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Bitcoin’s BIGGEST THREATS!! Should You WORRY?? 😰

πŸ”₯ TOP Crypto TIPS In My E-newsletter πŸ‘‰
πŸ“² Insider Information in my Socials πŸ‘‰
πŸ‘• “Purchase The Dip” Shirt in Merch πŸ‘‰
πŸ›’ Get The Greatest Offers In Crypto πŸ‘‰

πŸ“Ί Helpful Vids πŸ“Ί

Chinese language Mining Centralisation πŸ‘‰
Stablecoin Conspiracy πŸ‘‰
Cashless Society πŸ‘‰


0:00 Intro
1:52 Miner Centralisation
4:35 May it Be Altering?
8:20 Quantum Computer systems
11:06 Can They Actually Crack it?
13:35 Regulators
17:41 Can They Actually Ban it?
19:14 Remaining Ideas


⛓️ πŸ”— Helpful Hyperlinks πŸ”— ⛓️

β–Ί 51% Assault Defined:
β–Ί Quantum Computer systems Defined:
β–Ί Bitcoin & Quantum Computing:
β–Ί Mining Centralisation Map:
β–Ί Challenges for Quantum:
β–Ί Texas Wind:
β–Ί Quantum Resistant Ledgers:
β–Ί IMF Panel on CBDCs:


πŸ“ Miner Centralisation πŸ“

There’s a giant diploma of Miner centralisation in China with over 65% of the hashrate coming from that nation. Because of this in the event that they needed, the might run a 51% assault on the Bitcoin community and take it over.

There are numerous who feared for this as they know that having a lot hash fee in a rustic like China that wishes to have management the broader economic system.

πŸ’­ Is it a Actual Threat πŸ’­

There are much more worthy targets on the market for a nation state and a decentralized blockchian is just not one in all them. China at present holds over 3.3 trillion {dollars} in US foreign money reserves. In addition they maintain over 1 trillion {dollars} of US debt.

In the event that they actually needed to trigger monetary havoc on international adversaries, they’d simply dump this on the the open market

Pulling off an assault of this magnitude can be hellishly difficult to co-ordinate.

Lastly, you also needs to think about that a number of the hashrate has already been shifting away from China to the west. Nations just like the USA & Canada have already had a big diploma of miners shifting over to different international locations.

πŸ–₯ Quantum Computer systems πŸ–₯

Quantum computer systems are 100 million occasions quicker than tremendous computer systems. And tremendous computer systems are essentially the most superior computer systems at present available on the market – over 1,000 occasions quicker than house computer systems

The primary approach that they will do that’s to try to “guess” your non-public key. You see, Bitcoin depends on what is known as ‘Eliptic Curve Cryptography’ with the intention to encrypt our non-public keys.

They might alos run a 51% assault on the community. A Quantum pc can be utilized to launch a 51% assault on the community

πŸ€” How Doubtless is it? πŸ€”

You must observe that the Google assessments have been run in a extremely managed lab experiments.

It additionally has a big diploma of what are referred to as “error charges”.

Attacking Bitcoin keys would require about 1,500 qubits. Presently, humanity doesn’t have the know-how accessible with the intention to create a quantum PC this massive to assault the keys.

There’s additionally tech that’s being constructed that may be capable to make the Bitcoin blockchain Quantum resistant. This may very well be by a mushy fork of the community

πŸ‘¨β€βš–οΈ Regulators πŸ‘¨β€βš–οΈ

It is no secret that the governments, regulators and central bankers should not a fan of cryptocurrency.

There appears to be a contradictory stance with these governments. They’re permitting crypto to develop however they do not need individuals to have full management of the crypto that they maintain.

This may very well be as a result of they need to launch their very own CBDCs that would take the facility away from the individuals and put it into the fingers of the state.

The federal government might ban Bitcoin and pressure residents to carry their CBDCs. Nonetheless, as we all know, it is rather onerous to ban a decentralised open supply community like Bitcoin.

China tried to ban Bitcoin however they struggled to cease native OTC sellers and individuals who use VPNs.


πŸ“œ Disclaimer πŸ“œ

The data contained herein is for informational functions solely. Nothing herein shall be construed to be monetary authorized or tax recommendation. The content material of this video is solely the opinions of the speaker who is just not a licensed monetary advisor or registered funding advisor. Buying and selling Foreign exchange, cryptocurrencies and CFDs poses appreciable danger of loss. The speaker doesn’t assure any explicit final result.

#Bitcoin #Dangers #crypto #quantumcomputer #mining #centralisation #blockchain

Source: Coin Bureau

46 Responses

  1. Your analysis is really good, because it also consolidates the thoughts that these risks may not be practical for various reasons. The biggest risk is going to come from Central Governments, passing laws about access or some sort of proof of holdings of cryptocurrency, i.e. if you do not declare your holdings that could be considered as breaking a law… They can find out with the help of many willing tech giants, for instance why should people like me watch your kind of videos ? Then home on to people like me – unmasking !

  2. U r dead on the money… CB and gomen are warming us up to digital money under their control.

    CB has ruled the world for so long and enslave worlds population.

    Policians and gomen are their working dogs…

    CB runs all the worlds organisations and education systems with media as their loudspeaker to dumb the populace….

    So the future of defi???


    Unless it is hosted on decentralised network.

    Decentralised internet???

  3. Two thoughts on quantum threat.
    1. Only possible assailant would be a competitor, not a thief. A fiat entity would win by "hacking" bitcoin, but a thief' would destroy the monetary value if successful, right? Love the content lad.

  4. I actually think the biggest threat is the insolvency of tether. If this stable coin liquidity provider goes defunct, the crypto market will suffer in the short and medium term. And could even "justify" longterm devastating crypto regulations.

  5. in terms of the quantum computing threat isn't that potentially a threat to everything in terms of security if they could just solve and crack any problem; quantum encryption needed asap πŸ˜‰

  6. The biggest threat to Bitcoin is its uncontrollable footprint. It could be replaced by another coin slowly before having a chance to migrate. Bitcoin can lost its throne for sure and I think it has more than 50% that it will happen.

  7. 7:38 this aged like milk 🀣 who would have foreseen that less than 3 months later there would be Texans paying $20k+ on 2 weeks of electricity due to a snow storm?

  8. Yes the Communist Party will be much willing to do that once the leaders figured it out. Watch China Uncensored in Youtube they have a video titled China declares War on Bitcoin considering they have a new digital currency the digital yuan (because they wanted have more control) and bitcoin will be a threat to it.

  9. Texas cheap energy… yeah, until their unregulated grids and electric companies suffer a cold front… then the bills are sky high, and some literally die.
    Quantum computing will be the end of block chain.
    And I'm actually surprised how quick quantum computing is advancing. IBM suspects to have a 2,000 qubit computer by 2022/2023. And they're guessing that using this will understand how to scale to mega qubytes.
    You only need 1,500 quibits… working qubits…. because error correction uses up a percentage of quibits… error correction means running the problem multiple times at once to discern errors… 5 with one answer and 2 or 1 with different answers, the odd answers are considered errors and thrown out.

    So it's happening sooner then we think… I give in 7 to 12 years for a 1 to 10 megaqubytes computer… that's sufficient to do things that rock my brain…

    The number of just the qubit computational power is 2 to the qubit power… so 2,000 qubits is 2 to the 2,000 power… which is several times more atoms in the observable universe.
    10 megaqubytes is number consisting of 6,020,599 digits. or 6,020.599 googols…. 92,624.6 observable universes to fill entirely with grains of sand.
    A one 1megaqubyte computer would be 602,059 digits long or 6337.463 observable universes to fill full with grains of sand.
    Calculators will usually just provide the answer to infinity to either 2^20,000,000 or 2^,1,000,000
    So you easier to is to get number of digits… 20,000,000 Log(2) for 10 mega qubytes and for 1mega qubytes 2,000,000 log (2).

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