Buying #AVA here on Binance:
https://www.binance.com/en/trade/AVA_USDT

Due to tariff war issue #AVA price has returned to the accumulation zone. This place has always been the start of strong growth. Every breakout from here has brought a 2x move or more looks like accumulation phase is over

So don’t sleep on this one if you want 2x gain in short timeframe🚀✌️

Short term targets: 10%-30%-50%

#AVA/USDT on verge of darvas box breakout on 1D timeframe which always result in heavy pump🚀

MACD crossover on weekly timeframe which is indicating strong bullish momentum ahead

#AVA is going to pump atleast 50%-100% from here✌️😊

#VINE pumped almost 2x within a day after breaking out from darvas box

So if you missed #VINE 2x rally #AVA is your second chance 🚀

#AVA is backed by #CZ binance 😉

Having more than $100M annual revenue and Mcap of less than $50M do maths

#AVA is heavily undervalued here 🚀

#AVA/BTC

currently consolidating just above a well-established support zone, signaling strong underlying strength also Price action remains tight here indicating reduced selling pressure and potential accumulation by smart money. Given the structure and momentum buildup, a green dildo can come anytime 🚀

#ETH had a strong blast to the upside as per the mentioned call, directly above the strong resistance. Price flipped and retesting the zone and now way to the major resistance area of $2760 - $2790. We got around 42% move, take the major partials out.

#BTC failed to reach the support area and now approaching towards the previous high and the break of resistance sooner.

#AVA make its way to the very 1st target in less than a day and made a high of $0.767 which is 11.50% in profits. Secure some partials here and wait for the further targets.

#AVA/BTC also followed the plan and made a high of 736 Satoshis which is 10.7% in profits. I hope you take the advantage of the free calls.

#BTC.D dropped hard after break of the trendline and we can see a strong impact in the altcoin market, moved really good. Now its again on the support zone and might see some correction.

#PHA/USDT hit the first target, making a high of $0.154 and securing a solid 13.68% profit.
Book some partials and let’s ride the wave together

#PHA/BTC reached a high of 150, delivering a solid 12.85% profit.
First target achieved — lock in some partials and let’s keep the momentum going.

Examining cost-basis across Short-Term Holder subgroups creates a fast-to-slow ribbon that functions as a momentum indicator. The recent market surge has shifted investors holding coins longer than 1-month back into profitability, significantly reducing their financial stress. This transition to profitability among established short-term holders represents an early positive momentum signal if sustained.

Here's the Analysis of #HOOK :

#HOOK just flipped and retesting the key support area around $0.172 - $0.175. Price ultimately looks bullish and can move higher with the support of the trendline. Take it accordingly with a moderate size stoploss.

#BTC just retraced down didn't break to the upside, and now potential goes to the sideway now and break might come till weekend.

#TRUMP had a very good rejection, from the major resistance and dropped around 16% in profits. Price can lead further down towards the support area, meanwhile, you can move stop to Breakeven or book partials.

Analyzing cost-basis across Short-Term Holder subgroups creates a fast-to-slow momentum indicator ribbon. The recent market surge has shifted investors holding coins for over 1-month back into profitability, notably reducing their financial stress. This transition to profitability among established short-term holders provides an early positive momentum signal if maintained.

What Is a ZK Coprocessor?

Large operations often have specific tasks that can be run separately in order to make their overall processes more efficient. The same applies to blockchain networks.

If we think of a blockchain network as a large, shared computer that verifies transactions on a shared ledger, a coprocessor would be an assistant computer that takes on a specific task in this verification process that can be delegated. In the case of a ZK Coprocessor, this task is the generation of zero-knowledge proofs (ZKPs) which are an essential component in blockchain scalability.

Why Are ZK Coprocessors Necessary?

Traditional blockchains often struggle with handling complex computations. You can’t run a modern AAA game onchain, for example.

Therefore, ambitious web3 projects commonly use systems that allow them to execute their applications’ computations offchain and then submit their results back to the main blockchain network. The remaining problem is proving that all the computations that happened offchain are, in fact, correct and can be verified onchain. This is where ZK Coprocessors become necessary.

Proving that the results of offchain computations are correct requires the use of ZKPs, which are particularly time-consuming and costly to generate. ZK Coprocessors are designed to help with the specific task of generating ZKPs in a way that is both fast and effective for end-users on the main blockchain network.

How Do ZK Coprocessors Work?

Typically, ZK Coprocessors take several steps to fulfill their role:

Data retrieval: When a computation is too complex to be handled by a blockchain network, it is taken offchain. This process starts by retrieving all the information needed to complete the task from historical blockchain data.

Off-chain computation: Once all the inputs are gathered, the computation is split into smaller computations which are executed separately. The results are then pieced back together before the ZK Coprocessor generates a proof of their correctness.

Proof generation: The ZK Coprocessor then creates a ZKP of the results by offering the task in a decentralized marketplace where a network of provers competes to offer the most timely proof generation. This cryptographic proof serves as evidence that the task was performed correctly without revealing the actual data or the specifics of the computation.

Onchain verification: Finally, the ZKP is submitted to the main blockchain where it is incorporated into the network’s regular transaction data. This process confirms the validity of the offchain computation, ensuring that the results are trustworthy and have not been tampered with.
Overall, this process ensures that complex tasks can be executed efficiently and securely while the main blockchain network maintains its role as the ultimate verifier of truth.

ZK Coprocessors in Action

Besides paving the way for blockchains to scale more effectively and accommodate a growing number of users and applications, ZK Coprocessors are also opening new doors for blockchain projects. Developers can now be more ambitious and build fully-featured applications that still maintain the same guarantees of the main chain they’re running on.

Another benefit of using ZK Coprocessors comes from facilitating interoperability. In many cases, ZK Coprocessors can handle tasks from different blockchain networks without the use of bridges.

Current developments in ZK Coprocessors are driving experimentation in popular blockchain use cases such as NFTs and DeFi. They’re also being applied to new developments in the use of AI and its intersection with blockchain.