Cybersecurity and Technology

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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 U.S. Tech Hubs

U.S. Tech Hubs

A vibrant tech ecosystem provides numerous benefits to both consumers and the industry. Millions of Americans and billions of dollars worth of investment capital flow into technology hubs. One such hub is Silicon Valley, which boasts a dense network of venture capital firms, large corporations, startups, and established businesses.

 

Silicon Valley Statistics

The yearly amount of VC funds in Silicon Valley has risen steadily since the early 2000s. Between 2008 and 2010, the number of companies accepting venture capital increased by an average of 20%. According to the National Venture Capital Association, California has become the leading startup capital of America. In 2008 alone, over 60 billion dollars were invested in new startups.

 

Silicon Valley has successfully replaced New York City as the most important technological innovation and commercialization center for the past few years. 2014 was a particularly fruitful year for Silicon Valley.

 

The Advent of Major Tech Companies

In 2014, technology giant Apple opened its first research facility in Beijing, China. In April, Google announced it was establishing a new campus in Singapore. Later in the year, the internet technology company Yahoo announced a new campus in New York City.

 

Apart from this, San Francisco city is home to several networking groups such as Startup Grind and Founder’s Forum, which provide opportunities for emerging entrepreneurs.

 

Benefits of Tech Hubs

Being a hub is beneficial for the government, consumers, and businesses. For instance, a high density of venture capital firms makes it easier to access investments. A non-exhaustive list of the benefits to consumers includes technological innovation and commercialization, improved products, and faster response to demand.

 

However, the benefits to businesses are highly variable. Some benefits include increased revenues, increased profits, and improved products. It is easy for a firm to get more customers through access to larger markets. A high market value is a definite advantage to businesses because it allows companies to access more extensive funding.

 

Silicon Valley has long been an innovator in technology and has made many breakthroughs. However, the presence of competition from China has reduced the prices and quality of products in Silicon Valley. The low-cost shipping of Chinese goods via companies such as E-bay, Alibaba, and Amazon has threatened to wipe out Silicon Valley’s position as an innovator.

 

Conclusion

In conclusion, Silicon Valley is a leading center for technological innovation, commercialization, and global trade. The presence of high-paying jobs has attracted entrepreneurs, and the entrepreneurial environment has led to increased venture capital firms.

Best Tech Gifts Of 2021

Best Tech Gifts of 2021

As the holiday season is now in the past, you might be reminiscing over the gifts you got for your loved ones or planning far in advance for the holiday season of 2022. The problem is finding the perfect gifts that they will love.

 

Fortunately, consumers have the choice between many new electronic devices that might do the trick. These are just some of the best gifts given in 2021.

 

Nintendo Switch OLED

 

In October 2021, Nintendo released a new iteration of the Nintendo Switch. This version of the popular gaming console features an OLED screen, a larger, more vibrant screen that makes handheld gaming more enjoyable.

 

The Nintendo Switch OLED also features a new kickstand and wired LAN port in the dock, making it easy to connect to the internet and play with others. Those stuck with the original model will also be happy with the 64GB of integrated storage this version comes with, doubling the amount from the original version.

 

Oculus Quest 2

 

In recent years, discussions about virtual reality have made consumers interested when they could easily get their hands on this technology. Previous virtual reality headsets were quite expensive and required powerful gaming computers, things a lot of people don’t have.

 

With the Oculus Quest 2, consumers can enjoy virtual reality with a standalone headset. Consumers can use this device to access various games and applications that allow them to explore virtual worlds.

 

Deathloop

 

Created by the developers behind the Dishonored series and Prey, Deathloop is a stealth-adventure game published by Bethesda Game Studios. Gamers control an assassin as they have to strategically make their way through an open world and kill a certain amount of targets before a deadline.

 

The twist in this game is that players are meant to keep dying and restarting the whole process over again, learning new strategies and unlocking new guns every time. By the end of Deathloop, gamers will feel like master assassins.

 

Apple AirTag

 

Chances are you know someone who always loses their important things. This could be their wallet, backpack, or their car keys. An Apple AirTag can help them not lose their precious belongings.

 

These small devices work by creating a Bluetooth connection between the tag and iPhone devices. Once connected to an iPhone, users can find out how far away any of their tags are, even miles away if the Apple Airtag was able to connect to another iPhone.

Ai And Mental Health

AI and Mental Health

AI and mental health. The two words typically don’t go hand in hand, but as we become more reliant on technology for our mental health healthcare, it’s important to understand AI’s role. In this blog post, we will discuss what artificial intelligence is and how you can use it to improve the lives of those with mental illness.

Mental illness is a broad term that can refer to various disorders, including anxiety, depression, bipolar disorder, and schizophrenia. These illnesses can be extremely debilitating and often require specialized care. The traditional approach to mental health care has provided counseling or therapy to help the individual manage their condition. However, with the advent of artificial intelligence, there may be new ways for AI to assist in treating mental illness. Here are some possible uses of AI in combatting mental health.

Diagnostics

 

One potential use for AI in mental health care is diagnostics. With access to large data sets and powerful analytics tools, AI could be used to identify patterns in symptoms indicative of certain disorders. This could allow for earlier diagnosis and treatment of mental illness. In addition, you can use AI to develop personalized treatment plans for patients. By analyzing a patient’s symptoms and medical history, AI could recommend specific therapies that have been shown to be effective for that individual.

Monitoring

 

Patients with mental illness can often be difficult to track, especially if they are not regularly seeing a doctor. However, with the help of AI, it may be possible to monitor their condition remotely. This could involve using sensors or wearable devices to track heart rate, breathing patterns, and movement. AI could then analyze this data to detect any changes in the patient’s condition. If there is a change, the AI system will notify either the patient or their doctor to take appropriate action.

 

While there is no doubt that AI can play a significant role in mental health care, there are still some challenges that need to be addressed. One of the biggest concerns is privacy. With so much personal data being collected, it is important to ensure that it is securely stored and accessed only by authorized individuals. Another concern is accuracy. AI systems can make mistakes, so it is important to test them extensively before using them in a clinical setting.

 

Despite these concerns, there is no doubt that artificial intelligence has the potential to revolutionize mental health care. With its ability to diagnose disorders earlier, develop personalized treatment plans, and monitor patients remotely, AI could help improve the lives of those with mental illness.

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.

Chika Wonah Can Ai Have A Sense Of Ethics

Can AI Have a Sense of Ethics?

Artificial intelligence has skyrocketed in popularity within the last decade. And as society moves closer and closer to an automated way of living, it will continue to grow exponentially. From retail shopping to self-driving cars, artificial intelligence can be used in numerous ways to make countless industries easier to maintain, as well as reduce associated human labor. However, artificial intelligence is a great course of action for cleaning a warehouse, for example, but many wonder if it becomes problematic when morality comes into play. A new program being created by researchers at the University of Washington and the Allen Institute of Artificial Intelligence look to resolve this problem with an ethical set of codes to distinguish right from wrong.

It’s Okay. It’s Wrong.” but is it correct?

The new program, Delphi, looks to instill a moral compass in artificial intelligence. It was fed millions of sentences from books and scraped from the web, as well as consensus answers to ethical questions from crowd workers. When both the crowd workers and a fully-trained Delphi were given new ethical questions, they matched 92 percent of the time. And although it performed well on easier scenarios, killing a bear is wrong, but killing a bear to protect one’s child is okay; it seemed to give worrying responses for problematic situations. For example, when it came to conducting genocide because it made one happy, the response given was “it’s okay,” when “men are smarter than women” was entered, “it’s expected” was the program’s response.

Far from Ethical… but a Step in the Right Direction

Although Delphi is far from perfect, it is a great leap for instilling a moral compass in artificial intelligence. When it comes to autonomous technology and robotics, they cannot become ethical on their own. Until society is able to create truly self-aware artificial intelligence, which is far, far away, programs and lines, in fact, millions of codes have to be fed. This extensive training, however, through countless tests and corrections can lead to literally teaching artificial intelligence a sense of ethics. Starting with a program like Delphi is a tremendous start in teaching artificial intelligence right from wrong as it is a great baseline for continued instructing.

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.

How To Train Your Employees On Cyber Security

How to Train Your Employees on Cyber Security

These days, data breaches and security issues that affect companies negatively are very common. Often, these issues could have been prevented if the employees had been properly trained on cybersecurity. Cybersecurity can best be defined as practices and protocols designed to protect against hacking and other online attacks. This protection should start with employees. They are frequently the biggest risk in the fight against hacking and cybercrime, but with proper training, they can become a great asset.

Enforce Regular Training

First of all, all businesses should require all employees to regularly undergo cybersecurity training. “Regular” is really the key term. As employees get smarter and better armed against cyber-attacks, hackers do too. This is why frequent, up-to-date training is absolutely necessary. The more regularly employees are trained, the better able they are to protect an organization against increasing and increasingly smart cyber attacks

Discourage Photos

It may sound crazy, but discouraging the taking of photos in the workplace can be an effective way to improve cybersecurity.

The thing about photos is that they often get shared online. And, unintentionally, private information could be shared as well. A perfectly innocent photo could accidentally feature a piece of paperwork with should-be-secure information, or it could reveal a computer screen packed with sensitive data.

Smart hackers often look carefully into the background of these types of photos and gain the information they need to attack. By discouraging photo-taking and teaching safe photo-taking protocols, workplaces can reduce the risk of these types of accidental leaks.

Require Strong Passwords

Almost everyone has found themselves frustrated when using sites that require complex passwords. However, these types of passwords are extremely helpful in preventing security issues. Thus, all organizations should require employees to use complex, regularly changed passwords.

Ideally, these passwords should be sufficiently long, should not contain words commonly found in the dictionary, should contain multiple types of characters, and should not be shared or reused anywhere.

Since employees may be tempted to reuse their passwords on non-work-related sites, be sure to educate them on the dangers of doing so and to enforce consequences for those who have been discovered breaking the rules.

Enforcing cybersecurity among employees may not be easy. It may not always be met with positivity either. But, following these and other smart protocols could take an organization from vulnerable to secure.

Cybersecurity And Crypto How They Work Together

Cybersecurity and Crypto: How They Work Together

The relationship between cybersecurity and crypto is a complicated one. Cybersecurity protects the information that companies collect from hackers, while cryptography ensures that data remains confidential once it has been collected.

Cryptocurrency – What Is It?

Cryptocurrency, or digital currency, is the future of money. It’s an encrypted form of cash that does not rely on a centralized bank to regulate its value. Instead, it relies on encryption and mathematics for security – which are two things cybersecurity excels at!

Cryptography ensures that cryptocurrency transactions remain confidential, while cryptography also helps protect data from hackers by encrypting it with strong algorithms so only you can access your files.

They offer a decentralized global payment system without borders (no national banks needed!) that lets us send money without dealing with all those annoying fees charged by traditional financial institutions.

Cybersecurity and Cybercrime

Cybercriminals have better access to cryptocurrency because of decentralization, which makes it vulnerable to hacking. As a result, billions of dollars in cryptocurrency have been stolen or lost to hackers.

However, with the help of blockchain technology and security protocols such as two-factor authentication (also known as “multi-factor authentication”), cryptocurrency can be more secure. Blockchains are digital ledgers that record transactions in chronological order so that they cannot be modified or hacked without leaving an indelible mark on time itself! The best part about this form of cybersecurity? It’s FREE!

Cryptocurrency Exchanges

Cybercriminals have used them for money laundering, drug trafficking, and, more recently, ransomware attacks. For example, the WannaCry attack relied on a vulnerability within systems at two Russian companies which were hacked last year – they took advantage of this weakness when attackers demanded ransom payments be made in Bitcoin or Ethereum.

Cryptography – The Science of Cryptocurrency Security

When cryptography and cybersecurity work together, we can enjoy the benefits of cryptocurrency without getting hacked!

When these two fields work together, they make some really interesting things happen: in this case, cryptocurrencies like Bitcoin offer people something new. They offer a decentralized global payment system without borders (no national banks needed!) that lets us send money without dealing with all those annoying fees charged by traditional financial institutions.

Cybersecurity excels at protecting data from cybercriminals, while cryptography also helps protect our data from hackers by encrypting it with strong algorithms so only you can access your files.

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