A central bank digital currency (CBDC) is a type of cryptography-based digital currency issued and regulated by a countryโs central bank ๐ฆโจ With legal tender status and value equivalent to the countryโs traditional currency, itโs essentially digital assets backed by central banks ๐ฑ๐
A CBDC can be designed with any number of the functional characteristics of cryptocurrencies ๐๐ Thatโs why it can be regarded as a โnational cryptocurrencyโ ๐๐ At the same time, a CBDC could be implemented in a centralized manner to improve performance and efficiency ๐โก instead of relying on distributed blockchain technology.
So the big idea is simple: $CBDC meets crypto features, while staying tied to the central bank framework ๐ง ๐ฅ What do you thinkโmore efficiency, more control, or a new era for digital payments? Comment your take ๐๐
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A central bank digital currency (CBDC) is a type of cryptography-based digital currency issued and regulated by a countryโs central bank ๐ฆ๐ป. With legal tender status and value equivalent to the countryโs traditional currency, itโs digital assets backed by central banks โ so you can think of it as a bridge between todayโs money and tomorrowโs crypto world ๐ก
A CBDC can be designed with any number of the functional characteristics of cryptocurrencies ๐๐ฒ, which is why it can be regarded as a โnational cryptocurrency.โ Yet, a CBDC could be implemented in a centralized manner to improve performance and efficiency instead of using distributed blockchain technology โก๏ธโ .
What do you thinkโwill CBDCs speed things up or change the crypto landscape permanently? Share your thoughts ๐๐ฌ
US combat deaths in Jordan amid rising Iran tensions sparked a risk-off crypto selloff. Traders are trimming exposure as conflict fears growโwatch key levels for $BTC and $ETH volatility. #crypto #bitcoin #ethereum #geopolitics
๐๐ฑ A central bank digital currency (CBDC) is a type of cryptography-based digital currency issued and regulated by a countryโs central bank. It comes with legal tender status and value equivalent to the countryโs traditional currency โ in other words, digital assets backed by central banks. ๐ฆโจ
๐๐ฒ Think of a CBDC as a โnational cryptocurrencyโ: it can be designed with any number of the functional characteristics of cryptocurrencies. And yes, it can still be implemented in a way that improves performance and efficiency โ potentially even in a centralized manner instead of relying on distributed blockchain technology. ๐โก
๐ฌ What do you think: will CBDCs help usher in a new era of payments and trust? Or will they change the landscape of #bitcoin #crypto #altcoins
weak us inflation data sparks fresh bitcoin optimism, but crypto investment products just saw a snap $8B outflow streak break. sentiment may flipโwill inflows return this week? ๐๐ #bitcoin #crypto #binance #marketupdate
A central bank digital currency (CBDC) is a type of cryptography-based digital currency issued and regulated by a countryโs central bank ๐ฆโจ It has legal tender status and value equivalent to the countryโs traditional currency ๐ฐโmeaning these digital assets are backed by central banks.
A CBDC can be designed with any number of the functional characteristics of cryptocurrencies ๐๐ Thatโs why it can be regarded as a โnational cryptocurrency.โ But hereโs the twist: a CBDC could be implemented in a centralized manner to improve performance and efficiency โก๐ instead of relying on distributed blockchain technology.
Which side do you think winsโcentralized speed or decentralized control? ๐ค๐ญ Drop your thoughts and letโs discuss! $ $ #bitcoin #crypto #altcoins
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๐จ A second issue is that messages protected by pre-quantum cryptography will be vulnerable in a post-quantum world. ๐โ ๏ธ
If those messages had been saved by adversaries (likely in the case of parties like Russia), those bad actors will be able to read a host of old messages. ๐ฉ๐
Containing secrets from the past, they may reveal embarrassments and dangers with potentially detrimental policy implications. ๐ต๏ธโโ๏ธ๐ฅ
In a world where security must evolve, are you ready for what comes next? ๐ก๐ก๏ธ $BTC $ETH $ALTS
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๐ Current public-key cryptography is based on one key idea: it takes a long time, using todayโs computers, to derive a private key from its public-key counterpart. โณ That time delay is what keeps todayโs systems secure.
But thereโs a new challenge on the horizon: quantum computing. โ๏ธ Once quantum computers are capable of breaking this relationship at scale, todayโs public-key algorithms will be under serious threat.
Experts donโt all agree on exactly how long it will take to build quantum computers powerful enough to do this. Still, the risk is real enough that the US government has already started preparing. ๐บ๐ธ Under the May 2022 National Security Memorandum 10, โPromoting United States Leadership in Quantum Computing While Mitigating Risks to Vulnerable Cryptographic Systems,โ the transition to quantum-resistant public-key algorithms has begun.
โ The good news? Many experts in the field expect quantum-resistant algorithms will be widely available by the time quantum computing comes online. ๐
In the meantime, staying ahead of the curve mattersโbecause security doesnโt wait, and neither does progress. ๐ก
๐จ Senator Lummis says Congress must act so the CFTC can regulate digital assetsโclear rules could boost compliance and market confidence. Traders watch for $crypto policy momentum. #cftc #regulation #cryptonews #binancesquare
๐ Current public-key cryptography is based on a simple but powerful idea: it takes an incredibly long time with todayโs computers to derive a private key from its public-key counterpart. โณ That time gap is what keeps systems secure.
โ ๏ธ But hereโs the challenge: quantum computing will pose a significant threat to todayโs public-key algorithms. When quantum computing comes online, the โlong timesโ assumption may no longer hold in the same way. ๐
๐ง Experts disagree on how long it will take to build quantum computers capable of this, but momentum is already building. Under the May 2022 National Security Memorandum 10, โPromoting United States Leadership in Quantum Computing While Mitigating Risks to Vulnerable Cryptographic Systems,โ the US government has initiated the transition to quantum-resistant public-key algorithms. ๐บ๐ธ
โ The good news? Many experts in the field expect quantum-resistant algorithms will be widely available by the time quantum computing comes online. That means we can keep protecting valueโespecially in the world of $bitcoin and beyondโwhile staying ahead of the next wave. ๐ก๐ฐ
๐ CoinGlass Altcoin Season Index jumped to 58 (after a June 4 spike to 64), hinting at potential $BTC โ$alt capital rotation. Still, BTC dominance ~56.3% keeps it watch-worthy. #altcoinseason #bitcoin #crypto #marketupdate
๐ Public-key cryptography today relies on a simple idea: it takes an extremely long time for todayโs computers to derive a private key from its public-key counterpart. That time gap is the security weโve been building on.
โก But hereโs the twist: quantum computing will pose a significant threat to todayโs public-key algorithms. Experts may disagree on how long it will take to build quantum computers capable of this, but one thing is clearโpreparation canโt wait.
๐บ๐ธ Under the May 2022 National Security Memorandum 10, โPromoting United States Leadership in Quantum Computing While Mitigating Risks to Vulnerable Cryptographic Systems,โ the US government has initiated the transition to quantum-resistant public-key algorithms.
๐ง Many experts expect quantum-resistant algorithms will be widely available by the time quantum computing comes onlineโso the shift is already underway, not hypothetical.
๐ก Think about what this means for everyone who values secure transactions, privacy, and trustโespecially as digital $ coins continue to grow in importance. The future of cryptography is being built now. ๐
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๐จ Public-key cryptography today relies on a simple but powerful idea: it takes a long time for todayโs computers to derive a private key from its public-key counterpart. โณ๐
But that advantage wonโt last forever. Quantum computingโexplored more fully in chapter 8 on semiconductorsโwill pose a significant threat to todayโs public-key algorithms. โ๏ธ๐ฅ
Experts disagree on exactly how long it will take to build quantum computers capable of this, but uncertainty doesnโt mean inaction. The US government has already begun preparing under the May 2022 National Security Memorandum 10, โPromoting United States Leadership in Quantum Computing While Mitigating Risks to Vulnerable Cryptographic Systems.โ ๐บ๐ธ๐
โ The goal? Transition to quantum-resistant public-key algorithms.
Many experts expect quantum-resistant algorithms to be widely available by the time quantum computing comes online. And when it comes to protecting valueโwhether itโs data or moneyโstaying ahead matters. ๐ฐ๐
If youโre thinking about security for the future, this shift is something to watch closely. ๐๐
Bitcoin, an older and today the dominant cryptocurrency, consumes an enormous amount of energy โก๏ธ๐ช; Bitcoin mining uses more energy than the Netherlands ๐. For this reason, newer blockchainsโnotably Ethereumโare designed to use far less energy ๐, and today, Ethereumโs annual energy use is less than 1/10,000 of YouTubeโs annual consumption ๐๐ฅ.
But hereโs the twist ๐: Ethereumโs market capitalization is less than half that of Bitcoin ๐ฐ, and whether any less energy-intensive cryptocurrency will displace Bitcoin remains to be seen ๐ฎ.
Will the future of $crypto be powered greenerโor will Bitcoin still lead the charge? ๐ฑโ๏ธ Share your thoughts! #bitcoin #crypto #altcoins