Summary: Blockchain technology has the potential to revolutionize the education sector by providing a secure, transparent, and tamperproof platform for storing and sharing academic records. As blockchain adoption continues to grow, we will see new and innovative use cases emerging in the education sector.
How Blockchain Is Poised To Disrupt The Education Sector
Education has undergone tremendous changes, from traditional classroom settings to eLearning, and now we have progressed to blended learning. The COVID-19 pandemic accelerated the adoption of digital learning, and schools worldwide began using online platforms and Learning Management Systems (LMSs) to teach students. Blockchain technology is also poised to revolutionize the education industry. Blockchain has the potential to transform how academic data is managed, and how teachers and students interact. Let's look into how blockchain technology might affect education in the future.
6 Ways Blockchain May Affect Education
1. Smart Contracts For Courses And Assignments
Smart contracts on blockchains could also make educators' jobs easier. A smart contract comprises lines of code that are programmed into a blockchain and executed automatically when certain conditions are met. Smart contracts can also be used to manage course content and distribution. They can automate the delivery of course materials, such as readings, videos, and quizzes, and track student progress and completion of assignments. This can help to reduce administrative workload and improve the overall organization of courses.
2. Student Record Keeping
The market for fake degrees (certificates) is increasing along with online learning. This is becoming a major concern for many businesses and educational institutions worldwide. So, a blockchain can easily solve this problem with certification management, where the universities can store the certificates on the blocks as immutable entries. Students may readily share these credentials using exact URLs in their email signatures, social media profiles, and resumes. Many blockchain development companies provide such certificate and identity management services. Since blockchain is decentralized, all the documents are stored in the blockchain and are immutable and verifiable since it is transparent.
3. Cryptocurrency For Rewards
Transferring documents and having them verified when a student changes schools is a laborious procedure that takes a lot of time for the student, the teacher, and the administration. Blockchain technology can be used to streamline the verification process in schools and universities. We are awarded scholarships, trophies, and rewards for our outstanding performance in extracurricular and academic activities, but blockchain technology also enables us to provide kids with tangible prizes in the form of cryptocurrencies like bitcoins. Teachers can use gamification to reward their students in online learning environments for finishing modules or other assignments. Learning Management Systems' gamification features aid in tokenizing all rewards as a digital currency.
4. Digital Badges And Credentials
One of the most important applications of blockchain in eLearning is the creation of secure digital badges and certificates that can be easily verified and displayed on one's digital portfolios. Smart contracts can be used to incentivize and facilitate peer-to-peer learning and collaboration. They can be programmed to reward students for contributing to online discussions, or for providing feedback on their peers' work. This can help create a more engaged and interactive learning environment, and help students develop their critical thinking and communication skills.
5. Ease Of Certification Authenticity
Blockchain's distributed ledger technology can enhance transparency and accountability in the educational field. It can create an immutable record of educational data, including transcripts, degrees, and certifications, that is verifiable and tamperproof. This means that academic achievements can be validated with complete accuracy, and employers can be confident in the skills and knowledge of job applicants.
When a student transfers from one school to another, the transfer of documents and their verification is a time-consuming process. The verification process can be streamlined by introducing blockchain technology into schools and colleges. When a student transfers from one institute to another, the student records can be easily transferred to the new institute by granting access to the blockchain. Some blockchain development companies develop and issue certificates that are immutable and non-forgeable, but easily verifiable for authenticity.
6. Reduced Cost
This can also be extended to situations in which the grades of students, who travel to other institutes as part of exchange programs, can be easily shared across institutes by providing necessary access, which reduces the administrative costs.
Conclusion
The convergence of the physical world with Virtual Reality and Augmented Reality has accelerated, causing disruptions in various economic sectors worldwide. Blockchains, a newer technology when compared to traditional centralized databases, provide increased efficiency and storage capacity. Cryptocurrencies, blockchain, and metaverse initiatives are already changing the financial industry. Thus, incorporating these into an academic curriculum will not only provide more opportunities to the youth, but will also establish a framework that is effective, economical, and easily serves all strata and provides more outreach for all students. while making learning a pleasant journey. Overall, a blockchain development company can help education institutions streamline their processes, reduce costs, and enhance the quality of education through blockchain technology.
#education #blockchain #Square

$BTC $BNB $SOL

What is a Saw Chain?

Saw chain is a complex method used to launder large amounts of cryptocurrency through a series of small, incremental transactions. In this method, a small portion of the cryptocurrency is “pinched off” from the main address in the form of a low-value transaction. These small amounts are often sent to exchanges where they can be converted into fiat currency (such as dollars) or other assets. The remaining cryptocurrency in the original address is moved to the new change address and the process repeats.

In this article, I want to share with you my trading strategy. It will work almost always because it is based on the psychology of crowd behavior in the market.

I developed this strategy through trial and error, based on other strategies, as well as combinations of various strategies of other traders.

Let me begin in order:
First, you must find a sharp impulse on the chart of price movements, best of all if it’s sharp with large candles, and it doesn’t matter which way up or down.
Then after the impulse, there should be a consolidation, and the longer the better.
After that, it is followed by approximately the same impulse that was before the consolidation. Here is an example of how it should look like:

As you can see, the large arrows indicate the impulse and the small arrows indicate internal price movements. But let’s look at this on a price chart using the example of cryptocurrency $XRP

After we have found a shape similar to the “staircase”, which corresponds to the picture above, we start scattering the Fibonacci grid. How do you draw it correctly?
Find the middle of the consolidation. Draw a line from the end point of the consolidation support line to the beginning of the first momentum. Disable all unnecessary values on the instrument (leave only the main Fibo numbers — 1.618, 0.618, 0.236…) and call the main lines gold, thus emphasizing the golden ratio.
Now we see that the price has touched or is still moving sharply to the lower gold section (in this case it is the value of 1.618).

Important! If the impulse is weak or small, it means that the figure is broken and we do not consider this situation.

What is the basis for this strategy?

This strategy is based on the fact that we will catch the price bounce from the bottom line and in most cases, the price corrects back to the middle of the consolidation after the impulse.

Risk/profit is 1:4
This means that one successful trade can be equal to four losing trades, which is 75% of profitable trades if we count the numbers.

Here’s another example with $FIL

The principle is the same — find our pattern and conduct Fibo, wait for a rebound.
But if the price did not reach the level (the second impulse), it doesn't mean that you drew the wrong Fibonacci, it means that there is a different situation and this strategy is no longer under consideration.
One of the disadvantages of this strategy is that it is rare to find such situations, but they often work. Also, remember there is no one strategy for 100% profit, you need to consider many factors at once and combine them for confirmation, especially good if there are a few figures and confirmations at once for your planned situation.

If you're still here, I'm glad you have a craving for knowledge and are expanding your horizons. Don't stop learning and improving!
#tradingStrategy #altcoins #education

Imagine the situation if there were only two computers on our planet (this was once the case).
It is unlikely that this was somehow valuable for humanity.

But now 10 people have this device - it can already be used somehow.

1000 people have a computer - many do not understand what it is and begin to ridicule or criticize it.

In the post on trading ideas on $EOS , we wrote that in the current market, any thin positive news feed can push the price up.

For example, you can look at the IOTA coin, which shot up +68% in a few hours amid news about the IOTA project launching a $100 million fund for the development of the ecosystem.

With rapid technological advancements and growing interest in the digital world, cryptocurrencies seem to be on their way to achieving amazing achievements by 2030. 🎉 Market forecasts indicate that many of these currencies could reach record price levels, possibly doubling their current value or more!
#### 1. Moving towards widespread use