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COVID19: Digitization Recovery Plan for 2021

 

To help repair the economic and social damage caused by the coronavirus pandemic, digitization will continue to boost in 2021. All those lock-down measures in response to the coronavirus outbreak have frozen the economic activity in certain sectors and harshly disrupted others, which resulted in worldwide unemployment and bankruptcies. In order to overcome all restrictions in the contactless world, citizens and businesses are relying on the internet and connectivity as social and economic activities became more digital.

 

What is now very clear, is that COVID-19 has accelerated digitalization. IT decision-makers are under pressure with using new technologies to modernize legacy processes and recognize and implement new business model innovation opportunities, more than ever before. All digital business transformations must begin and end with a crisis recovery plan and must reinforce companies’ foundations for a modern and more sustainable future. Additionally, as customers are getting more used to doing things digitally. This opens up opportunities for businesses to introduce new products and to reduce costs. The Belgian government has also agreed on an investment package of 4,3 billion EUR in digitalization, sustainability, education, health care, R&D, 5G, mobility.

 

Here below are the top digital transformation trends that will shape 2021.

 

  • Businesses’ journey to the cloud will accelerate in order to digitize quickly and effectively in the response of COVID-19. Across industries, this acceleration will result in their digital business transformation for long-term growth and profitability. This migration of infrastructure and applications to the cloud will enable leaders to innovate quickly, by significantly reducing development and solution delivery cycles, empowering operational efficiency through cost optimization, and benefiting from real-time accessibility of data.

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  • Companies will invest in 5G in order to enhance the experience of workforce mobility (remote work), videoconferencing, and digital collaboration. This adoption is motivated by the need for more bandwidth, faster speeds, reliable and resilient connectivity as businesses cannot afford to be disconnected. 5G will boost the company’s existing network by providing diverse connectivity, to ensure scalability for growth and business continuity with a faster response time, delivering a quality user experience subsequently increasing productivity and customer service. The IEEE 2020 Global Survey of CIOs and CTOs surveyed 350 CIOs or CTOs in the US, China, UK, India, and Brazil from Sept. 21-Oct. 9, 2020, revealed that 52% have accelerated 5G adoption. Doubtlessly, with all these earlier mentioned benefits, the value and adoption of 5G will become increasingly mainstream in 2021.  Additionally, by 2030, 5G modules are expected to account for almost 30 percent of total B2B 5G IoT module revenues.
  • Worldwide industries will turn their attention to robot resilience in 2021. Organizations will accelerate automation projects more critically. With intelligent automation projects, ROI is realized instantaneously, offsetting the upfront investment. Automation (RPA) allows organizations to automate certain types of work processes to reduce the time spent on costly manual tasks and reallocate resources elsewhere. Software robots will automate the work of most people by taking the unpredictable, dreary, and monotonous tasks, faster and with fewer mistakes, while human capital resources will be assigned to higher-value tasks or to fill critical gaps.
  • COVID-19 has forced companies all over the world to adapt to and embrace remote work. With the safety concerns that continue to grow, companies are negotiating remote work policies as their business strategy for the long term. Even though many companies succeeded in the rapid transitions to remote work, they are realizing that remote work is here to stay. Companies and employees are realizing the significant benefits of remote work, such as increased flexibility, autonomy and productivity, better work and life balance, lowered business expenses, etc. according to a Gartner study, 74% of CFOs and Finance Leaders say that they will move at least 5% of their employees to remote working permanently post-pandemic, another 25% of the participants say they will move 10% of their workforce to remote working permanently.
  • Countries around the world are working on more comprehensive and accessible electronic health records. The access of the patient to his medical record by electronic means is part of the eHealth Action Plan validated by all the Belgian ministers of health. By simply asking your healthcare provider to activate the option, you can access to the contents of your documents. The online medical record allows the patient to have their health record at any time. Additionally, the AI healthcare market is expected to exceed $34 billion by 2025 as artificial intelligence is already playing a huge role in the digital transformation of healthcare. In fact, AI is being used currently for AI-assisted robotic surgery, assist pathologists in making more accurate diagnoses and treat illness, detect cancer in its earliest stages and subsequently develop new treatments, and doctors are using AI-enhanced microscopes to scan for harmful bacteria’s in blood samples at a faster rate than is possible using manual scanning.

 

Source:

 

RPA – Robotics Process Automation Trends and Statistics for 2020

RPA Robotic Process Automation XORLOGICS

 

This year, many companies found their business growth through the smart interaction between human resources and supporting software robots as the direction is set towards digitalization and automation. The combination of RPA with artificial intelligence (AI) and machine learning (ML) is playing a huge role in the global economic environment.

According to a new report by Grand View Research, Inc. the global robotic process automation market size is expected to reach USD 10.7 billion by 2027, expanding at a CAGR of 33.6% from 2020 to 2027. In addition to that, in Gartner Top 10 Strategic Technology Trends for 2020, hyper-automation, autonomous things and AI security were at the top 3.

 

RPA is a type of IT solution that allows organizations to automate many of their tasks through the use of specialized software programs. Many business executives believe that RPA enables their companies to automate structured tasks that take just a few work steps and repeat themselves frequently – like transferring data from one IT system to another. RPA can relieve employees of tasks that consume a lot of time but do little to add value and are prone to errors – keyword typing errors. It also helps to automate routine jobs on the computer and processes to increase efficiency, improve service and save costs.

 

One should not think that RPA is similar to BPM. RPA only simulates human data entry and helps with simple and recurring tasks, to save time because the software does things in parallel that an employee can only work through one after the other. Such an application needs simple rules with few exceptions – and the biggest advantage is that, unlike humans, it runs around the clock. Unlike BPM which stands for describing, contolling, modeling, and optimizing the processes that are present in an organization.

 

Here below are the statists and trends of RPA that shows it’s worth:

 

    • RPA as an industry is growing exponentially– the global robotic process automation market size is expected to reach USD 10.7 billion by 2027, expanding at a CAGR of 33.6% from 2020 to 2027 – Grand View Research

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    • The RPA industry will grow from $250 million in 2016 to $2.9 billion in 2021. This is one industry that is growing at a lightning speed. It was already worth $1.7 billion in 2018 – Forrester

 

    • RPA will achieve “near universal adoption” in the next 5 years – Deloitte

 

    • By 2025, the market for collaborative robotics is expected to reach $12 billion – MarketsAndMarkets

 

    • By 2024, organizations will lower operational costs by 30% by combining hyperautomation technologies with redesigned operational processes. Gartner

 

    • The RPA fast adoption is helping business to reduce the operational costs and enhance overall customer satisfaction, improve transparency and visibility for service functions and reduce of manual efforts – Reportlinker

 

    • 11,214 results This is the number of open positions produced by a recent search for “robotic process automation”on LinkedIn’s jobs site. Titles vary within this growing IT jobs category, but “RPA developer” (and variations of the same) is an increasingly common one – reflecting the need for IT pros who can build the bots that enable organizations to offload repetitive, time-consuming tasks – LinkedIn

 

    • RPA deals with the application of advanced technologies including artificial intelligence (AI) and machine learning (ML), to increasingly automate processes and augment humans – Gartner

 

    • RPA is offering a lot of benefits to the business by giving access to collaborative intelligence where humans and technology works side by side so that they can perform their roles optimally. As employees don’t need to perform repetitive tedious tasks, they can be educated to work with automation tools and learn the latest business and marketplace information through machine learning – Xorlogics

 

    • The market for RPA in Healthcare is driven by the increasing demand to automate claims and process management. RPA vendors are focusing on developing best-in-class intelligent process automation bots – Research and Markets

 

COVID-19: What Can Artificial Intelligence Contribute to Healthcare Industry

COVID19 What Can Artificial Intelligence Contribute to Healthcare Industry

 

One can hardly escape the mention of Artificial Intelligence, or AI for short, today. AI is reshaping economies, promising to generate productivity gains, improve efficiency and lower costs. We see AI in the movies, books, news, human vs computer games and online. AI is part of robots, self-driving cars, drones, medical systems, online shopping sites, and all sorts of other technologies that affects our daily life in so many ways. It contributes to better lives and helps people make better predictions and more informed decisions. AI is also altering the professional world and this also affects the IT specialists themselves, as their routine activities, sometimes even programming, are beingcarried out by algorithms.

 

AI technologies are seeing rapid acceptance in multiple sectors, such as, healthcare, criminal justice, transport, agriculture, finance, marketing and advertising, science, security the public sector, as well as in augmented and virtual reality (AR & VR) applications. As AI systems can detect patterns in enormous volumes of data and model complex, interdependent systems to generate outcomes that improve the efficiency of decision making, save costs and enable better resource allocation, it’s gaining greater public awareness during the corona pandemic.

 

A Canadian company’s advanced artificial intelligence system Toronto-based BlueDot, was among the first in the world to notice the coronavirus disease emerging from China, by using AI-driven algorithm to go through more than 100,000 articles every day in 65 languages looking for news about more than 150 different diseases. Around 10 a.m. EST on Dec. 31, their system spotted an article in Chinese about a “pneumonia of unknown cause” with 27 cases.

 

The corona crisis confirmed to be a motor for the further development of artificial intelligence. The idea of creating an artificial machine is as old as the invention of the computer. Alan Turing in the early 1950s proposed the Turing test, designed to assess whether a machine could be defined as intelligent. Learning algorithms have long since found their way into everyday life – in the form of navigation systems, voice assistants or vacuum robots.

 

Today AI technologies are playing a huge role to fight back and limit the damages caused by COVID-19 outbreak by detecting and diagnosing the virus and predicting its evolution. Once the virus is studied in detail, it’s medical research on drugs and treatments can be accelerated. Further than that, AI technologies and tools are playing a key role in detecting and diagnosing the virus and predicting its evolution and understanding it in every aspect to accelerate medical research on drugs and treatments. AI is already being used for a range of healthcare and research purposes, including detection of disease, management of chronic conditions, delivery of health services, and drug discovery. Artificial intelligence has the potential to transform how care is delivered and to help address important health challenges, without the right data it has its limits.

 

When talking about AI, many people still think of process optimization, such as replace many routine processes, repetitive tasks that are tiring for people. However, AI can do much more than that, through machine learning, the generation of knowledge from experience, the algorithms are able to deal with unknown data, find patterns and independently derive actions. Chatbots, for example, which are increasingly used in customer service, are getting better and better over time as a result of supported learning. Deep learning based on neural networks enables predictions based on very complex relationships. In order to recognize and use the full potential of AI, IT users not only need development and implementation services, but also comprehensive advice. Because the use of AI elements is not comparable to the introduction of new software. As consulting skills, knowledge of AI systems and industry knowledge are becoming more important, IT consultants and business analysts need to have a knowledge background in order to familiarize potential users with the possibilities of artificial intelligence.

 

Source:

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AI Trends: What can we expect from Artificial Intelligence in 2020

AI Trends: What can we expect from Artificial Intelligence in 2020

Artificial Intelligence became one of the most dominant topics in 2019 but, together with machine learning and data analytics, these technologies are continuously delivering practical applications and dramatic changes in many industries and are impacting our our daily life. We’re living in the age of automation, and thus, with the increasing spread of AI in almost all industries, the challenges are growing in addition to the areas of application. Therefore, it’s time to make our policies right in order to maximize the advantages without wasting any time.

 

Here below we’ve tries to demonstrate the application of AI shaping different industries in 2020:

 

  • Al in healthcare is not new but the field of health AI is superficially wide, from covering wellness to diagnostics to operational technologies, AI applications are also being integrated for administrative and clinical health care processes. In 2020 more and more AI-powered bots will be assisting with surgery, including heart, colorectal, and thoracic. AI will also be fulfilling its promise of helping the healthcare industry to manage their costly back-office problems and inefficiencies by providing patients and medical professionals automated digital medical records so they can get rid of stacks of folders with decades of health records. With the integration of electronic health record (EHR) technicians are using AI to help document, sort, and store records in digital form.

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  • According to a new report by Reports and Data, the global Artificial Intelligence (AI) in the Construction market is forecast to reach USD 4.51 Billion by 2026. The aim of AI in construction industry is to make the construction process faster, safer and more cost effective by reducing human error and better utilizing big data as even complex plumbing, mechanical and electrical tasks can be designed in 3D and can be worked through while planning, saving time and costs in the building stages.

 

  • Retail industry is not hidden by AI and it’ll keep revolutionizing the retail industry, from helping customers find the items through visual search to personalizing their entertainment experience through chatbots, maximizing sales via cross-selling, proving a better customer service. Also, in 2020, AI will keep helping retailers to understand their customers better via their buying patterns, interests and more, in order to allow them to target specific groups of customers, personalize their experience, and provide them only with the information that is relevant to them.

 

  • We are living in an era in which AI application are having major impact on every industry on the they do Human resources executives are implementing AI to improve HR functions, such as self-service transactions, recruiting and talent acquisition, payroll, reporting, access policies and procedures and they believe that merging AI into HR administration functions will benefit and improve the overall employee experience.

 

  • Human workforce may have limitation but machines can work on a continuous basis to ensure faster production of goods. IoT and AI have already been used in the manufacturing industry since long to assemble the products and revolutionizing mass production of goods and boosting the output of different industries. AI-driven robots can work 24-hours a day and help to drive mass production. Artificial intelligence can reduce the manufacturing operating expenditure and improve the productivity. The global artificial intelligence in manufacturing market size was $513.6 million in 2017, and is projected to reach $15,273.7 million in 2025, growing at a CAGR of 55.2%.

 

  • AI is bringing increasing transformations in the financial services and is changing the way services are delivered to customers by allowing more informed and tailored products and services, internal process efficiencies, higher cybersecurity and minimizing

 

Sources:

 

 

Why Do We Need More Security In Healthcare Network

WHY WE NEED MORE SECURITY IN HEALTHCARE NETWORKE

Undoubtedly, the Internet of Things (IoT) and related services have revolutionized the healthcare industry. There are many examples for this, i.e. it is possible to directly access patient records, provide remote diagnostics, and provide appropriate treatment options. There are also lifecycle management and apps for monitoring vital signs.

 

Two motifs are particularly driving growth in this segment. Firstly, the offered services should become more efficient and, secondly, they should offer its users better treatment quality. The so-called “connected health” market has grown so fast that experts predict that it will reach a volume of around 612 billion US dollars by 2024.

 

The number of IOT devices is growing continuously. However, this also has its weaknesses, because at the same time it increases the number of cyberattacks. According to the results of the 2018 Thales Data Threat Report, 77% of US healthcare organizations have been breached, along with two out of five respondents in the healthcare industry worldwide who claimed to have been victims of a data breach last year. Personal medical devices, monitoring devices that can be used at home, and similar applications, certainly have both health and commercial benefits. However, the main question is if we cannot even protect 100% a single network boundary, how would it be possible to secure 1,0000000 or even more “mobile” perimeters?

 

healthcare thalese security

 

The healthcare industry contains many sub-industries that already work together in an ecosystem, but they need to strengthen their work relation and need new strategies in protection of personal health information (PHI). These sub-industries ensure the security of systems that deliver patient care. Here’s a look at the role each type of organization plays in the healthcare ecosystem as it relates to software security:

 

healthcare ecosystem

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Given the potential value of the personal information held on or exchanged between these devices, it is not surprising that healthcare is one of the industry most likely to be victims of cyber-attacks. Certain patient records contain little more than the necessary basic information on the treatment history of a patient. We can face a bit different situation with the US Electronic Health Records (EHR). Not only are these records much more detailed but they also contain other valuable data such as credit card and social security numbers. The electronic health record is also a database in which treatment data, medicines, allergies and other health data of the health insurance are to be regularly stored across all sectors and cases nationwide. Depending on which model is used, the data is stored in centralized or decentralized database. However, participation is initially voluntary, and the patient should be allowed to decide on the type and extent of storage.

 

The theft of patient’s personal information can have traumatic consequences. Under certain circumstances, human lives are at stake here. The consequences of a data breach are hard to imagine. A striking example from the recent past. One can only guess that what would have happened if the FDA had not recalled 465,000 networked pacemakers due to hacking fear. Last year, users were advised to bring in a patch designed to fix a potential vulnerability in their devices.

 

With regard to medical data, it is absolutely necessary that the correct data must be correctly transmitted to the right device. And then the right treatment processes are triggered, and medication are precisely implemented, of course, with the right patient.

 

Patients and healthcare professionals alike demand a certain level of security when implementing such devices. The devices themselves must be as secure as any data and information they transmit and share. Encryption and secure key management, for example, are essential in ensuring the confidentiality of data stored and shared between medical networked devices.

 

Recently, Thales has partnered with Device Authority in order to protect healthcare IoT. The solution authenticates each new device hardware and establishes a strong root of trust and identity within the network. End-to-end encryption ensures the integrity of the data in question.

 

Cutting costs, working effectively, increasing motivation, adopting a healthier lifestyle, and reducing error margins are the mottos of each health providers. It is beyond argue that innovative technical applications have meanwhile provided better services to patients. However, an overabundance of new opportunities and uses has also opened up new opportunities for cybercriminals and increased the risk of data breaches. Unlike many other data breaches, health care is very quickly about the lives of patients and at least highly confidential data. Healthcare providers should do their utmost to limit such risks as much as possible and to ensure that patients and other stakeholders can trust each device.

Cyber ​​Security Predictions- What to Expect in 2018

It is well known that the fourth industrial revolution opens up a multitude of new business opportunities. In parallel, the danger for cyber-attacks is also increasing. It is important that companies prepare for it.

Not only should they think about security solutions directly when planning IT technology, but they should also develop a keen awareness of the corporate culture for security – which requires significant investment. According to estimates by Gartner, security spending for 2018 will continue to rise sharply globally, reaching $ 93 billion. For the coming year, this means that Cyber Security will capture some of the key trends.

 

IT security experts are still in demand

 

As technology evolves, security expertise needs to adapt to changing needs. The challenge is to train cybersecurity specialists to acquire and develop the skills they need as quickly as possible. According to the Cyber Security Ventures Report, it is predicted that there will be around 3.5 billion unfilled cybersecurity jobs by 2021. The responsibility lies in the hands of governments, universities, schools, and companies to meet this need.

 

Protection and resilience

 

In this day and age, it is difficult to completely avoid security gaps. Therefore, you shouldn’t just ignore them, but make appropriate arrangements. As a result of this development, the resilience of the IT infrastructure will become more of a focus, and not just prevention alone. For companies, it is important to talk openly about their own weak points, to raise awareness and to show responsibility. Funds currently used to prevent cyber-attacks may need to be redistributed to detect security threats in time and to remain operational in the event of an attack.

 

Next-generation security solutions are driven by digital ecosystems

 

In IOT hype era, the protection of customer data becomes more and more important. Vulnerabilities exposing sensitive data can have serious consequences as companies will be held accountable for personal data in the future. This ownership is a major challenge for companies, and the responsibility to ensure a degree of security for their users lays on technology manufacturers. As the need for cybersecurity solutions and regulations grows, companies need to develop appropriate strategies to minimize any risk. These strategies should not only meet today’s expectations but also incorporate new business models promoted by new technologies.

 

Cyber-attacks increasingly sophisticated

 

Of the e-mails received, around 70% are spam and the majority of them contain phishing messages. Other known threats include rogue Trojan horses, malware or distributed denial-of-service (DDoS) attacks. Over the past few months, they have led to massive data loss and continued to make company or customer data vulnerable to cybercriminals. With 93% of the attackers, the money is in the center. Hackers try to gain the highest possible profit through simple tricks and are often successful in smaller companies with inadequate security solutions.

 

New technologies: a blessing and a curse at the same time

 

Innovative technologies enable cybercriminals to use sophisticated methods for their attacks. But these innovations can also help build and reinforce defense and protection against hackers. A major threat, for example, comes from artificial intelligence (AI) applications. However, AI can also be used to detect potential risks faster. How important AI is for IT security is an outlook on the global market for artificial intelligence solutions: according to a recent study, it will grow to $ 18.2 billion by 2023. Likewise, the Internet of Things, with an estimated circulation of 22.5 billion networked items, is both a driver of innovation and a door opener for increased threat potential, according to a Business Insider platform report. On the one hand, security becomes a challenge, but on the other hand, the data generated by Internet-enabled devices can help detect breaches early.

 

The focus is on vertical industries

 

While cyber attacks affect all sectors of the economy, there are still some key sectors that are likely to be particularly vulnerable to cyber attacks:

 

  • The Financial Sector, BFSI: (Banking, Financial Services and Insurance): The BFSI sector is under increasing pressure. This is due to competitors with digital assistances and the constant pressure to modernize their existing systems. The value of customer data is increasing as customers demand more comfortable and personalized service. Nevertheless, trust remains crucial. According to a recent study, about 50% of customers in the UK would change banks as a result of a cyber-attack, while 47% would completely lose confidence. Large-scale cyber-attacks have already left a large number of banks victims of a hacker attack. This shows that the sector has to adapt to these risks. So, it’s important that banks invest more in security solutions to ensure 24/7 protection.

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  • Healthcare: More and more patient is having digitized medical records. In addition, artificial intelligence and web-enabled devices will increase the speed of diagnosis and improve patient care. However, the integration of personal data and Internet-enabled devices also involves risks. Earlier this year, Experian predicted that the healthcare sector would be the most affected market by cyber-attacks, as some examples have already shown. This means that the health sector should similarly invest in risk analysis as the banking sector. In addition, the implementation of industry-wide standards is needed.

 

  • Retail: In the retail market, customized shopping experiences are becoming increasingly important, so data analysis tools help retailers implement them. However, there is also a great responsibility to protect this data, which can include more than just shopping habits and login data, but also account details and addresses. Thanks to Internet technologies, augmented reality and face recognition, the shopping experience is becoming increasingly networked, but here, too, stronger networking also entails a greater risk of data loss. Therefore, the creation of a resilient strategy approach is also crucial for the retail sector.

 

  • Telecommunications: Telecommunications companies as Internet service providers are among the industries that are at increased risk for cyber-security. They should include security measures in network infrastructure, software, applications and endpoints to minimize the risk of customer vulnerabilities and data loss. Nowadays, consumers are increasingly wondering who they entrust their data to. For service providers, this is a good opportunity to provide additional security services. In addition, a collaboration between competitors may increase cyberattack resilience.

 

What does this mean for the year 2018?

 

Overall, it can be seen that companies in all industries, as well as individuals, need to improve their cybersecurity awareness, identify the risks, and take appropriate countermeasures. Key competitive advantages are companies investing in security solutions. At the same time, cyber-security must also become an issue for state governments and at the international level where laws and regulations must be adapted accordingly. In addition, governments must invest in training and education or disclosure of cyber-threat threats.

#CyberSecurity Landscape in 2018 – The focus is on vertical industries

It is well known that the fourth industrial revolution opens up a multitude of new business opportunities. At the same time, however, the danger for cyber-attacks is also increasing. It’s imperative that companies prepare themselves to put them out of danger zone.

Not only should they think about security solutions directly when planning IT technology, but they should also develop a keen awareness of the corporate culture for security – which requires significant investment. According to Gartner’s estimations, security spending in 2018 will continue to rise sharply globally, reaching around $ 93 billion. For the coming year, this means that Cyber Security will capture some of the key trends.


IT security experts are still in demand

As technology evolves, security expertise needs to adapt to changing needs. The challenge is to train cyber security specialists to acquire and develop the skills in order to become companies “superheros”. Cyber Security Ventures Report predicts there will be 3.5 million cybersecurity job openings by 2021 and 3.5 million will be unfilled. The responsibility lies in the hands of governments, universities, schools and companies to meet this need.


Protection and resilience

In this day and age it is difficult to completely avoid security gaps. Therefore, you should not dismiss them as improbable, but make appropriate arrangements. As a result of this development, the resilience of the IT infrastructure will be more in focus, and not just only prevention. For companies, it is important to talk openly about their own weak points, to raise their awareness and to show responsibility. Funds, till now used to prevent cyber-attacks, must be redistributed to detect security threats in a timely manner and to remain operational in the case of an attack.


Next-generation security solutions are driven by digital ecosystems

In times of the internet of things the protection of customer data becomes more and more important. Vulnerabilities exposing sensitive data can have serious consequences as companies will be held accountable for personal data in the future. This ownership is a major challenge for companies, and it is the responsibility of technology manufacturers to ensure a degree of security for their users. As the need for cyber security solutions and regulations grows, companies need to develop appropriate strategies to minimize any risk. These strategies should not only meet today’s expectations, but also incorporate new business models promoted by new technologies.


Cyber-attacks increasingly sophisticated

Of the e-mails received, around 70% are spam and the majority of them contain phishing messages. Other known threats include rogue programs as Trojan horses, malware or DDoS attacks. Over the past few months, they have led to massive data loss and continued to make company or customer data vulnerable to cybercriminals. With 93% of the attackers, the money is in the cEnter – this shows the latest report from Verizon. Hackers try to gain the highest possible profit through simple tricks and are often successful in smaller companies with inadequate security solutions.


New technologies: a blessing and a curse at the same time

Innovative technologies enable cybercriminals to use sophisticated methods for their attacks. But these innovations can also help build and strengthen defence and protection against hackers. A major threat, for example, comes from artificial intelligence (AI) applications. However, AI can also be used to detect potential risks faster. How important AI is for IT security is an outlook on the global market for artificial intelligence solutions: according to a recent study, it will grow to $ 18.2 billion by 2023. Likewise, the Internet of Things, with an estimated circulation of 22.5 billion networked items, is both a driver of innovation and a door opener for increased threat potential, according to a Business Insider platform report. On the one hand, security becomes a challenge, but on the other hand, the data gained through Internet-enabled devices can help detect breaches early.


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While cyberattacks affect all sectors of the economy, there are still some key sectors that are likely to be particularly vulnerable to cyberattacks:

 

The Financial Sector, BFSI (Banking, Financial Services and Insurance): The BFSI sector is under increasing pressure. This is due to competitors with digital offerings and the constant pressure to modernize their existing systems. The value of customer data is increasing as customers demand more comfortable and personalized service. Nevertheless, trust remains crucial. According to a recent study, about 50% of customers would change banks as a result of a cyber-attack, while 47% would completely lose confidence. Large-scale cyber-attacks have already left a large number of banks victims of a hacker attack. This shows that the sector has to adapt to these risks. So it’s important that banks invest more in security solutions to ensure 24/7 protection. Shared Ledgers will significantly shape the future of the banking sector. The most popular technology, Block chain, will be the backbone of cryptocurrencies like Bitcoin. The block chain method provides permanent records of transactions. It is thus part of the accounting control procedures that cannot be manipulated – and have the potential to completely redesign the BFSI sector.

 

Healthcare: More and more patient data is digitized. In addition, artificial intelligence and Internet-enabled devices will increase the speed of diagnosis and improve patient care. However, the integration of personal data and Internet-enabled devices also entails risks. Earlier this year, Experian predicted that the healthcare sector would be the market most affected by cyber-attacks and WannaCry ransomware, as some examples have already shown. This means that the health sector should similarly invest in risk analysis as the banking sector. In addition, the implementation of industry-wide standards is needed.

 

Retail: In the retail market, customized shopping experiences are becoming increasingly important, so data analysis tools help merchants implement them. However, there is also a great responsibility to protect this data, which can include more than just shopping habits and login data, but also account details and addresses. Thanks to Internet technologies, augmented reality and face recognition, the shopping experience is becoming increasingly networked, but here, too, stronger networking also entails a greater risk of data loss. Therefore, the creation of a resilient strategy approach, such as in the banking and healthcare sectors, is also crucial for the trade.

 

Telecommunications: Telecommunications companies as Internet service providers are among the industries that are at increased risk for cyber security. They should include security measures in network infrastructure, software, applications and endpoints to minimize the risk of customer vulnerabilities and data loss. Nowadays, consumers are increasingly wondering who they entrust their data to. For service providers, this is a good opportunity to provide additional security services. In addition, collaboration between competitors may increase cyberattack resilience.

 

Manufacturing industry: Even the manufacturing industry is not safe from hacker attacks. According to an IBM study, the production industry is the third most vulnerable sector to hackers. In this area hackers focus mainly on spying on data as they are very lucrative. The main objectives are networked machines, robots and 3D printers. Vulnerabilities enable attackers to get production plans. In addition, they can intervene in processes and sabotage productions. These vulnerabilities not only cause high financial damage, but also the lives of factory workers can be at stake. Manufacturers should therefore continue to monitor their production line for vulnerabilities and implement control mechanisms that limit access to other areas of the production system when an area is already affected.

 

Authorities: No organization is immune to security breaches and data misuse, not even government agencies. The main target of attack is data stored in the ministries, from voter information to military defense plans. While governments around the world are increasing their cybersecurity budgets and striving to integrate them as quickly as possible, there are still opportunities for criminals to avoid them. Some organizations are already focusing on funding programs that use white-hat hackers to test the IT system and identify potential vulnerabilities for payment. With the growing number of hacker attacks per year, investment in security is becoming more and more important to governments around the world.


What does this mean for the year 2018?

Overall, it can be seen that companies in all industries, as well as individuals, need to refine their cybersecurity awareness, recognize the risks, and take appropriate countermeasures. Key competitive advantages are companies investing in security solutions. At the same time, cyber security must also become an issue for state governments and at the international level, and laws and regulations must be adapted accordingly. In addition, governments need to invest in education and disclosure of cyber-threat. New regulations also play an important role here, enabling, for example, telecommunications providers to develop and implement suitable solutions against cyberattacks.

#Healthcare Sector – Center of #Cyberattack

HEALTHCARE CYBERATTACK

Nearly 90% of healthcare organizations have been hacked in the last two years. In addition, almost half of them have been exposed to cybercrime more than five times. In 2016, there was not a single week without data piracy or a cyber-attack targeting a health organization somewhere in the world. To be more precious, only during the first three months of 2016, several hospitals were attacked by ransomwares, mostly via blocked access to essential systems for weeks damaging more than 50000 patients records. In 2017, 150 countries were affected by ransom attacks. These number shows that healthcare sector is technically unprepared to combat cybercriminals’ tactics techniques and intrusion procedures.

 

Multiple Vulnerabilities:

Indeed, healthcare organizations are very attractive targets for cybercriminals because they collect, share and store large amounts of highly sensitive personal data, such as medical or banking information, data on insurance and many other details. They also use many connected devices, including highly specialized medical equipment, as well as computers for staff and a growing number of mobile devices. And that’s not to mention the vulnerabilities of medical devices, such as pacemakers or insulin pumps.

 

Intelligent reflections on high technology are currently under way. The problem lies in the fact that most people working in the health field focus primarily on the patient, which is totally normal as far they aren’t cybersecurity specialists. Moreover, like most end users, they are vulnerable to the same types of attacks by cybercriminals to steal information and cause operational damage in other sectors of the industry. However, it would seem, that the main difference is weakness of each sector. According to the findings of the Healthcare Information and Management Systems Society (HIMSS), too many organizations specialized in the field of health do not deploy even the most basic security solutions, such as malware protection tools, firewalls or very simple cryptographic solutions, which is the main cause of this problem.

 

In the other hand, many health organizations do not have to worry about the gaps, concerning cybersecurity, in their systems:

 

  • 86% installed tools against malware
  • 81% use firewalls
  • 64% encrypt the data being transferred and 59% encrypt the stored data
  • 57% deal with patch and vulnerability management
  • 52% installed a mobile device management tool
  • 41% use a Web security gateway and 37% use a security gateway for their email

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Everyone is suffering, and you?

 

No one is better informed about vulnerabilities in the IT systems of the Healthcare sector than cyber criminals themselves. In a black market filled with credit card information and stolen login credentials, medical records, which usually offer the almost complete profile of the individual to whom they belong, are a highly coveted source of enrichment. Even if the data were to lose market value, cybercriminals will continue to design ransomwares and malicious programs to encrypt important data and “hold them hostage” until the organization pays a ransom; no buyer is more willing to pay than the organization that owns this data and absolutely needs it.

 

Cybercriminals are not the only ones to be on the lookout; Wherever they are, health organizations are subject to data protection regulations. The objectives of the European Union’s General Data Protection Regulation (RGPD) to the Health Insurance Portability and Accountability Act (HIPAA) are virtually identical: to ensure the protection of sensitive credentials of all individuals.

 

Medical records are lucrative for a good reason: they usually contain data that remains valid for many years. Whether it is the date of birth, social security number, insurance information or banking data, medical records include all the elements criminals need to launch personalized phishing attacks, commit fraud and Identity theft, or simply monetize information. To obtain this data, they use malicious programs, phishing techniques, as well as malicious web sites, and exploit the vulnerabilities of hard disks and programs of health organizations.

 

Moreover, impaired data involve risks that go beyond financial fraud: they pose a real threat to the safety of the patient. Who are you dealing with? Is this the right medicine and the right dose? Who owns this MRI that I am reading? Is this patient on a diabetic diet? Is the data sharing of this patient secure? Who has access to this data, who can copy them on an external storage device, take them home on his laptop? Is the person I prescribe this prescription really the one she claims to be? Is this person truly a qualified physician or has he / she stolen the identifiers of another?

 

In this environment, protecting the authenticity of data, transactions, access and presence on all systems (and the devices connected to them) isn’t an easy task. As these threats continue to evolve, Healthcare organizations must take an equally agile approach to cybersecurity. A solution based on access to the latest information on threats and available in the Cloud can help them keep abreast of developments in cybercrime techniques. Automatic learning combined with optimal human expertise can certainly help healthcare organizations to anticipate, prevent, detect and respond quickly and appropriately to threats.

 

Piracy, Malicious Attacks and Phishing attacks

 

Criminal attacks are the main cause of data piracy in the health sector and account for 50% of cases. In the course of 2016, a significant number of unwanted e-mails with attachments and malicious links were recorded. Spam and phishing are particularly noteworthy because they are one of the most common and simple ways cybercriminals use to launch attacks and access systems, steal information, or run ransomwares.

 

Healthcare organizations must protect sensitive patient data and business applications from the threats they face. It is preferable for healthcare organizations to adopt an agile approach to cybersecurity that allows them to use the most up-to-date information on threats rather than relying on the widely used traditional techniques for which cybercriminals have developed solutions.

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