Category Archives: Automation

Automation is the key to reinventing a business. The global pandemic has shaken every possible sector and this has made an increase in technology adoption even more evident. What follows is the prediction that 2022 will witness the rise of automation in every possible aspect of business operation. On that note, lets find out what are the top 10 automation trends and predictions to look out for in 2022.

No wonder the outbreak of the pandemic has changed a lot of things. Organizations are relying on automation to prevent business processes from collapsing. Automation has served as an excellent medium of ensuring business continuity. As we are yet to bounce back to normal, we are bound to see an increased automation adoption in 2022 and beyond.

Augmented reality has always found its way into new use cases. For the coming year, one can expect AR to be integrated even more into sales. A strong reason as to why this automation trend would continue is because the new normal has transformed the way we collaborate and learn.

It has been observed that a few companies are getting the return they expected from automation. One major reason for this is that the processes arent monitored. Process intelligence is that type of automation that does the guesswork out of staffing needs, budgeting, SLA projections, and much more. As businesses aim to transform every process suitable for automation, process intelligence will become a necessity.

Robotic process automation (RPA) is a comprehensive approach to automation development. From data identification to allocation, robots are capable of doing everything which is why they can contribute to a majority of automation at the workplace. Considering the fact that RPA can contribute to an increase in employee productivity by taking on redundant tasks, it is highly likely that 2022 witness increased adoption of the same.

Automation in the form of virtual assistants and smart technologies can help in automating mechanical tasks. This further empowers the workforce to direct their energies towards more complex tasks. As the employees are required to strengthen their adaptability, leadership, and critical thinking skills, automation would serve the purpose here. This automation trend stands a negligible chance to fail.

Hyper-automation is an excellent platform that brings integration, management, monitoring, and DevOps together. Its ability to enable businesses in automating end-to-end workflows managing complex support across different platforms is definitely worth a mention. It is because of this very reason that the coming years can see more adoption of hyper-automation.

The need for gathering, analysing, processing, and storing data locally in real-time has paved the way for edge automation. As edge automation platforms are designed to run continuously without the need for specialized onsite or remote IT support, the coming years would see organizations relying on them heavily.

The relationship between employee and customer experience is interconnected. When employees feel empowered, they offer better services to the customers. Customers are not willing to settle for low-quality service. Quite evidently, automation has made it a lot easier to deliver seamless, instinctive, and personalized services. As customer service continues to be a priority, one cannot deny how crucial automation is thus justifying why this automation trend is likely to continue in 2022 and beyond.

A majority of organizations have taken on sustainability mandates. Also, with sustainability becoming a priority at the global level, automation turns out to be an excellent medium in understanding organization operations and making the appropriate interventions.

It is very much likely that companies in the coming year will implement the highest levels of automation technologies to perform repetitive work and menial tasks. These tasks that were earlier taken up by employees will now result in freeing up employees to focus on more integral tasks as a result of collaborative automation.

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Top 10 Automation trends and Predictions to Lookout for in 2022 - Analytics Insight

DUBLIN, Jan. 4, 2022 /PRNewswire/ -- The "Automation Testing Market by Component (Testing Types (Static Testing and Dynamic Testing) and Services), Endpoint Interface (Mobile, Web, Desktop, and Embedded Software), Organization Size, Vertical, and Region - Global Forecast to 2026" report has been added to ResearchAndMarkets.com's offering.

The global automation testing market is expected to grow from USD 20.7 billion in 2021 to USD 49.9 billion by 2026, at a CAGR of 19.2% during the forecast period.

By Component, the services to record a larger market share during the forecast period

In the Automation Testing Market by Component, the services segment is expected to record a larger market share during the forecast period. Services are offered under seven types: advisory and consulting, planning and development, support and maintenance, documentation and training, implementation, management, and other services. The other services consist of ROI analysis, framework, service virtualization, and assessment services. These services enhance enterprises' SDLC. The advisory and consulting services help to enhance automated testing tools and infrastructure across the product delivery life cycle. Automation testing services are largely offered to the developers, end-users, and organizations. Managed services help enterprises to outsource the responsibility for maintaining and anticipating the need of processes and functions to improve operations and reduce expenses.

By Dynamic Testing, the functional testing segment to grow at the higher CAGR during the forecast period

In the Automation Testing market by Dynamic Testing, the functional testing segment is expected to grow at a higher CAGR during the forecast period. Functional testing is executed to check that all the software features meet the functional specifications, and it is performed by executing the functional test cases. Functional testing provides input, verifies the output, and compares the actual and expected results. The main aim of functional testing is to make sure that a system works as intended by validating the results. Functional testing is a type of black-box testing. There are mainly two techniques used to perform functionality testing, namely, based on requirements and based on business scenarios. In testing based on requirements, all the functional requirements are considered as a base for conducting the tests. Whereas in testing based on business scenario information about how the system will be perceived from a business process perspective is considered to perform the tests.

By Verticals, the BFSI segment to hold the larger market size during the forecast period

By Verticals, BFSI is expected to hold the larger market size. BFSI is the banking, financial services, and insurance sector. It represents a major portion of the world economy comprising all Banking, Insurance, and Non-Banking Financial Institutions. The latter is known as the NBFCs. The BFSI industry largely refers to financial service firms such as Broking and Asset Management. The digital transformation efforts in the vertical are particularly focused on improvising customer experience, which can be further catered through automation of QA and testing.

Several organizations are experimenting with analytics, AI, and ML to optimize the automation of QA and test activities. The need to automate redundant tasks and give control to the end customers is expected to drive the market over the next few years. The major focus is on quick automation, auto decisioning, data security, instant scalability. The recent trends of Robotic Process Automation (RPA), AI, and ML, and their use in software testing drive the demand for automation testing.

By Region, Asia Pacific to grow at the highest CAGR during the forecast period

Asia Pacific is expected to grow at the highest CAGR in the global automation testing market during the forecast period. APAC is the most promising region as it has major economies, such as Australia, Japan, Singapore, China, New Zealand, and Hong Kong, which offer significant growth opportunities for automation testing vendors. This region comprises major economies like India, and China which has a very large customer base.

The governments are taking initiatives for rapid adoption of new technologies like AI and ML, automation, IoT, mobile and web-based applications, cloud-based services, and other technologies. Due to the adoption of remote work culture by organizations, there is an ever-increasing need for cloud-based solutions and IoT devices to minimize the effect of the ongoing COVID-19 pandemic, which is expected to drive the growth of the automation testing market in the region. The increasing government initiatives, growing requirements for quick computing, virtualized environments, analytics, security, digitalization, and high-volume networking, and rising overall internet speed and responsiveness are the major factors driving the automation testing market growth in this region.

Key Topics Covered:

1 Introduction

2 Research Methodology

3 Executive Summary

4 Premium Insights4.1 Attractive Opportunities in the Global Automation Testing Market4.2 Market Share, by Component4.3 Market Share, by Endpoint Interface4.4 Market Share, by Vertical4.5 Market Investment Scenario (2021-2026)

5 Market Overview and Industry Trends5.1 Market Overview5.2 Market Dynamics5.2.1 Drivers5.2.1.1 Rapid Adoption for Advanced Technologies5.2.1.2 Scalable and Adaptable Delivery Models5.2.2 Restraints5.2.2.1 Stringent Government Rules and Regulations5.2.3 Opportunities5.2.3.1 Increasing Adoption of Mobile and Web-Based Applications5.2.4 Challenges5.2.4.1 Data Security Concerns5.2.4.2 Lack of Skilled Professionals5.2.5 COVID-19 Impact on Market Dynamics5.2.6 Cumulative Growth Analysis5.2.6.1 Drivers and Opportunities5.2.6.2 Restraints and Challenges5.2.6.3 Cumulative Growth Impact5.3 Regulatory Landscape5.4 Use Cases5.5 Value Chain Analysis5.6 Ecosystem5.7 Pricing Analysis5.8 Technology Analysis5.8.1 Artificial Intelligence AI)5.8.2 Internet of Things (IoT)5.8.3 Big Data Analytics5.9 Patent Analysis5.10 Trends and Disruptions Impacting Buyer'S5.11 Porter'S Five Forces Analysis5.11.1 Threat of New Entrants5.11.2 Threat of Substitutes5.11.3 Bargaining Power of Buyers5.11.4 Bargaining Power of Suppliers5.11.5 Competitive Rivalry

6 Automation Testing Market, by Component6.1 Introduction6.1.1 Component: Market Drivers6.1.2 Component: COVID-19 Impact6.2 Testing Type6.3 Services

7 Automation Testing Market, by Testing Type7.1 Introduction7.1.1 Testing Type: Market Drivers7.1.2 Testing Type: COVID-19 Impact7.2 Static Testing7.3 Dynamic Testing

8 Automation Testing Market, by Dynamic Testing8.1 Introduction8.1.1 Dynamic Testing: Market Drivers8.1.2 Dynamic Testing: COVID-19 Impact8.2 Functional Testing8.3 Non-Functional Testing8.4 Application Programming Interface Testing8.5 Security Testing8.6 Performance Testing8.7 Compatibility Testing8.8 Compliance Testing8.9 Usability Testing

9 Automation Testing Market, by Service9.1 Introduction9.1.1 Service: Market Drivers9.1.2 Service: COVID-19 Impact9.2 Advisory and Consulting Services9.3 Planning and Development Services9.3.1 Support and Maintenance9.3.2 Documentation and Training9.3.3 Implementation9.3.4 Managed Services9.3.5 Others

10 Automation Testing Market, by Endpoint Interface10.1 Introduction10.1.1 Endpoint Interface: Market Drivers10.1.2 Endpoint Interface: COVID-19 Impact10.2 Mobile10.3 Web10.4 Desktop10.5 Embedded Software

11 Automation Testing Market, by Organization Size11.1 Introduction11.1.1 Organization Size: Market Drivers11.1.2 Organization Size: COVID-19 Impact11.2 Small and Medium-Sized Enterprises11.3 Large Enterprises

12 Automation Testing Market, by Vertical12.1 Introduction12.1.1 Vertical: Market Drivers12.1.2 Vertical: COVID-19 Impact12.2 Banking, Financial Services, and Insurance12.3 Automotive12.4 Defense and Aerospace12.5 Healthcare and Lifesciences12.6 Retail12.7 Telecom and It12.8 Manufacturing12.9 Logistics and Transportation12.10 Energy and Utilities12.11 Media and Entertainment12.12 Other Verticals

13 Automation Testing Market, by Region

14 Competitive Landscape14.1 Overview14.2 Market Structure14.3 Historical Revenue Analysis14.4 Market Evaluation Framework14.5 Revenue Analysis of Leading Players14.6 Ranking of Key Players14.7 Company Evaluation Matrix14.7.1 Company Evaluation Matrix Methodology and Definitions14.7.2 Star14.7.3 Emerging Leader14.7.4 Pervasive14.7.5 Participant14.8 Product Portfolio Analysis of Major Players14.9 Competitive Scenario14.9.1 New Service/Product Launches14.9.2 Deals14.10 Startup/SME Evaluation Matrix14.10.1 Progressive Companies14.10.2 Responsive Companies14.10.3 Dynamic Companies14.10.4 Starting Blocks

15 Company Profiles15.1 Major Players15.1.1 IBM15.1.2 Accenture15.1.3 Micro FocUS15.1.4 Capgemini15.1.5 Microsoft15.1.6 Broadcom15.1.7 Tricentis15.1.8 Smartbear15.1.9 Parasoft15.1.10 Cigniti Technologies15.1.11 Keysight Technologies15.1.12 Sauce Labs15.2 Other Players15.2.1 Ranorex15.2.2 Applitools15.2.3 Afour Technologies15.2.4 Invensis15.2.5 Qa Mentor15.2.6 Testim.Io15.2.7 Codoid15.2.8 Mobisoft Infotech15.2.9 Infostretch15.2.10 Thinksys15.2.11 Astegic15.2.12 Cygnet Infotech15.2.13 Qualitykiosk Technologies15.2.14 Qasource15.2.15 Froglogic15.2.16 Worksoft15.2.17 Prodperfect

16 Adjacent Markets

17 Appendix

For more information about this report visit https://www.researchandmarkets.com/r/j3qb00

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Research and Markets Laura Wood, Senior Manager [emailprotected]

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The Worldwide Automation Testing Industry is Expected to Reach $49.9 Billion by 2026 - PRNewswire

Kerala-based lender South Indian Bank (SIB) has won the UiPath Automation Excellence Awards 2021 for best automation under crisis for business continuity.

The company said that the award was bestowed upon the bank for its exceptional use of robotic process automation capabilities under difficult times for solving severe operational constraints, thereby ensuring business continuity.

The UiPath Automation Excellence Awards aim to recognise the changemakers of automation. In the 2021 Edition of the UiPath Automation Excellence Awards, the individuals and organizations across India and South Asia (Sri Lanka, Bangladesh and Nepal), who have solved some of the greatest challenges through transformative automation projects were recognised.

South Indian Bank has been at the forefront of the adoption of robotic process automation with a robust ecosystem in place, with a vision to automate complex and mundane processes. The bank was awarded the UiPath Automation Excellence Award for tackling a situation, strategically using Robotic Process Automation. During the implementation of a critical compliance-related change in the core banking and supporting application, a crisis was averted by successfully automating the end-to-end process within a short span of two days, ensuring compliance and saving costs in purchasing services from external entities.

Commenting on the achievement, Chief Information Officer Sony A said, We at South Indian Bank firmly believe that automation and innovation are the key levers that will power our organizations digital journey. As a testimony of our efforts, we have won the 2020 UiPath Automation Excellence Award for reimagining customer journeys using RPA. It gives me immense pleasure that we have continued the momentum and has now been recognised as the winner of the 2021 Automation Awards too. The RPA team played a very crucial role in the project and helped the Bank stay compliant to regulatory norms.

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South Indian Bank wins UiPath Automation award for work on robotics - Business Standard

It is difficult to talk about marketing strategies without discussing the benefits of automation and the vital part it plays for startups. Marketers dont have unlimited time or resources to spend on repetitive tasks, but automation can provide a 24-hour service that saves time and money.

In general, there are two prevailing opinions about automation: its ineffective because it removes the human aspect of sales or that its too effective and will lead to unemployment.

Automation is as ineffective as you make it, same with any software. Whether youre using a recruiting software or a CMS, you can make each connection unique by customizing messages or follow-ups based on keywords. Remember: proper configuration will produce the right results.

Whats more, automation cant solve all your problems. Your customers want to speak to a human, not a robot, but considering cold emailing has a low conversion rate, taking a shotgun approach can help with the initial connection. Once a prospect responds, shift to human mode.

There are several lead nurturing tactics on the Internet, like creating targeted content, but not all of them are automation-friendly. The following automation tactics work regardless of the industry.

Out of all the platforms you could use to nurture leads, LinkedIn is among the best. LinkedIn is where professionals do business, so you already have a demographic to sell to. With Facebook or Instagram, theres no guarantee that who youre speaking to needs your services.

There are other reasons to focus on the LinkedIn Inbox, including:

With automation, you can spend even less time and money finding convertible leads.

Just because you should focus on LinkedIn, it doesnt mean you shouldnt branch out to Facebook, Twitter, or Instagram, especially if your customers are on these platforms. Since automation saves you time by streamlining your workflow, you can do the following:

Since you can apply all of these techniques across platforms, youll inevitably scale in half the time. With reporting across channels and an aligned sales and marketing team, startups will continue to see high conversion rates without needing to staff a 24/h department.

A great lead nurturing campaign may include attending a webinar, downloading case studies, requesting more information about a product or service, or reading premium content. Enticing your customers with a reward improves your campaigns likelihood of success.

Automation plays a large part in this because you need to consistently monitor your engagement, marketing attribution reports, and inbox or email open rates. However, all the data in the world wont convert leads unless you answer quickly. Automation can also help with this.

In the land of convenience, 82% of consumers expect an immediate response to their sales questions, while 90% expect an immediate answer for a customer service question.

The percentage of consumers who define immediate as 10 minutes or less belong to:

If businesses dont react quickly, theyll lose money. Even having a robot explain that theyll get back to the customers question is more effective than leaving them on read.

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Increase startup earnings by automating your lead nurturing process - Latest Digital Transformation Trends | Cloud News - Wire19

PARSIPPANY, N.J., Jan. 4, 2022 /PRNewswire-PRWeb/ -- EDC has Electronic Drives and Controls, Inc. (EDC), a leading control system integrator and field service company for industrial automation and drive technology, today announced Zack Fischer has achieved the Core Level Certification for Ignition 8.0 in the Inductive University program by Inductive Automation.

"We are excited about adding this platform to our capabilities. Ignition fits certain applications better than some of the more traditional tools we have used," said Chuck Dillard, vice president, Systems Group at Electronic Drives and Controls. "The software is easily scalable, so we have the ability to right-size the software for the application. We look forward to implementing this technology to benefit new and existing clients."

Ignition by Inductive Automation is an industrial server software platform that can communicate with both SQL databases and equipment on the plant floor. With the extensive library of compatible brands and models, Ignition makes a great hub to connect production and IT.

To receive his certification, Zack had to pass both the Core Certification Test. The Core Test covers the basics of Ignition, including UDTs, alarming, historical data logging, and templates. The current certification level is for Ignition 8.0 and will update with each new version of Ignition.

About Electronic Drives and Controls, Inc.

Founded in 1968, Electronic Drives and Controls, Inc. (EDC) is a CSIA Certified control system integrator with a large field service team specializing in AC and DC drives, PLCs and factory automation. Family owned and operated for 50 years, EDC's team of engineers and technicians has great depth of experience integrating new control systems and breathing life into older equipment. EDC has the engineering capability to design, build, start-up and service projects from the sophisticated to the simple and the service support team on call 24/7/365 to keep it all running at peak efficiency from day 1 and for years to come. In addition to the company's certification as a Siemens Solution Partner and a Rockwell Automation Recognized System Integrator, EDC is a factory authorized/factory trained service center for over 40 drive brands.

Media Contact

Georgia Whalen, Electronic Drives and Controls, 978-697-2664, gwhalen@rivergatemarketing.com

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Electronic Drives and Controls Achieves Core Ignition Certification by Inductive Automation - WFMZ Allentown

Automation is the process of executing a task with minimal or zero human involvement, using various kinds of technology. From the mechanical arms of an automobile factory to AI moderation of online content, many tasks that previously required manual effort have now been automated.

Organizations employ various equipment, including electronic, hydraulic, mechanical, pneumatic, etc. It is a combination of these different kinds of equipment in many cases. Moreover, this automation revolves around algorithms that work on pre-defined scenarios.

Transitioning from manual to automated work improves accuracy, speed, quality, and efficiency. Additionally, it also saves labor costs and reduces waste generation.

Its worth remembering that automation provides these benefits after displacing humans. This results in a spike in unemployment in the professions where these machines make their way. However, at the same time, it also produces new jobs, usually in the technology sector.

Interestingly, according to the World Banks 2019 report, automation-induced unemployment and newly created jobs ultimately maintain an economic balance. As the year passes and technology advances, well see automation entering more fields and professions while shaping up new professions.

The automobile industry heavily uses automation. Many factories employ robotic arms to assemble vehicles when it comes to manufacturing. Certain cars offer AI-supported features such as autonomous parking and auto-pilot driving on the consumer end.

In finance, it pays to automate tasks previously done by humans. The increased speed, efficiency, and accuracy offered by automation are crucial for a companys finances. Dedicated software and systems handle everything in this fast-paced industry, from book-keeping to expense management.

The industry that spawned the e-commerce term indeed uses a lot of automation. Online retailers such as Amazon rely heavily on automating the process of sales and transactions via their website. Even retailers in brick-and-mortar stores use software to track product stocks, record transactions, etc.

Thats all the basics of automation you need to know. If you are interested in learning more tech terms like this one, check out our Short Bytes section.

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What Is Automation? - Fossbytes

A fire at JR Automation north of Holland is believed to have started near the air ventilation system, but an investigation to determine the exact cause of the fire is underway, Olive Township Fire Division Chief Duane Wolters told The Sentinel.

The fire began at around 3:30 p.m. Monday, with crews clearing the scene at around 11 p.m.

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Cause of fire at JR Automation being investigated, fire chief says - Grand Haven Tribune

The Cybersecurity and Infrastructure Security Agency has warned that in addition to greater efficiency, increased automation in the manufacturing sector will also bring greater digital risks that malicious hackers can exploit.

Manufacturers were already moving towards automation and remotely operated processes before the COVID-19 pandemic, but the onset of the virus led to a fierce acceleration of those trends as factories dealt with quarantines and limited the number of in-person employees on factory floors.

In a document published this week, CISA noted that this shift, while necessary for many companies to keep operations running, may also introduce unfamiliar technologies that increase the attack surface for cyber criminals, ransomware groups, and nation-state hackers.

For example, the shift to automation and remotely operated machinery requires retraining operators on new processes, strong connectivity, and a specialized cybersecurity workforce familiar with the intricacies of manufacturing technologies who can put in place effective policies around control, validation, and monitoring of cybersecurity risks.

Manufacturers have already been disproportionately targeted by ransomware actors and other cyber criminals during the pandemic, but CISA said that if current trends around automation hold, attacks against the sector are likely to get even worse as more vulnerable systems are brought online and connected to operational technology (OT) and machinery.

Environments previously air-gapped may become more connected to enterprise networks, as well as to public clouds, vendor networks, and other third parties for remote management, the agency warned. This rapid expansion of the threat landscape and attack surface has made it far more likely manufacturing organizations will experience a cyber event significant enough to degrade or impede safety and availability of production.

At a time when many brick-and-mortar companies struggle to stay open, automation has been a lifeline for the manufacturing industry. A report and survey on the sector conducted by Ericsson earlier this year found that 69% of businesses in the sector reported unchanged or improved financial performance during the pandemic, even as eight out of 10 said theyve had to cut costs.

There are signs that economic drivers could push the industry towards a wholesale transformation before it can adequately plan or assess what that future environment will look like and how it will operate. The cybersecurity implications of more widespread automation are just one of those unknowns. Theres also a major gap between how employers and employees perceive the future of the workforce.

Full automation is approaching, but neither decision makers nor production employees fully grasp the consequences, the report noted in one conclusion. While almost two-thirds of the surveyed manufacturers expect to be automated to at least 80 percent within 10 years, more than half of the production employees still believe more people will be needed in similar roles by 2030, and only 1 in 5 think companies will need fewer people. Close to 9 in 10 decision makers expect to use AI in their production processes within the next 10 years, however 3 in 4 think humans will still make at least half of all production decisions.

Like many industries, manufacturing needs to invest more in cybersecurity talent, whether through recruitment or retraining of existing staff. CISA said that given reduced crew density, it's essential for manufacturers to develop cybersecurity and operational knowledge within the shop floor environment. The agency also added that manufacturers must train security analysts so that these companies can conduct remote monitoring of factory environments.

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CISA highlights the gains (and security risks) of increased automation in the manufacturing sector - SC Magazine

Youve likely heard about the log4j cybersecurity vulnerability. Chances are, however, that youve mostly heard how this primarily affects public-facing internet systems. Some of the higher profile exploits of this vulnerability include penetration of Belgiums defense ministry, several ransomware hackings, and taking control of computers to mine cryptocurrency, according to the Washington Post.

Though no incursions of industrial controls systems via the log4j vulnerability have yet been reported, we do know that the potential exists. According to aDolus Technology, a supply chain cybersecurity provider, several million operations technology (OT) software packages use log4j. Most OT software suppliers use log4j because it is opensource software that effectively handles required logging tasks. aDolus explains that the log4j vulnerability (called Log4Shell) is a result of overly-provisioned features enabled byan insecure default configuration and the implicit trust of messages.

The National Institute of Standards National Vulnerability Database reports that Log4Shell has been disabled from log4j 2.15.0 and completely removed from version 2.16.0.

If you don't know that the software you use contains log4j, you won't know whether you should patch or block certain traffic, or perhaps do nothing at all.

As with most cybersecurity correction measures, protecting your operations requires identification of the vulnerability in your systems. After all, as aDolus notes, if you don't know that the software you use contains log4j, you won't know whether you should patch or block certain traffic, or perhaps do nothing at all.

According to aDolus, a software bill of materials (SBOMs) is the best tool for uncovering hidden vulnerabilities like Log4Shell. TheFACT platformfrom aDolus reportedly providesenriched SBOMsthat report all the subcomponents of a software package and can be a valuable tool for cybersecurity assessments. Source code analysis is another option if you have access to the source code, but that's often not the case in the OT world, according to aDolus.

More detailed information about mitigating Log4Shell and other log4j-related vulnerabilities can be found at https://www.cisa.gov/uscert/ncas/alerts/aa21-356a.

ISA99 Update

As 2022 began, the ISA99 Committee on Industrial Automation Control Systems (IACS) Cybersecurity issued an update to stakeholders about its focus moving forward considering the ever-evolving cybersecurity threats facing industry.

Key aspects of this notice from the committee include:

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Log4j Cybersecurity Concerns in Industry - Automation World

Germany is also the leading maker, just as a devoted adopter of assembling robots. Germany's blasting auto industry can be credited with driving the relationship between's bot thickness and modern development.

Germany is also the leading maker, just as a devoted adopter of assembling robots. Germany's blasting auto industry can be credited with driving the relationship between's bot thickness and modern development.

Then again, The United States falls behind different nations in availability for an undeniably robotized world.

Team Norvergence discusses the case of the USA w.r.t the Impact on Labour Market.

A significant long-run shift in U.S. labour markets is the reduction of middle-skill professions, like manufacturing and production positions, and the augmentation in both high- and low-skill employments, like administrative positions on one end and assignments that aid or consideration for others on the other.

As has been contended in the economic literature, the most probable drivers of occupation polarization are automation and offshoring because both these powers bring down the interest for centre ability occupations comparative with the rest.

Robotization alludes to any innovation that lessens the requirement for human help. For example, cycles, such as supermarket checkout, have been robotized by and large and require less work to perform routine errands.

Also, a few phrases of the creative interaction of a decent or administration can be acted in foreign nations; in this way, specific assignments can be re-appropriated. By and large, the sorts of projects that can be rethought are, for the most part, routine errands.

Work in routine occupations has been consistent or declining in recent years, and mechanization is one reason for this underlying change in the labour market.

The utilization of robots underway has been consistently expanding since the mid-1990s in most exceptional economies all over the planet.

We utilized an interesting dataset with data on the supply of modern robots at the degree of enterprises to build action for a driving zone's openness to robots.

Our examination uncovered a negative connection between mechanization and routine manual work in nearby labour markets, which upholds the proposition that robotization might be a significant driver of polarization in the work market.

While we zeroed in on routine manual occupations in this article, robotization could affect a more extensive arrangement of professions.

With propels in artificial reasoning and automation, a few intellectual abilities, for example, penmanship acknowledgement and pretrial research, have been robotized partially.

For example, other intellectual abilities, decision-production under testing circumstances in intensive care units(ICUs) may before long be enhanced by algorithmic proposals. In this way, mechanization can have extensive outcomes that might prompt immediate changes in the labour market.

Robotics Automation Industry in Germany

Germany's mechanical technology and mechanization (R&A) industry has appreciated remarkable accomplishment throughout the last decade or thereabouts, nearly multiplying turnover in the period 2010 to 2019. The primary indications of post-Covid recuperation are being felt, with the area conjecture to produce a turnover of EUR 13.4 billion every 2021.

The R&A enterprise is one of the most imaginative German mechanical design areas. German OEMs number among the world's driving R & R&A organizations. Human-robot collaboration (HRC) and machine vision (MV) technologies are essential qualities in a worldwide centre that flaunts mechanical technology players from all markets sections. Machine vision considers one of the significant development areas in the R&A business and has turned into the critical innovation for the robotization business around the world.

The expanding application level of HRC addresses an ideal illustration of the move towards network inside cutting edge production. Innovative improvements in automated reasoning, including A.I. and profound learning, will prompt further uses of ordinary modern robots and cooperative robots.

Automation and the execution of machine vision (MV) innovation assist with making reliably excellent, long-lasting detectability and 100% creation exactness a reality. Significant degrees of creation adaptability can be accomplished, and item changes are immediately acknowledged utilizing adequate robotization arrangements.

Germany is the important deals market for the European picture handling industry, with more than 30% of total industry turnover produced locally.

Past the car business and the electrical and hardware enterprises (counting semiconductors), different areas - including the metal, food, and bundling just as non-assembling ventures (for example, intelligent traffic technology, indicative clinical gear and surgical technologies) - are progressively utilizing machine vision innovation.

Machine vision plays a significant enhancement in Industrie 4.0 because of its excellent information social affair and investigation capacities.

Industrie 4.0 has turned into a global by-word for insightful, organized creation - with Germany solidifying its notoriety as the world's plant supplier and a country equipped for meeting the difficulties of the automated age.

Collaborative robots ("cobots") supplement creation is brilliant industrial facility conditions and makes automated producing reasonably for SMEs not beforehand ready to bear the cost of turnkey arrangements.

R&A innovation gives the central components to the shift towards Industrie 4.0. Cooperative robots support human work via robotizing dreary and truly requesting undertakings.

They can be employed in present-day creation locales for various applications and don't need confines. Pick-and-place arrangements address one common space of cobot movement.

Human-robot collaboration exercises work with speedy preparation and can be controlled using stages that permit robots to be conveyed at the proper workstation and the responsibility to be expanded or diminished subject to changing creation prerequisites.

Even though robots don't influence the entire business, they affect fabricating work in Germany. We ascertain that one extra robot replaces two blue-collar positions overall. This suggests that robots have obliterated approximately 275,000 full-time producing occupations in 1994-2014.

However, those sizable misfortunes are completely counterbalanced by work gains outside assembling. As such, robots have unequivocally changed the work structure by driving the decrease of blue-collar positions.

Robots were answerable for practically 23% of this decrease. Be that as it may, they have not been significant executioners up until this point regarding the complete number of positions in the German economy.

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In the case of Robotic Process Automation- Germany is far ahead of the USA | RoboticsTomorrow - Robotics Tomorrow