Here's the Analysis of #DOGE :

#DOGE bouncing off between the major level of support and resistance around $0.137 - $0.142 and $0.160 - $0.165. With that, price formed a bear flag pattern, which already broken to the downside and can reach the major support again. Short-term buys can be taken there or long after Daily candle close over major resistance.

#BTC rejecting both side and formed a new consolidation range which now we need to see some sort of breakout now. Buyer and seller both are in low confidence.

#TON have a short-term pullback and formed a small wedge pattern which is trying to break it now. Price moved 8% in favor and let see how much it can go.

While Bitcoin sees growing institutional demand through ETFs, retail traders have shifted toward alternative cryptocurrencies. XRP serves as a good indicator of retail speculation, with its daily active addresses increasing 490% since the 2022 market bottom, compared to just 10% for Bitcoin. This stark contrast shows where retail enthusiasm is currently focused in crypto markets.

Types of Zero-knoweldge Rollup (ZK Rollup)

Factors that differentiate various types of zero-knowledge rollups include:

Proof System: Refers to the type of zero-knowledge proof employed to verify on-chain transactions. Different proof systems possess distinct properties and trade-offs, such as proof size, verification time, prover time or trusted setup. Popular proof systems include zk-SNARKs, zk-STARKs, PLONK and Bulletproofs. Examples of zk-rollups using different proof systems are zkSync (PLONK), StarkWare (zk-STARKs), and Aztec (zk-SNARKs).

Circuit Design: Pertains to the encoding and execution of transactions on the layer-2 chain. Different circuit designs have implications for scalability, usability, and compatibility. Primary circuit designs include account-based, UTXO-based, and ZKVM-based.

Examples of zk-rollups using different circuit designs are zkSync (account-based), StarkWare (UTXO-based), and ZkPorter (ZKVM-based).

Data Availability Solution: Refers to the storage and access of full-block data off-chain. Different data availability solutions offer various pros and cons, such as decentralized storage networks (like IPFS), data availability committees (like Celestia), or data availability sampling (like Validium). Examples of zk-rollups using different data availability solutions are zkSync (IPFS), StarkWare (Validium) and ZkPorter (Celestia).

Here's the Analysis of #AI :

#AI printed a new All Time Low, past 9 days ago, and build a support around $0.10 - $0.11 and resistance at $0.132 - $0.134. There's no key support on the left just a range and can be traded either side once the Daily or H4 candle closes.

#BTC still inside the consolidation range not movement yet. But yes tariff thing might come after while and market is not clear at the moment. We can only follow the Technical and make it along the way.

#BTC.D have another push to the upside, and with that #BTC too. Near to the price for a wick fill. Once #BTC stables down and dominance starts crashing, we can see some crazy altcoin season in the market.

What Does “Zero Knowledge” Mean for ZK-Rollups?

In zk-rollups, the term "zero-knowledge" refers to the use of zero-knowledge proofs for on-chain transaction verification without requiring interaction or trust. Zero-knowledge proofs are cryptographic proofs that can demonstrate a statement's truth without disclosing any information about the statement itself.

Benefits of ZK-Rollups

Lower Gas Fees: By generating zero-knowledge proofs for transaction batches and submitting minimal on-chain data, zk-rollups increase efficiency and decrease gas costs.

Higher Throughput: By circumventing base layer congestion and limitations, zk-rollups achieve faster transaction speeds and reduced confirmation times. Some estimates suggest zk-rollups can increase throughput by up to 100x.

Faster Confirmation Times: Users no longer need to wait for block confirmations on the base layer, which could take several minutes or hours depending on network conditions. Instead, they receive immediate feedback and finality on the layer-2 chain.

Privacy Features: Zk-rollups enhance transaction privacy by using zero-knowledge proofs to verify them on-chain without disclosing any information. This means minimal data is posted on-chain, and no information about the transactions is leaked. Zk-rollups also offer privacy features, such as concealing transaction amounts or recipients.

Security and Integrity: Zk-rollups inherit the robustness and trustlessness of Ethereum's consensus mechanism and validator network. Users don't need to trust third parties or intermediaries to process their transactions or store their data.

Challenges or Limitations of ZK-Rollups

Proof Generation Cost: The cost of generating a zero-knowledge proof for a transaction batch depends on the complexity of the transactions, the proof system and the circuit design. Proof generation costs can be high for some use cases, potentially affecting zk-rollups' scalability and usability. Reducing proof generation costs involves using more efficient proof systems or circuit designs or subsidizing or incentivizing provers.

Circuit Complexity: This refers to the complexity of encoding and executing transactions on the layer-2 chain, depending on the circuit design and transaction functionality. High circuit complexity can affect zk-rollups' scalability and usability for certain use cases. Reducing circuit complexity involves using more optimized or specialized circuit designs or simplifying or standardizing transactions.

Compatibility Issues: Zk-rollups aren't fully compatible with existing smart contracts and tools running on Ethereum, necessitating changes or adaptations. Developers might need to use different languages, frameworks, libraries, or standards to write smart contracts for zk-rollups. Users might also need different wallets, browsers, or interfaces to interact with zk-rollups. Addressing compatibility issues involves using more interoperable or universal solutions or providing education and support for developers and users.

Here's the Analysis of #WCT :

#WCT recently got listed in Binance and other #CEX exchanges. The price flipped below the support and not enough to support any price other the listing prices. Better wait for the flip or further price action to develop.

#BITCOIN DAILY TF UPDATE :

#BITCOIN on Daily TF, haven't moved any where this week just sideway market and broke the resistance trendline. Nothing much to expect and we can see some sort break by next week.

#TOTAL gave a shallow break of the channel and trying to break the resistance, but struggling at the moment. In case of the flip too, we're still at uncertainty for break of the $2.9T area as resistance.

While Bitcoin attracts institutional interest through ETFs, retail traders have shifted to alternative cryptocurrencies. XRP serves as an indicator of retail speculation, with its daily active addresses increasing 490% since the 2022 market bottom versus just 10% for Bitcoin. This contrast reveals where retail enthusiasm currently lies in crypto markets.

Here's the Analysis of #EOS :

#EOS rejected strong from the major resistance and now broke the channel pattern just over the major support zone around $0.56 - $0.57. This doesn't mean its a good time for buys, price can easily go lower, so try for shorting.

#BITCOIN WEEKLY TF UPDATE :

#BITCOIN on WEEKLY TF, haven't moved well, and weekly candle is very small and now on the weekly resistance area. Any TF isn't showing any strong sign or down or up. Next week might come up with something.

#DXY UPDATE :

#DXY slides below the 100% mark and gave a minor retracement from major support as expected. Index now gave a shallow closing below the zone, and might next week can take in to print further lower low.