Bitcoin (BTC)

Bitcoin is the OG of crypto, and because of that it holds a lot of value for the entire crypto ecosystem, not just Bitcoin itself. It’s a good entry point for the masses, a seemingly better alternative to fiat currency because of its deflationary properties, and offers a relatively (in the crypto space) safe store of value. It will require more mass adoption to become fully viable as a currency or exchange of value, especially since it is so volatile at this point. Long term, there are some concerns about why miners would keep mining it, but that is a hundred or so years away, and there will likely be more adoption by then which means more rewards from transaction fees. Ultimately, in my opinion, as governments and fiat currencies lose public trust, bitcoin will be the first thing people consider as an alternative. The biggest hurdle will be the technology and knowledge about how to get and use BTC.

WEBSITE

Website creation date:

Number of founding team members

Is the team doxxed?

If no…
have they provided a reason? Security, privacy, they maybe died? Who knows.
What are their known names? Satoshi Nakamoto
what other projects have they been involved in, if any? unknown

Is this a new idea or has it been done before?

Have they actually created the infrastructure/code/whatever is necessary for this idea, or is it still just an idea?

Do you think other people would buy in?

Are the people engaging with it paid to (promotors, influencers, sponsors etc)?

Where does this coin/token deserve to be on the list of top coins/tokens, if at all? (for instance, number 10)

What’s happened on Google trends about the coin/token/project?

Initial Coin Offering (ICO):

N/A – though some speculation about Satoshi’s possible holding based on alleged mining activity in Bitcoin’s early days, but no proof of coin ownership has been found.

Is there a limit to how many coins/tokens will be produced?

Conclusion

As the OG of crypto, Bitcoin has been number 1 on the charts, and garnered the most interest, of all cryptocurrencies. I don’t see that changing anytime soon. 

There is some hesitation about why miners would continue to mine when no more bitcoins are being created, but they would still receive rewards from trading fees, and if BTC’s popularity continues to increase, I don’t see the fees being low enough to discourage miners. Quite the contrary, if BTC gets accepted as a valid exchange of value by world governments–or becomes used as such despite government regulations–then the fees could be quite substantial.

There are concerns about how decentralized it really is. There are mining farms that use a lot of energy and have way more computing power than a person at home–so much so that a lot of people are discouraged from mining BTC and have moved to other cryptocurrencies that have less “corporate” or “large-scale” infrastructure. While this is a problem now, I speculate that once the total supply is mined, it will become more evenly distributed. However, it is possible that it would become more centralized at that point as the rewards will be less so the more infrastructure a person or company has in place, the more rewards they would receive–and if the infra is already there, then there is limited reason to leave.

The point of bitcoin is to be a store of value – a common currency that isn’t controlled by the government, is deflationary and decentralized, and anyone can access. The major hurdle is getting the technology into people’s hands. For instance, when it was legalized as tender in El Salvador, there wasn’t a mass movement of people suddenly using it, because they didn’t know how to get it, and still had the ease of the currency they already used. A few years later, mass adoption of BTC as a means of payment or exchange of value is still really limited in the country.

On the other hand, many national governments have outright banned cryptocurrency, primarily in Africa and Asia. The reasons for these bans vary, but often include concerns about financial stability, the potential for illegal activities, and challenges to monetary policy. Alternatively, some countries, like the US, UK, and Canada, allow cryptocurrency mining and trading as long as certain conditions are met and people pay taxes on it. It is clear from the variety of stances that the goal of Bitcoin as being something outside the control of governments is not quite so simple and hasn’t been as effective as intended–yet.

Privacy and anonymity are a big concern still. Since all data on the blockchain is visible, if someone can tie your name to an address, they know what you’ve done. Governments have technology that can do this automatically, meaning that unless a person is quite savvy with technology, the ability to stay completely anonymous–and thus outside the control of governments–is limited, if at all possible. There is also the issue of not being able to use cryptocurrency for every purchase you make. We still need to pay rent, buy food, etc., and not all businesses accept crypto (in fact, very few do). So even if someone achieves anonymity and can make transactions outside the government’s eye, there is still no guarantee that they will be able to do all transactions that way so will likely still rely on fiat money to some extent. This is a dis-incentive in my opinion against mass crypto adoption.

Having said all of that, the ethos of bitcoin is clearly appealing for many people, and as more people on-board to crypto, bitcoin tends to be their first stop. While it doesn’t have the fancy smart contract capabilities of Ethereum, and still relies heavily on the energy grid (which is a fault in many people’s eyes), this simplicity actually increases the potential value and use cases to me. Why? Because crypto is already hard to use – if you are new to it, then having something that does only one thing is an easier way to get into it than having to figure out DeFi and dApps, etc.

Ordinals

People are making bitcoin more complex by introducing things like ordinals. Bitcoin ordinals are a new concept in the Bitcoin ecosystem that assign unique identities to individual satoshis (sats), the smallest unit of a Bitcoin. This system, which was not part of the original vision for Bitcoin, allows for the tracking and transferring of individual sats. Each sat is assigned a unique ordinal number based on the order in which it was mined, making each sat distinguishable from others.

These ordinals can be inscribed with various types of data, such as text, images, audio, or digital content, effectively turning them into immutable digital collectibles that can be transacted on the Bitcoin network. This process of inscribing data onto individual sats is somewhat similar to how metadata or digital content is attached to traditional NFTs (Non-Fungible Tokens) on platforms like Ethereum, but with a key difference: in the case of Bitcoin ordinals, the data is stored directly on the Bitcoin blockchain.

The creation of these Bitcoin ordinals has generated a lot of interest and debate within the cryptocurrency community. Advocates see it as a groundbreaking way to utilize the Bitcoin blockchain for various applications beyond its original use as a digital currency, potentially enhancing the network’s utility and security. Critics, however, argue that this strays too far from Bitcoin’s core purpose and could complicate its function as a decentralized financial system.

The process of creating (or inscribing) these ordinals is currently more complex and less intuitive than minting traditional NFTs on other blockchains. It initially required running a Bitcoin node, but newer tools are emerging to make the process more accessible.

Trading these digital artifacts is still in the early stages of development, with most transactions occurring over-the-counter. However, as the ecosystem grows and tools for trading ordinals become more sophisticated, this could change.

It’s worth noting that the existence of ordinals and the potential for varying applications could affect the fungibility of sats in the future. A sat with a specific and desirable inscription could be valued differently from a plain sat, introducing a new layer of complexity to Bitcoin’s ecosystem.

Overall, Bitcoin ordinals represent a significant innovation within the Bitcoin network, offering new uses for the blockchain while also sparking discussions about the network’s future direction and capabilities. I’m not sure this is a good thing – I personally think that this type of use should remain on chains made specifically for it. Again, there is beauty in simplicity–and less likelihood of exploits or hacks. In my opinion, leave the complex smart contract capabilities to the blockchains built for it.