#BITCOIN DAILY TF UPDATE :

#BITCOIN surpasses the $100,000 mark and dumped hard yesterday. Price rejected strong from the drawn level at support and had a indecision closing. Price moving back and forth of $100K level and expected further move with a retracement in next week.

#ENA kept on rising and a new higher high. All trades working perfectly 215%, 128% and 64% in profits and try to secure some more profits here.

#ENS flipped the zone and started consolidating over the strong support zone. Price showing strong buyer from here and need to see some sort of new Higher high sooner, attempting buys looks good here.

Long-Term Holders are currently selling about 0.27% of their Bitcoin supply daily, which is historically significant. Out of all trading days recorded, only 177 have seen a higher rate of distribution. Notably, the current selling rate is more aggressive compared to the March 2024 all-time high, indicating a strategic and potentially calculated approach to selling their Bitcoin holdings.

Here's the Analysis of #ZRO :

#ZRO kept on printing the new higher high and now sitting on the structural support zone of $6.79 - $6.91 and expected to further higher in this bullrun.

#BITCOIN WEEKLY TF UPDATE :

#BITCOIN on Weekly TF, Attempting to cross the build up resistance and need to a closing above $98,000 and best case will be $100,000 level. With that closing, price build the new support at $97,000.

#DXY UPDATE :

#DXY turned bearish as said and now moving lower after the retest, with that we saw a fruitful push in market. Now Index is approaching towards the support zone 104.87% - 105.18% where market might go into consolidation or a healthy retracement phrase.

The Long-Term Holder (LTH) Liveliness metric helps gauge Bitcoin holder behavior by measuring the balance between holding time and spending time. While the current supply distribution rate is higher than the March peak, the volume of coin destruction remains relatively low. This suggests that the Bitcoin being sold is from more recently acquired coins (around 6 months old) rather than long-held, older coins. In other words, the market is seeing active trading, but not a massive liquidation of long-standing Bitcoin holdings.

What Are Treasury Bills (T-Bills)?

Treasury bills (T-Bills) are essentially short-term U.S. government debt obligations that are backed by the Treasury Department with a maturity in a year or less.

Treasury bills are typically sold in denominations of $1,000, and some can even reach a maximum denomination of $5 million when in non-competitive bids.

As such, these securities are widely regarded as a low-risk as well as a secure investment.

The U.S. government issues treasury bills to fund different public projects, for example, the construction of highways, and when an investor purchases a treasury bill, the U.S. government is writing an "I owe you" letter to the investors. This means that treasury bills are considered safe as well as conservative investments since the U.S. government backs them.

Treasury bills are held until their maturity date; however, some holders might want to cash out before the maturity and realize the short-term interest gains through reselling the investment to the secondary market.

Discussing treasury bill maturities, they can have maturities of just a few days up to a maximum of 52 weeks. Keep in mind that the longer a maturity date is, the higher the interest rate that the treasury bill will pay to the investor.

Treasury bills are issued at a discount from the face value of the bill, and this means that the purchase is less than the face value of the bill itself.

Over time, when the treasury bill ends up maturing, the investor is paid the face value of the bill they bought. If the face value amount is greater than the purchase price, the difference is in the interest earned for the investor. Keep in mind that treasury bills do not pay regular interest payments as with a coupon bond, for example; however, a treasury bill does have an interest which is reflected on the amount it pays when it ends up maturing.

#ADA Update

Can't confirm anything yet

Wait for the proper news to out

#ADA Update 👀
As expected

Here's the Analysis of #AR :

#AR flipped the key resistance area and making it into the major support zone of $25.91 - $26.71. Price gave a minor break of the trendline and still we can expect it to move higher as market is overall bullish. The next target area would be resistance around $34.64 - $35.43.

#BTC have a good candle close on Weekly TF but now the best one, with that price formed the support at at $100,000 which currently price is retesting out and next zone is at $97,000. Have a look at these zones and try to get on the in altcoins with the area.

#MASK push further upside and running profits around 18.90%. With that, the next strong resistance area is at $4.69 - $4.77. Try to scale-in with the trade and targeting the resistance mentioned.

In November, Long-Term Holders (LTHs) are experiencing a dramatic shift in their profit-to-loss ratio, primarily because almost all of their held Bitcoin is now in a profitable position. This indicates a strong market sentiment where nearly all LTH-held Bitcoin has appreciated in value. Historically, such periods of euphoria can persist for several months, provided there is continuous and significant new demand entering the market. The current scenario suggests a robust and optimistic Bitcoin market dynamic.

What Are TEEs?

Trusted Execution Environments (TEEs) are secure areas within a main processor. They provide a protected space where sensitive code and data can operate without fear of tampering or observation from the outside world. In the context of web3, think of TEEs as impenetrable vaults within nodes or validators, safeguarding private keys, confidential smart contract data, and critical decentralized application (dApp) operations from potential threats in the broader network environment.
The concept of TEEs isn't new. It originated in the mid-2000s when the Open Mobile Terminal Platform (OMTP) defined them in their "Advanced Trusted Environment: OMTP TR1" standard. This standard outlined two security profiles: one targeting software attacks and another addressing both software and hardware threats.

At their core, TEEs consist of two main components: a hardware isolation mechanism and a secure operating system running on top of that isolation. This combination creates a robust barrier between the TEE and the rest of the system. Only trusted applications have access to the full power of the device's processor, peripherals, and memory within this protected zone. Meanwhile, the hardware isolation shields these resources from user-installed apps running in the main operating system.

TEEs rely on a "hardware root of trust" to prevent simulation by user-controlled software. This root of trust is typically a set of private keys embedded directly into the chip during manufacturing. These keys are immutable and serve as the foundation for the TEE's security model.

TEEs have become increasingly used in web3 to enable privacy-preserving smart contracts and enhance the security of decentralized applications. This trend has led to the development of TEE-based "confidential computing" platforms specifically designed for blockchains. They allow developers to build dApps that can process sensitive data off-chain while still maintaining the trust and transparency benefits of blockchains.

What Are They Used For in Web2?

TEEs have a wide range of applications across various industries, and are included as standard in all new NVIDIA H100 GPUs. They're commonly used in Digital Rights Management (DRM) to protect high-value content like 4K movies or premium audio from unauthorized access or copying. In the realm of mobile financial services, TEEs secure mobile wallets, contactless payments, and point-of-sale terminals by safeguarding sensitive financial data.

Authentication is another key use case for TEEs. They provide a secure environment for biometric identification methods such as facial recognition, fingerprint scanning, and voice authorization. Enterprises and government organizations leverage TEEs to handle confidential information on mobile devices and server infrastructure securely.

In the world of software development, TEEs enable secure modular programming. They allow for the creation of isolated, secure modules within larger software systems, enhancing overall security and reliability. With the rise of digital assets, TEEs are increasingly used to implement secure crypto-wallets, offering enhanced protection for storing and managing tokens.