by Anika D | Apr 9, 2021 | Cybersecurity, Industrial IoT
Unauthorized attempt which could expose your personal data defines cyber-attack. It could include installing spyware or phone tapping without your permission. With the increase in cyber-crimes, we witnessed some major cyber-attacks in 2020.
Common Cyber Attacks In 2020
SolarWinds
SolarWinds was one of the most talked cyber-attack. Eminent companies like Microsoft etc. were also affected by it. The server that gives access to updates of SolarWinds was compromised and thus attacked. This code allowed information modification.
Twitter
Apart from this Twitter was also in the news lately. It was observed that fraudulent information regarding bitcoin was posted. The user apparently asked the twitter account holders for Bitcoin and through this received more than $100,000. Bill Gates, Elon Musk, Kanye West etc. were some of the famous personalities that were targeted.
Marriott
You think your data is safe with hotels? Well data of almost 5.2 million guests of Marriott were accessed. Marriott is one of the most eminent hotels throughout the world. The information included the name, birth date, phone number, address etc.
Zoom
Zoom was another such application that was attacked by hackers. Government also released the statement that zoom was not safe to use. Also, zoom codes were not so hard to crack so anyone could join in the meeting and get access to all the confidential data of the company. However, zoom has now hired an intelligence firm to look over the safety.
Greek Banking System
All of us have heard about the Greek Banking System. A Greek travel site was hacked due to which a lot of debit and credit cards were cancelled by the 4 main banks of Greece due to security protocols. A few customers were also charged with undesirable transactions. This website was a travel website and was used to book tickets etc.
MGM
MGM was another travel related incident that was exposed to cyber-crime. Personal data of around 10.6 million guests was at risk. MGM resort is a global entertainment company accompanied by resorts and casinos. Information of Famous personalities like Justin Bieber, Jeff Bezos was also at risk.
Finastra, was also attacked by a ransomware in which it was temporarily disconnected and thus affected servers from the internet. Though there is no evidence that the data of the employees were exfiltrated it did disrupt the operations.
Let’s Take a Look At The Statistics
Today, cybercrime has affected more than 50% of businesses. Human errors are responsible for 95% of it. It is a shame but only 5% of company’s folders are the ones which are properly protected. There were 11,762 cases Between January 1, 2005, and May 31, 2020
It is seen that in the first half of 2019, attacks on IoT devices have tripled. A whopping amount of $3.92 million has cost enterprises due to data breaches. Due to COVID, cybercrime has increased up to 600%.
To conclude we can say that cyber-crime is a punishable offence. There are several laws against it. By being a little more attentive we can help in stopping the spread of cyber-crime. Cyber-crime violates basic human laws too. It is time, let us take a stand against it.
by Anika D | Apr 9, 2021 | Artificial Intelligence, Industrial IoT
Our lives stood still when Covid-19 hit us. We all moved to remote working. In these times, technology has been our saviour. It has helped us in educating people and creating awareness towards the pandemic.
Also, it has helped us to connect with our near and dear ones even during the lockdown. It was because of technology that contact tracing and contactless movements all over the world were made possible.
Technology Uses for COVID-19 Recovery
Contactless Thermal Screening
One of the most common symptoms of covid-19 is fever. It would have been nearly impossible to check everyone’s temperature using a thermometer. With the technique of Artificial Intelligence, digital thermometers have been brought into play. They have been extremely useful at airports, malls, restaurants and all public places.
Contact Tracing
One of the most interesting uses of technology has been brought into play by South Korea. They have been very successful in contact tracing via the use of cameras, bank records, GPS from mobile and vehicle to check the real-time data of a person’s whereabouts.
China has also developed a QR code system. In this, the person fills up a small form, gives information like their temperature and lets the authorities keep a check on their movement. This was very useful in cases of home quarantine.
CT Scan
Wondered how to know how much covid-19 has spread in one’s body? Well, with the help of another advanced technology in the field of medical science. CT scan provides internal images of the body, and within seconds, the doctors can figure out its spread towards the lungs.
Work from Home
The work from home that we’re all relying on right now is only due to the advancement of technology. Due to the network connectivity and cloud platforms, we can now easily save, upload and send data with full protection. The 5G technology may also empowering this new work culture in the future.
Contactless Movement
We’ve all heard about drones, robots etc. However, in China, they were used to fight coronavirus. Spraying disinfectant using drones and providing basic essentials using robots provided contactless movement in the country. Apart from this, drones were also used to carry testing kits, medicines and checking over the quarantine locations.
Fighting Misinformation
During this time of the pandemic, it needs to be made sure that no misinformation is spread. With the help of technology such as adding voice messages, giving information regarding the safe use of vaccines needs to be given to people. Google, Facebook, YouTube has also worked towards guiding people regarding the same.
Transparency in Data Sharing
During these times, it is imperative that everyone is aware of the number of cases and correct facts regarding the coronavirus. Applications like Tik-Tok, which gained fame during the pandemic, patterned with WHO to do the same. It has also donated nearly $10 Million to fight with the same.
Conclusion
With the world constantly moving towards digitalization, there has been an advancement in the use of technology. It is because of this technology we were able to limit the spread of covid-19. With the help of Artificial Intelligence, low cost ventilators have been developed. It is at times like these we realise the true use of technology. Salute to all those working day and night tirelessly for making our life easier. These are top technology uses for COVID-19 recovery.
by Anika D | Mar 20, 2021 | Emerging Technology, Industrial IoT
BMW is revealing the next version of iDrive, the tech and infotainment interface that has been at the heart of the automaker’s in-car experience for the past two decades.
The eighth edition of iDrive will be based on a new “curved” display that stretches halfway across the dashboard from behind the steering wheel. The 12.3-inch instrument cluster and the central 14.9-inch infotainment panel will be combined into a single display that is oriented toward the driver.
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The new iDrive will debut in BMW’s new iX electric SUV and the BMW i4 electric sedan later this year.
BMW New Curved iDrive Display Features
Better Precision with the Control Knob
BMW’s iDrive system combines a big screen with a control knob. The knob and other function keys are positioned near the shifter in the know. Each of the individual keys controls a different widely used feature, such as navigation or media.
Built-In Navigation
A navigation component is included with the iDrive system. On the right side of the dial is a hotkey called “Map” for navigation.
Skilled Drivers Would Appreciate These Features
Check out the iDrive Professional if you want an updated version of the iDrive. It improves the device with many new features, including a larger navigation screen. The navigation system receives an update as well, with new functionality such as real-time traffic alerts.
Project with Simplicity
The iDrive system’s design simplicity is perhaps its most influential attribute. Because of its simpler controls and information structure, it is one of the most intuitive infotainment systems. The majority of the time, using iDrive means scrolling through well-organized lists of feature controls.
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Using ultra-wideband (UWB) technology
iDrive loads a driver’s personal settings as soon as they start approaching the vehicle by sensing their key fob or smartphone using ultra-wideband (UWB) technology. iDrive supports both Apple CarPlay and Android Auto wirelessly.
Moreover, there are three driving modes: sport, personal, and efficient. These control driving functions like engine throttle, steering characteristics, regenerative braking, and chassis settings, as well as internal and external sounds. In addition, new modes may be added via over-the-air software updates in the future.
BMW’S decision for vehicle owners
BMW has backtracked on its controversial decision to charge an annual fee for the use of Apple’s CarPlay in its vehicles
According to BMW, the car’s brain would be a major change over previous ones. The onboard computer would be able to process 20 to 30 times the amount of data that previous models could, or about twice the amount of data that could be processed previously.
Conclusion
BMW New Curved iDrive Display is well ahead of the competition. With all of your BMW’s features in one device, it’s simple to take advantage of the car’s full range of capabilities with technologies, like IoT, 5G, etc.
by Anika D | Mar 3, 2021 | 5G, Emerging Technology, Industrial IoT
The decision to choose the right wireless technology in industrial facilities should be a strategic choice. With the right choice, you can improve safety, ensure compliance and optimize your plant.
Check out the questions to consider making this decision easily:
Are you prepared for the wireless technology?
- Could you equip field workers with wireless handheld devices for server interactivity and access to data?
- Are you planning to manage single or multiple wireless security system?
- How many devices do you expect the wireless network to handle at present and in the future?
- How many applications will require the wireless data?
Imagine the Potential
The latest wireless technologies are known for ultra-fast speeds and minimal to zero latency. Furthermore, it goes well in terms of data streaming from a device to enabling industrial IoT networks to implement a high density of connected devices.
Considering all that, it’s no wonder so many industrial customers are looking towards Wi-Fi 6 and/or 5G. Companies are rapidly adopting wireless technologies for basic monitoring to data acquisition and supervisory control. Also, in comparison with conventional cable-based circuits, the latest generation of wireless technology provides better flexibility, cost savings, and easy installation.
Furthermore, the possibilities of the next-generation wireless technology are endless. Imagine lower installation costs and real-time data! In addition, expect a reliable and secure network that fits multiple wireless-enabled applications that:
- Keep people and the environment safe: A real-time location system to ensure safe operations, and safety shower monitoring. In addition, you enjoy benefits like emergency-responsive infrastructure, and wireless leak detection.
- Improve the reliability of plant: Continuous wireless monitoring of field equipment, equipment health management visualization, automated field operator, etc.
- Efficient employees and processes: Input/output sensors for real measurements monitoring and continuous wireless corrosion detection. Further, it helps with upgrading tank instrumentation.
- Comply with environmental and industrial standards: Emissions monitoring, leak detection as well as repair support.
Security
Security is paramount to protect your infrastructure against malicious, your intellectual property, and your people.
- What security level do you need?
- Do you need a single or multiple security systems?
In addition, these security considerations are important for a strategic deployment of the wireless network within your industrial facility. Moreover, this gives you the opportunity to use the wireless technology safely, today and in the future. Fortunately, you can achieve openness and security with 5G.
Spectrum
Consider your needs in terms of the network spectrum.
- Where will you implement the solution?
- What are the associated regulations in your country?
- Does the technology need any particular procedures that fail to meet with unlicensed spectrum?
- Would you need to pay for private spectrum?
- Can you leverage the spectrum and services provided by a mobile carrier?
In addition, there are many other aspects you must consider before deploying the industrial wireless technology within your facility. So, when you consider all aspects discussed above, you can make a strategically informed decision for your infrastructure.
Hopefully, you are now able to choose an efficient and reliable wireless technology for your infrastructure.
by Anika D | Feb 21, 2021 | 5G, General, Industrial IoT, Machine Learning
The industrial internet of things (IIoT) has become very popular in industries across the globe. With robotic automation systems in the automotive sector, IIoT offers a great way to vehicles’ connectivity and new capabilities.
According to GlobeNewswire, the automotive IoT market will reach $541.73 billion by 2025.
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Also, the Iot connected devices reach 75.4 billion in 2025. With the advancement in 5G, the IIoT has transformative potential in the automotive industry.
What exactly is the IIoT?
The Industrial Internet of Things (IIoT) is the next level of innovation to connect the world and to optimize the machines. It also refers to the connection of billions of devices like sensors, gateways, electronics, actuators, and much more.
Further, these can interact and make a connection with one another over a wireless network. Further, the connected machines can also share data with each other with no intervention of humans.
The use of sensors, advanced analytics, and artificial intelligence will transform the connection between field assets and enterprises in a big way.
Benefits of IIoT in the Automotive Industry
The potential of IIoT for the automobile industry is really immense. Here are the benefits of IIoT for the automotive industry.
One of the latest trends shaping the future automotive industry is connectivity in vehicles. These cars or trucks can communicate with other devices on the road or in the vehicle through the internet.
Further, a connected vehicle can accomplish a myriad of tasks and makes driving easy for a novice too. Also, it warns you about the traffic on the road and helps find a safe route as well.
Some automotive industries are working on providing amazing apps for automatic car parking in a tight spot or a narrow garage.
Autonomous vehicles are the future of the automotive industry. With the arrival of 5G and AI advance technology, companies are working on the creation of autonomous cars and trucks.
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It is assumed that autonomous cars will reach 60 billion US dollars by 2030 and will become a large market worldwide.
Day by day pollution is increasing which causes big harm to the environment. Therefore, fossil fuels are not good for the environment. Also, everyday increasing prices of it can put immense pressure on your pocket.
This is why the demand for electric vehicles is increasing. IIoT can transform electric cars in a big way and make them future-proof vehicles.
AI Complements the IIoT, along With 5G
Another advantage of the high-tech IIoT automotive robots is that many of them offer predictive maintenance. You will get advance alerts about any problem and can get them to fix before major shutdowns happen.
Check out some interesting facts about 5G!
Artificial intelligence (AI) is often a primary part of detecting potential problems in your smart vehicles. 5G will make AI even more capable and smarter than ever. It is due to the low latency and high speed.
However, AI and 5G alone are not enough. Automotive companies need to merge AI and 5G with IIoT technologies to use the information they gather in the best possible way.
Using IIoT data, AI allows the machine to learn as well as adapt, enabling continuous system development. Therefore, when merging AI technology with IIoT, auto-driving vehicles become a reality on roads.
Conclusion
The Industrial Internet of Things (IIoT), along with other disruptive technologies like 5G, is revolutionizing the complete automotive industry.
by Anika D | Feb 4, 2021 | Emerging Technology, Industrial IoT
Today, IoT (Internet of Things) technology is changing nearly all industries – from manufacturing to farming to healthcare. Numerous companies are already leveraging the power of IoT to drive business.
The stats show that spending on IoT has significantly increased in all sectors in 2020 as compared to that in 2015.
statista
IoT Examples
It would not be too long when we see IoT revolutionizing our day-to-day life. Below are some examples of IoT in our daily lives:
Healthcare
IoT in healthcare is one of the important sectors in the technological revolution we are benefitting from today.
Moreover, IoT enabled sensors and devices now offer healthcare providers important data they require for seamless working and improving patients’ lives.
Also, it allows patients to monitor health parameters in real-time and build a tailored plan. Stats depict that healthcare-based IoT income will increase to more than $135 billion by 2025.
Smart Homes
Smart homes are one of the common examples of IoT today. It is slowly and steadily becoming a part of our everyday lives worldwide.
North American users may spend the most on smart home systems in 2022.
Moreover, home automation led IOT-enabled connectivity has a wide range of applications. These include gardening, lighting control, security, voice assistants, air and water quality monitoring, locks, switches, energy, and water meters.
Smart Cities
Smart cities are already deploying IoT to manage traffic congestions and understand traffic in a better way.
Traffic lights feature IoT-backed sensors hat automatically alter the waiting time according to the congestion.
The public is also becoming connected to the smart cities using apps to access the closest parking space and other valuable data. Did you know Copenhagen is trying to become the first co2 neutral smart city by 2025?
Smart Cars
Today, IoT integrated cars are communicating with drivers and easing most of the work.
IoT is also being used to improve road safety, lower pollution, and energy spend. 70% of automobiles will be connected to the internet by 2023.
According to Juniper research, most IoT automobile payments by 2021 will be or fuel and toll. Also, we may even see vehicles paying for their own insurance.
The technology in the future will also allow engineers to convert roads into energy sources. We will see the use of solar energy to power electric vehicles.
Farming
Internet of Things (IoT) is altering many aspects of everyday agricultural operations and pushing the future to the next level.
Also, it is now allowing farmers to boost agro operations by lowering waste, streamline livestock management, and better pest control.
Moreover, high technology farms are already becoming a standing. All thanks to the innovation of sensors and agricultural drones.
Work
Nowadays, more and more people will be managing their work online and spending less time in offices.
Did you know every second, 127 devices are linked to the internet? As per the research, companies will invest $1.1 trillion in the Internet of Things by 2023.
In addition, numerous companies are now adding IoT devices at the office entrances to track the individuals entering and leaving the premises.
Takeaway
IoT is the new era of “connectedness” that we hear everywhere. Moreover, with technological advancements being made every day, it would be interesting to see what direction IoT will take in the upcoming years. The technology along with Artificial Intelligence and Blockchain is improving the economy.
