and interoperability with all Coordinate Measuring Machines (CMMs) and CAD software. Verisurf solutions help manufacturers produce higher quality products in less time. For more information about Verisurf visit www.verisurf.com.

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Abaco Systems Announces Latest 3U VPX High Performance Computer

Abaco Systems Announces Latest 3U VPX High Performance Computer

HUNTSVILLE, Ala.— Nov 30, 2021  Abaco Systems announced the GRA115S available as a rugged 3U VPX VITA 65 or as a high-performance computer (HPC) form factor with a graphics output board and designed to align to the SOSA™ standard. This HPC reflects the market need for ever increasing performance and delivers the latest in innovation to the rugged military and aerospace market and industrial/data sciences markets for high performance GPGPU computing and graphics generation applications.

As a leader in mission-ready systems, Abaco offering an HPC and graphics card aligned to the SOSA technical standard in our family of graphics products directly supports our commitment to deliver innovative solutions in the aerospace and defense market sector. With two form-factor options available, the open standard lowers overall risk for the end user while fitting seamlessly into Abaco’s wider 3U portfolio, which includes the SBC3511, SWE440S, VP431 and VP831. The GRA115S also utilizes AXIS ImageFlex Support which provides ease and acceleration of application development.

Pete Thompson, vice president of product management for Abaco Systems, said, “The GRA115S adds a powerful and flexible graphics output board, specifically aligned to the SOSA standard, to our family of designed to align products. It demonstrates Abaco’s continual industry leadership in adapting the latest GPU technologies for the rugged defense, aerospace, and industrial market sectors.”

Technical Details

The GRA115S is based on NVIDIA’s® Turing architecture using either the NVIDIA RTX5000™or RTX3000™ platforms. Both versions take full advantage of the NVIDIA GPUDirect™ RDMA to minimize latency for real-time video and data streaming. Similarly, both choices of GPU also deliver real-time performance for encoding applications with dedicated H.265 and H.264 encode and decode engines. This card provides up to 9.49TFLOPs at peak performance. The GRA115S offers a PCI Gen 4 switch and high-speed, high resolution multi-head capability. This exceptional performance in GPGPU computing, AI inferencing, deep learning, sensor processing, and data analytics make it ideal for use on a wide range of applications, including: ISR, electronic warfare, OE/IR, and data science applications. 

More Information 

Data Sheet 

About Abaco Systems

Abaco Systems is a global leader in commercial open architecture computing and rugged embedded electronics. With more than 30 years of experience in aerospace & defense, industrial, energy, medical, communications and other critical sectors, Abaco’s innovative solutions align with open standards to accelerate customer success. 

Abaco Systems is a subsidiary of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with 2020 sales of more than $4.5 billion. www.abaco.com

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In Memoriam: George A. Pratt, 65, Regional Sales Manager at Absolute Machine Tools

[Lorain, OH – November 2021]  Family, friends, co-workers, and customers are saddened by the recent passing of George A. Pratt, 65, who worked at Absolute Machine Tools for 23 years. He resided in Vermillion Twp., Ohio. Reflecting on his tenure with Absolute Machine Tools, President Steve Ortner said, “George was a great man, both personally and professionally.  He raised five children with his wife Colleen and helped raise our company up to what it is today.  George travelled the country and became friends with many.  My wife, Courtney, and our entire staff are forever grateful to George for his dedication, and to Colleen and the family for sharing him with us since 1998.”

George was the youngest of eight children, born to the late Carl L. and Elizabeth (nee Yalik) Pratt. He was born on July 14, 1956 and grew up in Lorain with his brothers; Ernie (Stephanie) Pratt, Jim Pratt, and the late Carl Don Pratt, as well as his sisters; Connie (Bob) Mesko, Dorothy (Paul) Steffanik, Diane Olah and Julie (Ed) Kish. According to those who knew him best, George led a full and happy life filled with faith, family, laughs, and lots of love, and maybe a little bit of attitude, especially when his alter ego “Geo” kicked in! He was very generous with his time and was an active church member for many years in several locations including Lagrange, Clarksfield, Brooklyn, Elyria and most recently, the Community for Better Living. He led Bible studies, taught youth groups, preached, and was a leader for Pathfinders. George also volunteered as a coach for his autistic daughter Kaitlynn’s special needs baseball team where he was lovingly referred to as “Choach.” 

While he loved his community, what he loved most was spending time with his family and grandchildren. Outside of his immediate family, many considered George a father figure, mentor, and the type of person who would offer help to anyone in need. 

Music was a lifelong passion for George, and he was an accomplished musician. In his younger years, he was the lead singer and guitarist for a premier local band called ShadowFax which highlighted his talent, showmanship, and energy. Later in life he was an avid karaoke singer, where he would relive and channel the stardom of his ShadowFax days. Journey’s “Separate Ways” was always a crowd favorite, which brought out his Alter Ego, Geo. He also wrote and recorded original music in the contemporary Christian genre and blessed many people with praise and worship music at various churches. Aside from that, he led the family’s happy birthday songs to ensure they wouldn’t be off tune. 

Anyone who knew George knows he was incredibly hard working, dedicated, and passionate. As a teenager, he took over his late father’s mower shop to support his mother while putting himself through college at Lorain County Community College. He obtained his Associate’s in Electrical Engineering and spent time in machine shops including Republic Steel and Reed Manufacturing. Later, he went into business for himself and opened a lawn mower shop out of his garage in Wellington. After years of being in blue collar, labor intensive jobs, he caught a break and found his forever work home at Absolute Machine Tools, where he spent the last 23 years. His infectious enthusiasm, extroverted personality, and ability to build great relationships helped him set many sales records. As a result, he was able to increase his income and create a better quality life for his family. 

George truly embodied the hard working region of Northeast Ohio and was the definition of what it is to be self-made. George will live forever in the hearts of his wife of 42 years, Colleen (nee Kirkpatrick), sons; Aaron (Ashley), Chris (Melissa), and Nate (Jackie); daughters, Kaitlynn and Kayla, grandchildren; Adaliese, Anker, Jen, Landon, and Rylee, and his brothers, sisters, and numerous nieces and nephews. 

The family suggests memorial contributions go to Rising Sun Center in Wakeman, Ohio, http://risingsuncenters.com/. Online condolences can be made at www.riddlefuneralhome.com.

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Fastems Launches Version 8 of its Manufacturing Management Software

[West Chester, OH – November 2021]  MMS Version 8, the newest release of Fastems’ Manufacturing Management Software (MMS), boosts CNC automation intelligence to the next level by introducing a new MMS Insights view, giving practical ideas and suggestions on how to improve CNC production. In addition, Fastems has developed the user experience and added functionalities that support an economical use of modular fixtures, allowing higher production mix with smaller work holding investment. Version 8 will be available for new and as an upgrade to existing Fastems automation systems during the spring of 2022.

The new MMS Insights module provides CNC companies with numerous highlights and suggestions on how to improve their production processes based on data gathered from the automation system, including all the integrated machinery and data systems. MMS overviews the whole production and comes up with suggestions such as adding or removing certain tools or fixtures based on usage rates or updating NC-program runtimes for more precise order scheduling. It builds upon the functionality of the earlier MMS versions which offer users a full suite of options for automated production planning, including production resource preparation and indication of missing resources such as cutting tools, raw materials, NC programs, or workholding. This enables operators to execute the planned production in a proactive manner, leading to higher machine utilization, shorter lead times and less work-in-process.

For manufacturers using the simple pallet automation systems like Flexible Pallet Container (FPC)  or  Flexible Pallet Tower (FPT), Fastems is introducing a new single-screen user interface with drag-and-drop pallet ordering, and a new MMS EasyRoute function that allows the operator to bring entirely new workpieces into production in under one minute. In addition, for the manufacturers that do not produce purely based on customer orders, there is a new Order Generator that automatically creates production orders based on rules defined by the user. For instance, the system can automatically maintain a certain stock level or produce a recurring batch at regular intervals. 

For manufacturers producing high mix and therefore needing a lot of fixtures, Fastems has built a new optional Fixture Resource Management module. It allows the use of modular fixtures that enable higher production mix with fewer pallets. Using modular fixtures can generate cost savings on fixture investment, space savings on pallet storage, and time savings with less fixture building work.

“MMS is what makes Fastems automation the best in the market in terms of our customer’s capacity utilization levels, ability to deliver just-in-time and produce high mix with low volume economically. We are and want to continue as the market leader in CNC automation for any machine tool brand, and the efficiency, integration capabilities and usability are what make the difference. With version 8, we’ve enhanced our pallet handling features based on customer feedback, resulting in a new single-view user interface for the simple CNC automation systems, and ability to bring new workpieces into production in under 60 seconds. The Insights module helps manufacturers to make data-based decisions with the real-time reports on resource usage and the system data accuracy. Since many of our customers produce high mix, we have also introduced significant improvements for modular fixture management that can save a lot of money and time,” said Mikko Nyman, Fastems CEO.

Fastems is hosting a live launch event to demonstrate the MMS Version 8 to those interested in learning more about innovative ways to optimize their manufacturing processes. The online event takes place Tuesday, November 30th at 12:00 GMT (London time in English), 9:00 CET (Berlin time in German), and 12 PM EST (New York time in English). Registration is free at www.fastems.com/mmsv8-launch

For more information, visit www.fastems.com, or call toll-free 866-702-0611.

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Embedded Automotive Telematics to Procure US$ 6 Bn for Automotive Telematics: Fact.MR Study

A market research and competitive intelligence provider predicts, the global sales of automotive telematics to reach US$ 217.7 Bn by registering a CAGR of 18% in the sales indicator period 2021-2031. Increasing concern towards safety and security has propelled the demand for automotive telematics across various end sectors.

Historically, from 2016 to 2020, demand for automotive telematics registered an impressive 16% CAGR. A Y-o-Y increase of 23.3% was recorded in 2019 over 2018, mainly on the back of increased deployment of advanced safety features across both conventional and electric vehicles. Despite facing a crunch of 16% due to the COVID-19 pandemic, the automotive industry stimulated high demand for automotive telematics.

As per statistics published by the World Health Organization, more than 50 million people are injured due to road accidents, while 1.35 million succumb to the same across the world, which comprises of a figure greater than those dying of AIDS or malaria. Furthermore, road deaths and injuries cost between 3-5% of developed countries GDP. Hence, automotive manufacturers are including high grade automotive telematics.

Key Takeaways from the Market Study

  • By product, embedded automotive telematics to garner US$ 6 Bn for automotive telematics in the assessment period
  • By sales channel, OEM to yield an opportunity worth US$ 32 Bn for automotive telematics in the forecast period
  • Europe to emerge as the fastest expand automotive telematics landscape, clocking a 10% CAGR
  • Asia to register a 9% CAGR, generating US$ 77.2 Bn in value for automotive telematics
  • By 2021, automotive telematics market value to reach US$ 41.6 Bn, expanding over 5x by 2031

“As global ownership of automobiles increases, prominent manufacturers are introducing enhanced safety and security features across new car models to prevent road accidents and damage, widening prospects for automotive telematics,” opines Senior Research Analyst.

Competitive Landscape

Prominent service providers are relying on introducing new software which facilitate advanced damage detection systems, based on cloud and artificial intelligence approaches. Noteworthy developments in the past few months are as follows:

  • In January 2021, Harman International Industries Inc. announced the introduction of HARMAN Turbo Connect (TBOT). The software anticipates and mitigates connectivity discrepancies on the road. This addition to the current portfolio satisfies current demand for high speed connectivity with low latency, especially when used with 5G-enabled technologies, including  its Smart Conformal Antenna
  • In November 2021, Robert Bosch GmbH introduced its Ridecare services, equipped with a sensor box, to detect damage to a vehicle and smoke inside the vehicle. The sensor deploys a cloud-based data analysis using artificial intelligence, disbursing information on whether a vehicle has been damaged, or someone has smoked in it. Pilot projects are being initiated across North America, Asia and Germany

These insights are based on a report on Automotive Telematics Market by Fact.MR.

E-mail: shantanu@factmr.com

Web:    www.factmr.com

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Rapid Robotics Named to Fast Company’s First-Ever List of the Next Big Things in Tech

SAN FRANCISCO, Nov. 18, 2021 (GLOBE NEWSWIRE) — Rapid Robotics, creator of the first ready-to-work robotic machine operator, today announced that it has been named to Fast Company’s inaugural Next Big Things in Tech list, honoring the technology breakthroughs that promise to shape the future of their industries—from healthcare to agriculture to artificial intelligence and more.

Rapid Robotics was recognized for the Rapid Machine Operator (RMO), an all-in-one cobot that gives manufacturers an easy and affordable way to automate common machine tasks and solve their labor shortages. Unlike other cobots, the Rapid Machine Operator needs no integration or training and can be up and running in hours. For an OpEx-friendly all-inclusive subscription of $2,100 per month, the RMO performs a wide range of machine-tending tasks out of the box, such as injection molding, pad printing, heat stamping, pick-and-place and dozens of others across sectors including medical devices, electronics, CPG, automotive and more. Each RMO learns new skills through regular free updates and can be easily moved between tasks — no retraining required.

“The Rapid Machine Operator is the first viable solution to America’s machine operator crisis,” said Jordan Kretchmer, co-founder and CEO of Rapid Robotics. “It brings automation within reach of facilities of every size, including ones that never thought they could afford it. It allows them to quickly ramp up production and take on new projects while upskilling existing staff. It’s what American manufacturers need to win more business in a global marketplace.”

The Next Big Things in Tech list, which includes global giants, intrepid startups and research that’s fresh from the labs, recognizes 65 technologies that are making waves. While not all of the products, services and technological developments are on the market yet, they’re reaching key milestones in having a positive impact for consumers, businesses and society at large in the next five years.

Fast Company is thrilled to highlight cutting-edge technologies that are solving real-world problems in unexpected ways. From climate change and public health crises to machine learning and security, these technologies will certainly have a profound impact on the future, and we’re honored to bring attention to them today,” says Stephanie Mehta, editor-in-chief of Fast Company.

Click here to see the final list.

The Winter 2021/2022 issue of Fast Company is available online now and will hit newsstands on December 7.

About Rapid Robotics

Rapid Robotics is the creator of the first affordable robotic machine operator (RMO) designed for simple machine tasks. Available for just $25K a year and requiring absolutely no programming, systems integration, specialized hardware or robotics skills, the Rapid Machine Operator enables manufacturers to easily deploy a pre-trained cobot in hours, moving it between tasks as needed and seeing ROI in months.

Rapid Robotics’ founding team combines robotics and manufacturing expertise with a SaaS business model to deliver affordable solutions to real-world industry problems. Investors include Tiger Global, Kleiner Perkins, NEA, Greycroft, Bee Partners and 468 Capital. Rapid Robotics is based in San Francisco, California.

About Fast Company
Fast Company is the only media brand fully dedicated to the vital intersection of business, innovation, and design, engaging the most influential leaders, companies and thinkers on the future of business. The editor-in-chief is Stephanie Mehta. Headquartered in New York City, Fast Company is published by Mansueto Ventures LLC, along with our sister publication, Inc., and can be found online at fastcompany.com.

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