Cybersecurity and Technology

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Understanding Self-Driving Cars

Self-driving cars, also autonomous vehicles, are no longer just a concept of the future. Technological advances make these cars more prevalent on our roads and highways. But what exactly are self-driving cars, and how do they work? 

Here’s a breakdown of what you need to know about autonomous cars.

What are Self-Driving Cars?

Self-driving cars use sensors, cameras, and other advanced technology to navigate roads and make decisions without human intervention. The vehicles use a combination of cameras, radar, lidar, and GPS to “see” their surroundings, identify obstacles, and decide how to proceed. Self-driving cars can be fully autonomous, meaning they require no human input. Alternatively, they can be semi-autonomous, meaning they still require a human driver to monitor and control if necessary.

How Do Self-Driving Cars Work?

Self-driving cars use advanced software and hardware to navigate roads and make decisions. The software is responsible for processing data from the car’s sensors, including cameras, radar, and lidar, and deciding how to proceed. The hardware includes the sensors, the car’s computer, and other components.

Self-driving cars use “sensor fusion” to gather information from their various sensors and create a comprehensive picture of their surroundings. The cars can identify and track other vehicles, pedestrians, and obstacles in real-time and decide how to proceed based on that information.

There are different levels of autonomy for self-driving cars. Level 0 means no automation, where the driver is responsible for all tasks. Level 1 is considered “driver assistance,” where the car can assist with either steering or acceleration/deceleration. Level 2 is “partial automation,” where the vehicle can control both steering and acceleration/deceleration but still requires human input. Level 3 is “conditional automation,” where the car can make decisions and control itself in some situations but still requires a human driver to take over in certain circumstances. Level 4 is “high automation,” where the car can drive itself in most situations but still has a manual override option for the human driver. And finally, Level 5 is “full automation,” where the car is completely autonomous and requires no human input.

Self-driving cars are becoming more prevalent on our roads and highways, and they rely on a combination of advanced software and hardware to navigate roads and make decisions. These cars use sensors, cameras, and other technology to “see” their surroundings, identify obstacles, and decide how to proceed. Self-driving vehicles have the potential to make our roads safer and reduce congestion. However, many questions and challenges still need to be addressed before they become widely adopted.

Great Technology Podcasts For 2022

Podcasts have become all the rage as of late, especially when it comes to learning more about our favorite subjects. Technology in particular is one subject where you’ll likely never struggle to find new content to listen to. Some tech podcasts cover the latest news in tech, others review the newest pieces of hardware, and others tell wild stories about the world of technology. No matter what you’re interested in, you’re bound to find a technology podcast that works for you. Here are a few of the best tech podcasts out there right now.

 

Techmeme Ride Home

For years now, Techmeme has carefully curated and aggregated the best of the tech industry’s most important news. Through its website and podcast, Techmeme Ride Home delivers a variety of the latest news and analysis in audio form, making it easier to keep up with what’s happening in the industry. The show is hosted by Brian McCullough and briefly covers the day’s hottest news, adding in a little bit of his own commentary to spice things up. The podcasts run around 15 minutes long, and they usually go up at around 5 p.m. daily.

 

Acquired

The Acquired podcast talks about the stories of great tech companies, as well as the lessons that they learned while building themselves up. It’s hosted by Ben Gilbert, the managing director of Seattle-based venture capital firm Pioneer Square Labs, and David Rosenthal, an angel investor based in San Francisco. They’re knowledgeable about startups, and they regularly talk to investors and successful founders about the strategies that can help great companies get started. Some of the notable individuals they’ve interviewed include Eric Yuan, the CEO of Zoom, and Katherine Boyle, the founder of a16z.

 

WaveForm

Despite the evolution of software, hardware and gadgets are still important, and that’s the reason why the Waveform podcast is focused on this subject. It features well-known tech influencer and YouTube personality, Marques Brownlee, who reviews various products, such as electric cars and smartphones. Each week, Brownlee and his cohost Andrew Manganelli look at the latest innovations in gaming equipment, virtual reality headsets, electric vehicles, and so much more. While they take a critical eye on everything that they cover, it’s clear they have a passion for this subject, which is a big part of the appeal.

 

Connected

The weekly podcast, Connected, takes a deep dive into Apple World, where it covers the latest innovations from the company and its apps. It also explores how they work together in the ecosystem. This show features the editor-in-chief of MacStories, Federico Viticci, and the cofounders of Relay FM, Myke Hurley, and Stephen Hackett. The three each bring their own unique views to the table, and it’s easy to tell how comfortable they are talking when you start to catch all of the long-running jokes and references to past episodes.

Technology and Mental Health: Part 1

Upon graduating from a Master of Arts in Counseling program, individuals can become certified as mental health counselors. These individuals can help individuals with various mental health issues, such as those who have lost a loved one. For instance, a mental health counselor can help a woman who recently lost her husband, while another one is assisting a young man with an anxiety disorder.

The role of a psychiatrist is challenging and rewarding. It involves developing and implementing effective strategies to help individuals with mental health concerns.

Due to the rise of digital technology and the increasing number of people using smartphones and social media, mental health counselors are more likely to encounter individuals who are struggling with issues related to their use of these platforms.

According to psychiatrist Dr. Igor Pantic, the rise of social media has had a significant impact on the way people communicate. In a review of the literature, he noted that the platforms have made it easier for individuals to connect with each other.

He also noted that there have been several studies that suggest a link between the use of social media and various mental health issues, such as depression and anxiety. However, Pantic noted that these studies are not yet definitive and that further research is needed to establish a clear link between technology and mental health.

Although it is important for mental health professionals to have a good understanding of the various effects of technology on mental health, it is also beneficial to learn more about its positive impacts. Aside from being beneficial for individuals, technology can also help improve the way people manage their mental health. There are various observable areas where technological advancements have helped people take charge of their own care.

Despite the progress that has been made in addressing mental health issues, journalist Conor Farrington noted that the lack of resources for mental health care continues to be a major issue. For instance, according to Farrington, the average cost of mental health care in the U.S. and the U.K. is around $33.

In developing countries, the availability of mental health care is significantly lower. According to Farrington, technology can help improve the quality of mental health care by providing various services.

According to Los Angeles Times reporter Lena Sun, technology is helping improve the quality of mental health care by providing various services and information. For instance, she noted that there are now apps that promote mental wellness and are able to provide individuals with online courses in cognitive behavioral therapy.

In her article, Sun highlighted a British-based online platform that has been endorsed by the country’s national health service. The Big White Wall is an online community that enables people with various mental health issues to manage their symptoms. It features a variety of tools and resources, such as online classes and educational resources.

Chika Wonah Blockchain Technology: Explained

Blockchain Technology: Explained

Many financial experts believe that blockchain technology is why Bitcoin and other cryptocurrencies are becoming more popular. According to Lule Demmissie, the president of the financial firm Ally Invest, blockchain technology is a transformative technology that can transform the way people think about more than just cryptocurrencies. Blockchain technology is also expected to change the way we live our lives.

 

Even crypto skeptics believe that blockchain technology has the potential to transform the way we do business. Chris Chen, a financial advisor from Massachusetts, believes that blockchain technology will have a stronger hold on the market than Bitcoin.

 

Blockchain Defined

A blockchain is a digital form of record-keeping commonly used in cryptocurrencies such as Bitcoin. It’s also used in other applications such as financial transactions. A blockchain is a distributed ledger that multiple people can access. This record-keeping system allows users to keep track of their data across multiple computers. Unlike traditional record-keeping methods, which require a central server to store data, nodes can perform various tasks.

 

Each blockchain block is organized into groups of data or blocks. These groups are linked to each other and form a chain. Each block has its own unique code, which is known as a cryptographic hash. This unique code prevents unauthorized access to the data within the block.

 

The information stored on a blockchain is immutable, and it can’t be changed. This means that if someone tampered with the data, it wouldn’t affect the record held by other nodes. This ensures that the data is not altered for their own benefit. It’s almost impossible to reverse engineer a blockchain due to how it works. This means that it’s virtually impossible to replicate its computing power.

 

How Blockchain Is Used

For example, a consumer buys Bitcoin and sends the transaction data to the network of Bitcoin’s nodes. These nodes then approve the transaction and form a block added to the blockchain’s growing list of transactions. Since Bitcoin’s blockchain is public, anyone who owns a Bitcoin can see the details of its transactions. Its public record also allows anyone with a computer to approve transactions and record them on the network.

 

Blockchains don’t have to be public, though. A private blockchain is designed to prevent unauthorized changes and additions to the network. It can limit the number of people who can access the data on the blockchain. This type of blockchain also ensures that the data is secure. The idea of a secure, decentralized record of information has attracted the attention of various industries. It could help solve multiple issues related to record-keeping and data ownership.

 

Predictions on Future Uses of Blockchain

Blockchain technology can transform how people store and manage their information. It can provide complete certainty about the authenticity of the data they’re storing. Recent stories about celebrities and meme subjects cashing in on digital property using non-fungible tokens (NFTs) have raised concerns about the potential of blockchain technology.

 

NFTs are digital assets that can be bought and sold using blockchain. They can be verified by adding the transaction to the blockchain ledger and becoming a verifiable record of ownership. This allows sellers to verify the authenticity of digital works easily.

 

One of the most promising uses of blockchain technology is to secure the transfer of personal data. For instance, if your bank’s data was stored on a blockchain, it could be used to protect it. A blockchain can also be used to secure the transfer of financial data between different financial institutions. It can be used to ensure that the data is secure and accurate.

 

According to Chen, blockchain technology has the potential to transform almost every industry. For instance, an election could be conducted using blockchain technology to prevent unauthorized changes. Another promising use of blockchain technology is to improve the accuracy of inventory records. It could also help food producers track recalled products and avoid exploited labor practices. Its use in securing sensitive information also illustrates the advantages of blockchain technology. 

 

Chika Wonah Benefits of AI in Education

Benefits of AI in Education

Artificial Intelligence (AI) is becoming more and more prevalent in our lives. Many industries, including healthcare, manufacturing, and retail, use AI. But did you know that education uses AI? We will discuss the benefits of using AI in education.

 

  1. AI Can Provide Supplemental Instruction to Students Who Are Struggling

 

AI has the potential of providing supplemental instruction to students who are struggling. Artificial neural networks (ANNs) are computer models designed based on the human brain known as artificial neurons. These artificial neurons process information similarly to biological neuronal cells in humans. Pattern recognition, classification, and calculation use ANNs. These networks are perfect for problems with a large amount of data that students can use as models to predict labels on new data.

 

  1. AI Is Capable of Creating Personalized Lesson Plans for Students

 

Artificial intelligence can create personalized lesson plans for each student by analyzing their strengths and weaknesses. Students learn better and faster with an algorithm explicitly made for them. It will determine the level of understanding for each student and come up with lesson plans for them.

 

  1. Teachers Can Use AI to Track Students’ Progress

 

Teachers can track their student’s progress by using artificial intelligence. Some teachers are already experimenting with AI to help them understand how their students are progressing through the course material. It allows teachers to determine if a student has trouble understanding specific concepts or needs additional resources based on the collected data.

 

  1. Artificial Intelligence (AI) Offers Quick Responses to Students’ Questions

 

AI can analyze students’ questions and determine the best way to answer that question based on previous answers given by other students. The more people ask the same question, the better the AI decides the best response. It allows for immediate feedback and quick answers to many of your students’ questions.

 

  1. AI Can Be Used as Virtual Tutors for Individualized Learning

 

Artificial intelligence can be used as virtual tutors for individualized learning. AI can be used as a virtual tutor to help students who require one-on-one assistance. It will give the instructor more time to focus on other students and still give them individualized attention.

 

Conclusion

 

The benefits of artificial intelligence in the classroom are endless. We must ensure that we are using AI to meet the needs of the students. Only then can we truly maximize the potential of this powerful technology.

 

Chika Wonah The Best Mesh Wi Fi Routers

The Best Mesh Wi-Fi Routers

Netgear Orbi AC2200 ($278) – The first on the list is Netgear’s Orbi Series AC2200. This wireless network system has two parts – one plugged into your modem/router combo unit, which serves as a base station, and another that plugs directly into an outlet near your main device location (i.e., next to or behind TV). It delivers data at speeds up to 100Mbps even when there are 20+ devices connected. It also features a sleek design of white and black, so it can blend in with your home decor.

TP-Link Deco M53 ($330) – The TP-Link Deco M53 is an excellent option for those looking to create a mesh WiFI system that looks great on the wall or ceiling! It comes complete with three units: one power adapter and two wireless routers. You simply plug them into outlets throughout your house, allowing you to expand WiFi coverage as needed. Its compact size makes it perfect for even smaller spaces like bedrooms and dens, giving you plenty of room on tables or desks while maintaining optimal signal strength. A simple interface allows anyone from novices to experts to manage their router’s settings quickly and easily.

Eero Home WiFi System ($400) – The Eero Home WiFi system is designed to be the center of your connected home. It provides a range that covers over 5000 square feet and can accommodate up to ten devices simultaneously, allowing you to do everything from watching movies on Netflix to playing video games with friends! Equipped with modern technology like Bluetooth Low Energy (BLE), it also features an amazing design. Its sleek white exterior fits in seamlessly with any décor, while its clean lines allow it to stand out without drawing too much attention.

Vilo Mesh Router (3-Pack) ($275) – The Vilo Mesh Router is a three-pack system with speeds up to 1750Mbps. It’s designed for easy installation and use, so anyone from novices to experts can be set up in minutes! Its look is streamlined and modern, capable of blending in seamlessly even with the most futuristic décor.

With its mesh network technology, you will have an expanded range that covers over 5000 square feet. This makes it perfect for large homes or multi-level buildings without sacrificing speed! A simple interface allows users of any skill level to manage their settings quickly and easily. This product also works well with Alexa voice control options as well as Google Assistant on Android devices via Bluetooth Low Energy (BLE).

Asus ZenWiFi AX XT8 (2-Pack) ($249) – The last on our list is the Asus ZenWiFi AX XT. This model has sped up to 4600Mbps, making it perfect for large homes or multi-level buildings! A sleek design allows you to place its router in any room without drawing too much attention.

The ASUSWRT control panel provides an easy interface with options like AiProtection and Trend MicroTM Security that give your network maximum protection from outside threats. It also comes with a two-year warranty, so you’ll have peace of mind knowing they are there if something goes wrong.

Cybersecurity For Nonprofits

Cybersecurity for Nonprofits

If you’re running a nonprofit organization that uses different technology platforms, it’s time to combat any cybersecurity risks. Most nonprofitable organizations use technology in the storage and dissemination of technology in an electronic way—a collection of information and preferences from donors and subscribers as well as the registration of event donators through company websites and business portfolios.

Applying the above channels in your nonprofit organization puts your data at a higher risk of being tapped by unauthorized individuals. This might also put the data of donors in danger, demoralizing the entire operation process. For the security of the users’ data, the United States launched a program that aims to offer total security to the users’ data. This contributed to the formation of the General Data Protection Regulations.

The Risks of Cybersecurity on Nonprofits

Data breaches are a major risk of cybersecurity that can cause the downfall of an entire organization. Note that most nonprofits store sensitive and protected data by the rule of law of the respective organization. When a data breach occurs in that situation, it imposes a high risk to the individual whose data is stored within the system.

This has raised an alarm across nonprofits contributing to developing a distinctive way of managing such issues. This will aid in ensuring that all of your client’s sensitive information is well kept.

The Risk Assessment Process

Assessing your data processing channel is an important way to enhance data security. This should begin by analyzing where all your data inventory is collected and stored. Consider the application of the Nonprofit Technology Network to assess the potential of the template assessment tool. The tool requires to be fed with detailed information regarding the data as the program develops.

Also, it is vital to check if there is data that your organization keeps and it’s not of any assistance. This can force you to limit the amount of data you collect from individuals or eliminate a particular type of data. This will contribute to the proper management of data and efficiency in the organization’s operations.

Cybersecurity has become a rampant aspect within the past few years. Developing a distinctive way of handling this matter places nonprofit organizations on a better side.

Cybersecurity Terms To Understand

Cybersecurity Terms to Understand

If you use the internet, then you need to know about cybersecurity. Cybersecurity is how we keep our information safe and secure online. From your personal email address to your bank account, from your credit card number to your social media passwords – it all needs a layer of protection against hackers and malicious software. Security is an ongoing process; one can never be too careful when it comes to privacy or the security of others. Here are some basic terms related to cybersecurity that you may find helpful in understanding this topic:

A firewall

A firewall is software that protects the security of your computer or network. Firewalls prevent outsiders from accessing private data and networks and keep internal users from accessing unauthorized sites. A firewall can be programmed with different levels of permissions depending on who needs access. It is usually possible to temporarily override a firewall’s restrictions for a limited amount of time.

Password

A password is a word or phrase used to authenticate access to data, devices, and buildings. Passwords are widely used in computer networks because they are relatively easy to implement and can be revoked. They are also harder for someone else to find out than other types of credentials like biometrics. However, passwords are vulnerable to hacking if they are not sufficiently complex.

Authentication

Authentication is validation that an individual can be trusted or that a computer system or network is secure and functioning properly. The authentication process involves the validating party evaluating something the subject brings with them to verify their identity. In computer systems, rather than something physical, a subject is authenticated through passwords or keys.

Data encryption

Data encryption is a process that drives home security by making data unreadable to anyone without authorized access. Encrypting data renders it meaningless to unauthorized users who might intercept it and try to read the contents. Encryption involves using algorithms and cryptographic keys to make data files unreadable.

Debugging

Debugging is checking and fixing errors in computer software or hardware. It can be performed on a live system, usually for testing purposes, but sometimes also when the program is in the maintenance phase or done on a copy of the program (“dummy”) to save time and effort. Debugging is often performed by programmers during the development process.

Malware

Malware refers to any kind of software designed to disrupt computer operation, gather sensitive information from your system, or gain access to private data such as passwords or banking details. Malware is often spread through phishing emails that contain infected attachments or links to compromised websites (also referred to as a watering hole attack).

If we implement preventive measures, such as those I have listed above, we can probably avoid cyber attacks. It will be pretty difficult for hackers to access any of your personal information if you avoid risky behaviors on the internet.

Protecting Your Personal Information On Social Media

Protecting Your Personal Information on Social Media

People can use these four tips to protect their personal information on social media.

Avoid posting sensitive information

Some people use social media for everything. They send Wi-Fi passwords to their friends. They upload work-related documents to colleagues. Some people even use Facebook to communicate with their accountants during tax season. Using social media to message people is okay. However, do not use the platform as a storage space for confidential documents. Instead, use flash drives. Important issues should be resolved offline.

Use anonymized platforms

People need to question whether it is necessary to use their real name and picture online. Do the pros outweigh the cons? Things can go wrong in a security breach. Identities get stolen. People’s lives get turned upside down. Internet users should consider using Reddit and other anonymized chatrooms. People can still find out about current events on Reddit. There are insightful discussions about various topics. For example, people talk about the latest technological advancements. They also share funny cat videos. People can stay safe on the internet by using fake credentials when signing up for an account. Become anonymous in case anything happens.

Make sure to log out

People stay logged in when they are at home. It is convenient. No one likes to waste time signing in. However, staying logged in is a cybersecurity issue. What happens when someone comes over? That person can easily access the computer when the homeowner is not looking. He or she can impersonate the homeowner on social media and ask friends for strange favors. This is a disaster waiting to happen. Therefore, users should remember to log out when they are finished with their browsing session.

Adjust privacy settings

Social media users have control over the types of people that can see their content. They can let the public see everything. They can also limit viewership to friends or friends of friends. People should become familiar with privacy settings because they can affect all aspects of life. Employers check social media when they screen applicants. Universities also research social media profiles before sending out acceptance letters. People should be mindful of these things when they log in.

By taking these actions, people can navigate social media without compromising their safety.

2021 Cybersecurity Career Trends

2021 Cybersecurity Career Trends

Technology is evolving rapidly, and businesses are changing how they operate with the emergence of new technologies like artificial intelligence, cloud computing, and automation. It is creating opportunities for companies to think beyond the everyday operations and development of recent career trends. The world is relying on technology, and with this, there is a need to enhance cybersecurity. Taking up a career in cybersecurity is lucrative because it guarantees full-time employment. Let us brush over some of the emerging cybersecurity career trends this year.

Blockchain developer

Developers create innovative systems to conquer hacking, which is a common cybersecurity threat. They often operate on multiple systems and are familiar with several programming languages. It is the job of blockchain developers to ensure the security of transactions by using secure methods such as cryptography.

Network engineer

The network engineers are responsible for dealing with computer networks. Network engineers perform installations and maintenance of components such as routers and cables. In addition, these professionals monitor network configuration and installation of firewalls to prevent cybersecurity threats. The salary average is about $158,213 for this profession.

Cybersecurity project manager

It is an excellent opportunity for any cybersecurity professional seeking a leadership role. The position gives you an upper hand to manage teams. It is the job of project managers to ensure that the different targets of the project are met within the specified time. In addition, they are charged with providing cybersecurity measures after the analysts have determined the various security measures. Most cyber project managers work with large teams and a budget, so the job demands are at a higher stake.

Information security analyst

The analysts are charged with the responsibility of creating plans and strategies to prevent cyber-attacks. They protect the entire infrastructure by monitoring networks, assessing threats, and protecting them from all types of cybersecurity threats. Once they have identified a treat, they can opt to work on it or escalate the issue depending on the complexity.

Ethical hackers

It is an excellent way of learning how cybercriminals operate. They are responsible for testing out a weakness or any breach in the security system. They create preventive measures even before hacking happens. One way of getting certification is through online learning, which makes you be certified.

Final thoughts

The careers mentioned above are trends that are emerging and evolving. Some of the professions may require you to go through the education system and get the certification. More cybersecurity careers will be on the rise this year and beyond as there is an increasing demand to maintain proper data security measures.

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