Bitcoin Explained For Complete Beginners | Ultimate Guide (2026)

[00:01] years, but still don't fully understand it, this is the video for you. Because here's the reality. Estimates suggest that about 500 million people worldwide own cryptocurrency with Bitcoin being the most popular. And this represents

[00:15] the most popular. And this represents just 6 to 7% of the global population, which means that most people still don't own Bitcoin. And even those who do often don't fully understand it. And here's the problem with that. When Bitcoin

[00:28] experiences draw downs like we have seen over the past few months, this can cause people to panic, especially if they don't understand the value of what they own. But those who do understand it are often more confident when faced with

[00:41] these uncomfortable yet inevitable scenarios in the crypto market. So my goal with this video is to explain exactly what Bitcoin is, how it works, why it has value, and the real risk factors associated with this digital

[00:56] asset. No hype, no conspiracy theories, and no complicated explanations that require a PhD. If you appreciate that guys, do me a favor and drop a like and subscribe for more crypto content. In 2026, Bitcoin is no longer some fringe

[01:12] internet experiment. It's now integrated into our traditional financial system. You can buy it within a brokerage or retirement account using Bitcoin spot ETFs. And some of the biggest asset managers in the world like Black Rockck

[01:26] and Fidelity are now involved here. And here's the truth. If you miss out on this big change, you could be left out of one of the biggest opportunities of your lifetime. So, I would encourage you to stick around for this entire video.

[01:39] it's not because Bitcoin is necessarily the right investment for everyone. But with how quickly things are changing and how fast the world is adopting these blockchain technologies, this is something that everyone needs to be

[01:53] aware of. By the end of this video, you'll understand what the blockchain is, what mining actually does, what a seed phrase is, and why this is so important, why Bitcoin has a fixed supply of 21 million coins, and why

[02:07] millions of investors view this as a long-term strategic asset. Understanding it is no longer optional because it has become too big to ignore. But I want to start things off with a very simple question here. If I owed you $50, what

[02:21] would be the easiest way for me to pay you back? The answer is simple. The easiest way for me to pay you back would be to physically hand you $50 in cash. And once you receive it, that transaction is finalized. With this type

[02:34] of arrangement, there is no bank involved, no payment processor, and no waiting period. Just two people directly exchanging value. This is known as a peer-to-peer transaction. It's private, direct, and doesn't require any third

[02:48] party. Simply put, it doesn't rely on anyone to keep records or approve the transaction. But there's one major downside to this, and it's that we need to be in the same physical location for this type of transaction to happen. In

[03:02] today's world, that's rarely how payments work. Because maybe you live across the country or in a completely different country or maybe I've never even met you in person and I'm just trying to buy something from you online.

[03:14] So instead of using cash for all of our transactions, we use digital payment systems. This includes bank transfers, credit cards, apps like Venmo and PayPal, and even wire transfers for international transactions. All of those

[03:29] systems are incredibly convenient because they allow us to send money instantly, sometimes across the entire world. But there is one limitation to all of them, and it's the fact that they rely on a middleman or a third party.

[03:43] a bank, you're not physically sending dollars to another person. You're sending instructions to a bank. Then your bank updates its internal ledger to reflect the transaction. And payment apps do the exact same thing. There's a

[03:58] company that sits in the middle keeping track of balances and verifying transactions. And one of the most important jobs that they have is making sure that nobody spends money that they don't actually have. This might sound

[04:10] like a fictional problem, but it's actually a major factor, especially with digital payments. The double spending problem is the risk that in a digital currency system, a token or dollar is spent more than once. Because unlike

[04:24] physical dollars, files can be copied. With these middlemanr run payment methods, there is a central authority keeping a ledger or record of all of these transactions. As soon as you spend or transfer money, the ledger is

[04:38] updated. And that's what prevents the same money from being spent multiple times. This type of middlemanr run system works well, but it depends on trust. We have to trust these institutions to keep honest records.

[04:51] We're also trusting that they don't make mistakes, freeze our accounts, or reverse transactions for no reason. And here's where the real problem begins. If we remove the middleman completely, how do we make sure that someone is not

[05:04] cheating the system? For decades, nobody was able to solve this double spending problem without involving a centralized and trusted authority, the middleman. But that changed in 2008. That's when someone using the name Satoshi Nakamoto

[05:19] proposed a completely different system. This was a way to send digital money directly from one person to another without a bank or payment processor. Most importantly, this all happened without trusting a central authority or

[05:33] middleman. And that new system was called Bitcoin. And to understand why it works and how it solves this double spending problem, we have to better understand what it actually is. And real quick guys, if you've gotten any value

[05:45] out of this so far, make sure you subscribe and drop a like if you haven't already. So, what exactly is Bitcoin? At its core, Bitcoin is a software network. It's a program that runs on thousands of computers all around the world, and it

[05:59] allows people to directly exchange value over the internet. But most importantly, this all happens without needing a bank or any entity in the middle. Simply put, Bitcoin was the first truly peer-to-peer money system to exist outside of

[06:14] physical cash. It solved the geographical limitation of needing to be in the same physical location as well as the requirement to have a third party or middleman involved with the transaction. To explain a few different components

[06:28] here, you have the Bitcoin network which is the software network or computer program. And then you have the digital currency itself which is called Bitcoin abbreviated as BTC. As mentioned, Bitcoin was introduced in 2008 by

[06:42] Satoshi. And what's fascinating is that to this day, nobody knows whether or not this was a single person, male or female, or an entire group of people. The identity was never confirmed and it likely never will be. On October 31st of

[06:57] 2008, a document was published online titled Bitcoin, a peer-to-peer electronic cash system. The goal was simple, to create a way for people to send digital money to each other without involving a financial institution. Now,

[07:11] that might not sound revolutionary, but think back to that double spending problem that we just discussed. Digital information can be copied. And if it's digital money, what stops someone from copying that over and over again to

[07:24] spend multiple times? So, the real challenge here wasn't just creating a digital money network. It was creating a system where that digital money could not be duplicated even without a central authority. We now know that banks and

[07:39] other payment networks solve this problem by keeping a ledger and this is done in a centralized manner like a server at a big corporate headquarters. This type of centralization poses a lot of risks like what would happen if

[07:51] someone hacked or infiltrated that physical location. Bitcoin does something very different. Instead of one centralized ledger controlled by a bank or middleman, a distributed ledger is used. This means the record of

[08:05] transactions isn't kept in one place. It's shared across thousands of computers around the world. As a result, no single entity controls it. No bank oversees it, and most importantly, no government runs it. The rules for the

[08:20] network are written directly into the code, such as how many coins exist, how new coins are distributed, and how transactions are verified. But here's what makes a system like this so powerful. For starters, if there's no

[08:33] central authority controlling the ledger, there is no single point of failure. It's not one server location controlling the network. It's thousands of individual computers around the world. In addition, there is no company

[08:46] that you need to trust or middleman. Just a transparent program with rules that cannot be changed. And lastly, because this isn't controlled by a government, there aren't concerns about money printing like there are with other

[08:59] fiat currencies. And to be clear, we're talking about inflating the entire supply of the currency here, not duplicating existing tokens. The United States and other countries around the world have historically printed more

[09:12] money to cover spending, deficits, major global events, and more. This has weakened the value of each individual dollar or currency, and they could turn around tomorrow and print even more. Bitcoin, on the other hand, has a fixed

[09:27] supply that is pre-programmed, meaning that this risk factor simply doesn't exist here. It's a true peer-to-peer money system. But that brings up an important question. If there's no central authority here, who exactly is

[09:40] verifying these transactions? In addition, if it's run by computers around the world, how does everybody agree on what's actually true? To answer that, we need to talk about something called the blockchain. because this is a

[09:52] word that everybody hears, but very few actually understand it. At its simplest level, a blockchain is just a public record of transactions. It's a ledger, similar to one that a bank might keep. But instead of being stored on one

[10:06] company's server, it's stored on computers across the entire world. Each one of these computers are called nodes. And this is simply a computer running the Bitcoin software. Anyone can run a node and there is no permission

[10:20] required. Now, each node keeps a full copy of the transaction history all the way back from the first transaction in 2009 to today. So, instead of having one central bookkeeper, you have tens of thousands of bookkeepers all keeping

[10:35] track of the same record. Now, here's where it gets interesting. Every time that someone sends Bitcoin, that transaction gets broadcast to the network. The nodes verify that the transaction follows the rules. They make

[10:47] sure the sender has the balance and they make sure that the bitcoin hasn't been spent already. If you want to get technical here, this is called the blockchain consensus mechanism and it's basically all of the nodes agreeing on

[11:00] one single valid version of the truth. Once transactions are verified, they are grouped together in a block and you can think of this like a page in a physical ledger. It contains a list of recent transactions and roughly every 10

[11:14] minutes a new block is added to the record. Most importantly, every block is connected to the one before it using cryptography. And that's where the term blockchain actually comes from. It's literally a chain of blocks linked

[11:27] together in chronological order. And here's the key detail. Each block contains a reference to the previous block. So, if someone went in and tried to alter a transaction, it would break the chain. The network would immediately

[11:41] detect it and reject the change. And that's what makes Bitcoin's ledger so secure. It's not stored in one place, and it's not easy to rewrite history. In order to successfully alter the blockchain, you would need to have more

[11:54] computing power than the rest of the entire network combined. So, instead of trusting just one institution, Bitcoin spreads this trust across a global network. But there's still one important question to be answered, and that is who

[12:08] is adding these new blocks. And with how expensive electricity prices are, why would anyone volunteer their computing power for something like this? Well, that's going to be where miners, the next part of this equation, come into

[12:21] the picture. So, just to recap here, network transactions are grouped together into blocks and a new block is added to the chain roughly every 10 minutes. But these Bitcoin miners are actually the ones responsible for adding

[12:34] these new blocks to the chain. Now, these are specialized computers that are next block of transactions to the blockchain. And the reason why they're doing this is because they are financially incentivized. Every time a

[12:49] new block is successfully added, the miner who added this block receives a miner who added this block receives a reward paid in newly created Bitcoin. This reward is called the block reward, and this is how new Bitcoin enters

[13:01] circulation. So unlike traditional currencies where central banks print more money at their discretion, Bitcoin issuance is built directly into the code. From the very beginning, the maximum number of Bitcoin that will ever

[13:15] exist was set to 21 million. And that number cannot be changed unless the majority of the network agrees to rewrite the rules, which is extremely unlikely. Now, here's where the competition aspect comes in. In order to

[13:28] add a new block to the chain, miners are essentially completing a complicated math puzzle. It's essentially a guessing game, but one that requires a massive amount of computing power. So, these miners around the world are constantly

[13:43] making trillions of guesses per second, competing to be the very first one to solve the puzzle. The first one to solve that puzzle gets to add the new block and claim the block reward. And then that process starts all over again. This

[13:57] system is called proof of work and it serves two purposes. For starters, it secures the network because altering the blockchain would require redoing all of that computational work which would require an enormous amount of money and

[14:11] resources. And second, it controls the rate at which new Bitcoin is created. The difficulty of this puzzle adjusts based on how much computing power is available on the network. And this ensures that a new block is added

[14:25] roughly every 10 minutes, no matter how many miners are competing. Now, you've probably heard that Bitcoin mining requires a lot of electricity. And that is true. But that energy is what keeps the network secure and prevents bad

[14:39] actors from rewriting history. Because the more valuable Bitcoin becomes, the more incentive there is going to be to protect it. And that protection comes in the form of computing power. But there's another important detail here. The block

[14:53] reward that these miners are earning doesn't stay the same forever. Over time, the amount of new Bitcoin issued with each block decreases. And that's where Bitcoin's supply schedule becomes extremely important. So let's talk about

[15:07] that now because this is one of the most unique aspects of the entire system and it's very different from traditional money. When Bitcoin launched in 2009, the block reward was 50 Bitcoin per block and then roughly four years later,

[15:21] it was cut in half to just 25 Bitcoin per block. Roughly four years after that, it was cut in half again and the process continues on like that. This is called the Bitcoin having and it's something that is pre-programmed into

[15:35] the code. No committee votes on it and no central bank decides when it happens. Every 210,000 blocks the issuance of new Bitcoin gets cut in half. And that means

[15:47] that over time fewer and fewer Bitcoin enter circulation. And this happens until around the year 2140 when the maximum of 21 million Bitcoin have entered circulation. After that, no new Bitcoin will ever be created again. And

[16:03] that's what makes Bitcoin's monetary policy completely transparent and predictable. When you compare this to traditional fiat currencies where the supply can increase for countless different reasons, you can begin to see

[16:15] why Bitcoin has value. Now, historically, these having events have been important because they reduce the rate of new supply hitting the market. And if demand stays the same or increases while supply decreases, supply

[16:29] and demand dynamics can start to take effect. But that doesn't guarantee price increases. And often times these having events get priced in early on before they actually happen. But what it does mean is that Bitcoin has the most

[16:43] predictable supply schedule of any major monetary asset on Earth. So, now we get to one of the most important questions in the video because at the end of the day, it's just a software. It's not backed by gold or any government, and it

[16:57] doesn't produce any cash flow like a business does. The reason why millions of people are buying it and treating it like a strategic asset is because of a combination of properties and the incentives built into it. We already

[17:11] covered the first reason, which is the scarcity aspect, and scarcity alone does not create value. But when you combine this with other factors, it can have a very powerful effect. Simply put, when something is scarce and in demand, it

[17:25] can create upward pressure over time. The second reason why Bitcoin has value is because of just how secure the network is. As we now know, the network is protected by a massive amount of computing power that is distributed

[17:39] globally. This level of decentralization makes it difficult, if not impossible, to shut it down. Because remember, you would need more computing power than the rest of the entire network combined in order to do that. There's no Bitcoin

[17:53] order to do that. There's no Bitcoin CEO, no central server, headquarters, or single point of failure. And that resilience is very valuable to investors. The next reason it has value comes down to its monetary properties or

[18:06] characteristics. For starters, it's divisible, so you don't have to buy one entire Bitcoin. Each Bitcoin can be divided into 100 million smaller units called Satoshi's. And this makes things a lot more practical because it allows

[18:21] for smaller transactions. In addition, it's portable. You can send large amounts of value even across borders in just a matter of minutes. And we're here shortly. But if you have self-custody of your Bitcoin, you can

[18:37] take it anywhere in the world with just your seed phrase. In addition, because Bitcoin is fully digital, it's a durable asset that cannot decay or degrade. And lastly, it's verifiable. Anyone can independently verify the total supply or

[18:53] transaction history by simply looking at the blockchain. The fourth main reason behind Bitcoin's value comes down to the network effect. Simply put, the more people who use it, hold it, secure it, and build infrastructure around it, the

[19:08] more valuable this entire network becomes. Today, millions of individuals own Bitcoin, and some public companies even hold it on their balance sheets as a long-term strategic asset. We're also seeing major financial institutions

[19:23] offering custody services and investors are able to buy shares of Bitcoin spot ETFs through traditional financial accounts. The larger the network grows, the more valuable it becomes and the harder it is to replicate. And finally,

[19:39] many investors view Bitcoin as a hedge or a bet against long-term monetary instability. Over the last few decades, global debt levels have risen dramatically. Central banks have expanded their balance sheets and

[19:53] confidence in these traditional monetary systems has continued to diminish. Bitcoin is offering an alternative system here with transparent and fixed rules that doesn't rely on any political decisions. But it's important to let

[20:07] this next point here sink in. Bitcoin's value is not guaranteed. Bitcoin's value is driven by belief, demand, and adoption. And if that demand disappeared, its value would fall just like any other asset. But so long as

[20:23] people value a scarce and borderless digital money, Bitcoin retains its appeal. So now it's time for us to switch gears and talk about the cryptography aspect of Bitcoin. And as promised, guys, we're going to keep it

[20:36] simple, just like we have so far. When people say that they own Bitcoin, what they're really talking about is controlling the private key. Bitcoin doesn't exist as a physical object and it's not sitting in a vault somewhere.

[20:50] It exists as entries on the blockchain. And the way you prove what amount cryptography and three important components. The first component is the private key. When you create a Bitcoin wallet, the software generates a random

[21:06] string of letters and numbers, and this is your private key. You can think of it like the master password for your Bitcoin. So, whoever controls this private key controls the Bitcoin associated with it. And if someone gets

[21:20] access to your private key, they can move your Bitcoin immediately. And there's no customer service that you can call to reverse it. All transactions on the Bitcoin network are final. Now from that private key the second component

[21:33] called the public key is generated. This is another string of letters and numbers but unlike the private key this one can be publicly shared. As far as how these two keys work together your public key is mathematically derived from your

[21:47] private key. But most importantly you can't reverse this to reveal the private key. But the public key actually goes through one more transformation and that's when it becomes the third component to this equation. your wallet

[22:01] address. This is what you're going to share with somebody when they want to send you Bitcoin. And it's a long string of letters and numbers, but there's also going to be a QR code format that they can simply scan. It's safe to share this

[22:14] wallet address, but anyone with the wallet address can look at your transaction history on the blockchain. When someone sends Bitcoin to your wallet address, the blockchain records that transaction, and your private key

[22:27] allows you to access and move those funds later. Now, here's something very important that a lot of beginners don't understand. A Bitcoin wallet doesn't actually store your Bitcoin. The Bitcoin always lives on the blockchain, and your

[22:41] wallet simply stores your private keys, which gives you access to your funds. buy a hardware wallet, what you're really doing is creating and storing

[22:53] your private keys securely. But this is where things get very serious. If you lose your private key, you lose access to your Bitcoin forever. Now, in the early days of Bitcoin, users had to manually manage individual private keys,

[23:08] which was both complicated and risky. But today, wallets have simplified this process dramatically. And instead of giving you a long cryptographic string, they give you something else. And this brings us to one of the most important

[23:22] brings us to one of the most important topics for beginners, the seed phrase. wallet before, you've likely encountered a list of 12 or 24 random words on screen. This is your seed phrase, also referred to as your recovery phrase. And

[23:38] it's basically a human readable version of your private key. So instead of giving you a long string of letters and numbers that would be impossible to memorize, the wallet gives you a list of common words in a very specific order.

[23:52] And those words mathematically generate all of your private keys. In simple terms, the seed phrase is the master key to everything inside of that wallet. So, the good news is if you lose access to your phone or your hardware wallet

[24:06] breaks, you can restore your entire wallet. All you have to do is enter that seed phrase into a new device. And that's why it's also referred to as the recovery phrase. But here's the part that needs to be crystal clear. If

[24:20] somebody gains access to your seed phrase, they get access to your Bitcoin immediately. They don't need your phone, a hardware wallet, a password, or anything like that. The seed phrase is the end all be all. And that's why

[24:35] security around your seed phrase is critical. Most reputable wallets are going to instruct you to write this down on paper and store it somewhere securely. And this is referred to as offline storage. If you simply

[24:48] screenshot the seed phrase and keep it in your photos or copy paste it to your notes, your phone could easily be hacked and your wallet could be compromised. And that's exactly why online storage of your seed phrase is not recommended.

[25:03] Serious Bitcoin holders almost always choose to store their seed phrase offline in a secure physical location. In some cases, they'll even utilize a metal plate or similar device to make sure it's completely waterproof and

[25:17] fireproof. This is also where hardware wallets come into the equation. A hardware wallet generates and stores your private keys offline, which means they never touch an internet connected device. And when you authorize a

[25:30] transaction, the signing happens inside the hardware wallet itself and the private key never leaves the device. This will significantly reduce the risk of remote hacking. But the truth is self-custody is not for everybody. It

[25:45] adds a significant layer of responsibility and with that responsibility comes added risks. The biggest one is that if you lose your seed phrase or forget where you stored it, there is no way to access it again.

[25:58] And that's why a lot of beginners will start out by simply purchasing and holding Bitcoin through a reputable exchange. With this, the exchange platform holds the private keys on your behalf, and you simply log in with a

[26:12] username and password, similar to a traditional financial account. But this different set of risks that we're going to cover shortly. Some of the largest and most well-known exchanges today include companies like Coinbase, and I'm

[26:27] actually going to show you how to buy Bitcoin using this exchange. For a lot of beginners, this is the easiest entry point. You create an account, link your bank account, and then buy digital assets just like you would buy a stock.

[26:40] One of the benefits to using a reputable exchange is that you log in using a username and password. So, in this case, there is a forgot password option. The exchange handles all of the technical complexity behind the scenes, but there

[26:55] is one important nuance here. When you buy Bitcoin on an exchange and leave it there, the exchange controls the private keys, not you. And that means you're placing trust in that company, their security systems, custody procedures,

[27:10] and more. And in many cases, that trust is wellplaced. Many reputable exchanges invest heavily in security infrastructure, cold storage options, and even insurance policies. All of this is true with Coinbase, but make sure

[27:25] that you do your own independent research into any crypto exchange that you might consider using because in the past there have been hacks, bankruptcies, and more. All of which impacted users and their access to their

[27:38] digital assets. That's why you'll often hear the phrase, "Not your keys, not your coins." Which simply means if you don't control the private keys, you don't have full control over the Bitcoin. So, let's jump into my Coinbase

[27:51] account now, and I'm going to show you a quick demo of how to actually buy Bitcoin. I'm also going to put a card in the corner for my full video on buying Bitcoin, as this goes into more detail about exchange risks and self-custody

[28:04] risks. And in addition, it also covers how to invest in Bitcoin ETFs. All righty, guys. So, here we are over in my Coinbase app, and this is the largest US-based cryptocurrency exchange, as well as the world's largest custodian of

[28:19] Bitcoin. This is my preferred method for buying Bitcoin. And I also have a full Coinbased tutorial that I'll put in the corner as well as linked down below if you want to learn more about this platform. So, here's the deal. They've

[28:32] been in the crypto space since 2012, and they take two very important steps to safeguard digital assets on their exchange. For starters, up to 97% of their Bitcoin is encrypted, geographically separated, and held in

[28:47] offline storage. And second, all of the Bitcoin that is held through online computers is fully insured. So, with that said, guys, let's dive into how to buy Bitcoin using the app. For starters, if you don't have a Coinbase account

[29:01] yet, you might be able to get some free Bitcoin just for opening up a new account. Coinbase is a long-term partner of my YouTube channel, and if you sign up using my affiliate link down below or visit ryanoscriber.com/coinbase,

[29:19] promotion does change from time to time, but it's usually a spin the wheel offer where you win a random amount of Bitcoin after opening the account and placing your very first trade. So, feel free to pause the video, click the link down

[29:33] below, and grab your free Bitcoin bonus now. And this does help to support my channel and make videos like this one possible. So, thank you for your support. So, let's go ahead and buy some Bitcoin now. What we're going to do is

[29:46] click on the buy and sell button at the bottom right. And then we're going to select buy crypto with cash. And we can see under crypto, Bitcoin is listed. And it's currently about $67,000 per coin. So we're going to select Bitcoin. And by

[30:01] default, we're going to be paying with my bank account, which is exactly what I want to do. And now we're simply going to enter the dollar amount we are looking to purchase. So just for demo purposes, we're going to buy $25 worth

[30:13] of Bitcoin. And then if that looks good, we'll click here on the review order button. And this is going to buy us 0.000036022.

[30:25] because the price of Bitcoin is always changing too. And then if that looks good here, all we have to do is click on the buy now button. And real quick, I'll just mention as well below the total you can see the fees, which includes a

[30:39] spread and a dollar-based fee. If you check out my full Bitcoin buying guide video in the corner, we talk more about this fee structure. But I did want to those fees. And if that looks good, you just click here on the buy now button.

[30:53] And now it says order submitted. If we click here on the done button, just like that, our balance has updated and we purchased that $25 worth of Bitcoin. So, if I click here at the top on crypto and we click on my Bitcoin balance, we can

[31:09] we click on my Bitcoin balance, we can see that it's now uh $6149. And if you look at my transactions here, I bought $50 worth of Bitcoin back in January for a separate tutorial. And since then, the price did decline quite

[31:22] a bit. And then we have now bought $25 worth today. And that's why I am down 25% on my Bitcoin purchase right now. But you do need to be comfortable with this volatility in the crypto markets if you want to invest in this particular

[31:37] asset. So what I want to do now is zoom out and talk about the bigger picture here because the truth is Bitcoin looks a lot different in 2026 than it did just 5 or 10 years ago. For starters, Bitcoin spot ETFs, which launched at the

[31:52] beginning of 2024, opened this asset class up to a brand new pool of buyers. And this has allowed investors to buy shares of these funds through brokerage or retirement accounts and avoid all of the complexities associated with crypto

[32:07] wallets. In addition, these Bitcoin spot ETFs are offered through major fund providers like Black Rockck and Fidelity, further legitimizing the space. In addition to Bitcoin entering the mainstream world of finance, we have

[32:21] also seen public companies adding Bitcoin to their balance sheets as a long-term strategic asset. Now, whether or not that strategy proves correct over time remains to be seen, but what matters here is there is a huge shift in

[32:36] how Bitcoin is being perceived. And on the technology side of things, the Bitcoin network itself has also continued to mature. The base layer of Bitcoin prioritizes security and decentralization, but the proofof work

[32:50] mechanism makes transactions slow and rather costly. While additional layers have been built on top of Bitcoin to improve speed and scalability, with one of the most well-known examples being the lightning network. This is designed

[33:04] to allow smaller transactions to be processed very quickly and at very low cost, avoiding congestion of the main blockchain network. In simple terms, it enables faster payments while the base layer still functions as a highly secure

[33:19] settlement network. This layered approach has helped to address one of the early criticisms of Bitcoin, which was that it could not scale efficiently to handle everyday transactions. So, in 2026, Bitcoin exists in a much more

[33:33] mature environment. But maturity does not mean certainty, and there are still some important risk factors present here. Before making any investment, it's absolutely essential to understand the risks. And while Bitcoin does have some

[33:47] unique strengths, it also comes with some very real uncertainties. The first and most obvious is going to be the volatility. Bitcoin experiences massive price swings, sometimes moving as much as 20% in just a few days. Over the

[34:03] years, it has gone through multiple cycles of rapid appreciation followed by significant drawdowns. This boom and bust tendency has in some cases led to bust tendency has in some cases led to declines of 70 to 80% relative to the

[34:17] previous highs. That kind of volatility can be extremely difficult to handle emotionally, especially for investors who are new to the asset class or potentially invest more than they're willing to lose. Even if the long-term

[34:31] thesis remains intact, the short-term price moves can be very painful to handle. Now, second of all, we have regulatory risk as governments around the world are still evaluating how Bitcoin should be treated. Some

[34:44] countries have embraced it. Meanwhile, others have either restricted or banned crypto activities. While many large economies have moved towards clearer frameworks, policy changes are always going to be a possibility. The third

[34:57] risk factor is technology risk. While Bitcoin has operated since 2009 with remarkable reliability, it's still a software and all software carries some level of risk. For example, quantum computing is viewed as a theoretical

[35:12] future concern here for Bitcoin. Although today, that risk factor is more speculative rather than immediate. And in addition, there is always going to be that risk of competition. There are thousands of digital tokens that exist

[35:25] with new ones being launched every single day. But I will say this, countless cryptocurrencies have claimed that they will be the Bitcoin killer. Yet that dominant position has yet to be significantly challenged. Bitcoin still

[35:38] remains the dominant network based on market cap and recognition and probably it always will be. Now, this final risk factor here is probably the biggest and that is custody risk or the risk of human error. Simply put, the biggest

[35:53] risk factor to your Bitcoin is probably losing access to it. If you go the self-custody route and mismanage your seed phrase, you could permanently lose access. Unlike traditional banking and financial accounts, there are very few

[36:07] safety nets here. And that means individual responsibility plays a much larger role. So, let's wrap things up now by summarizing what we've learned here and talking about who might actually choose to invest in Bitcoin.

[36:20] The real question isn't whether or not Bitcoin is good or bad. It comes down to whether or not it fits into your personal finance strategy and your risk tolerance. After learning more about the characteristics and properties of

[36:34] Bitcoin, each individual has to evaluate whether or not they want to own the asset. Bitcoin is a decentralized monetary network with a fixed supply and transparent rules. It operates without a central authority and it allows

[36:48] individuals to transfer value digitally without relying on a traditional middleman. Bitcoin has developed a strong global network effect over the last decade and a half, but it's extremely volatile and still evolving.

[37:02] For investors who have a long-term time horizon, understand volatility, and are comfortable with it, it could potentially be a good fit. But keep in mind, it should serve as a small allocation to a well-rounded portfolio

[37:17] rather than being the foundation of your investment portfolio. Now, with that said, investing in Bitcoin or cryptocurrency in general probably isn't for you if you don't have a high risk tolerance and don't handle volatility

[37:30] well, or if you're just looking to invest for the short term, this probably isn't your cup of tea. Whether you ultimately choose to invest in Bitcoin or not, understanding it is becoming increasingly important. And that's

[37:44] because it has moved well beyond the fringe. It's now part of global financial discussions held by institutions and available through traditional financial platforms. In addition, blockchain technologies in

[37:57] general are having a bigger impact on the financial system as a whole with the ongoing tokenization of assets being just one example here. Tokenized stocks are now showing up on exchanges like Coinbase, allowing for 247 trading of

[38:12] Coinbase, allowing for 247 trading of these digital assets backed onetoone by real stocks held by custodians. At the end of the day, Bitcoin represents a new way of thinking about money, built on code instead of central authorities,

[38:26] rules instead of policy decisions, and cryptography instead of trust. If you found this video to be helpful, make sure you drop a like and share this with a friend so they can better understand the world of Bitcoin. And if you want to

[38:40] see more content like this, go ahead and hit that subscribe button. If you have any questions that remain after this, be sure to leave me a comment down below and I'll do my best to answer each one. And lastly, if you do want to grab that

[38:53] free Bitcoin bonus from Coinbase, make sure you click the link in the description or visit ryanoscriber.com/coinbase. Coinbase tutorial for beginners to learn more about this exchange. And I'll see

[39:08] more about this exchange. And I'll see you there.