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Aleph Zero | The innovation of Common DEX: A new paradigm in decentralized exchanges#AlephZero #AZERO #DEX Filling the Gaps in the Decentralized Trading Experience Common seeks to resolve the core issues traders face in the digital asset landscape: price efficiency, privacy, and custody. While centralized exchanges offer excellent liquidity and somewhat private transactions, they require users to entrust their assets to a third party. Decentralized exchanges (DEXs), on the other hand, face challenges in price efficiency due to low liquidity and risks associated with Miner Extractable Value (MEV) bots. Three Pillars of Common Price Efficiency: Common addresses this by aggregating liquidity from various on-chain and off-chain sources, aiming to offer competitive prices.Privacy: The platform's shielded pool protects the details of an order, ensuring that transactions remain confidential.Custody: In Common, assets are held in a shielded pool, allowing for a self-custodial approach that eliminates the need to trust a third party. Addressing Miner Extractable Value MEV bots exploit the transaction pool to either front-run or back-run orders, skewing market conditions against the trader. Common effectively mitigates the impact of MEV through its unique dutch auction mechanism. This model starts with a high initial price that reduces incrementally until a buyer is found, making it less profitable for bots to manipulate the system. The Inner Workings of Trade Execution Private Matching. Common uses an internal order book that first attempts to match private orders. These orders are aggregated in specific price ranges, hiding the size of each trade to protect users' privacy.Dutch Auctions. If the trade isn't fully matched internally, the remaining part is sent to a public dutch auction. This process not only facilitates price discovery but also minimizes the MEV impact by making profit opportunities less immediate for specialized actors.Fee Structure. Common's design stipulates that the initial phase of order matching incurs no fees, contrasting with many other platforms where fees are a significant concern for traders. Enhanced Flexibility Common allows users to cancel their orders even if partially filled, a feature that provides an experience similar to what traders find on centralized platforms. Compliance Outside the Pool While transactions within the shielded pool are private, compliance procedures occur outside of Common, primarily during the transition of funds into the shielded pool. With its unique features, such as the dutch auction mechanism, shielded pools, and aggregated liquidity, Common stands out as a groundbreaking solution in the DEX arena. It skillfully addresses the major challenges of price efficiency, privacy, and custody, setting a new standard for decentralized trading. Source: "Common Whitepaper with Damian Straszak" Podcast Website: common.fi

Aleph Zero | The innovation of Common DEX: A new paradigm in decentralized exchanges

#AlephZero #AZERO #DEX

Filling the Gaps in the Decentralized Trading Experience
Common seeks to resolve the core issues traders face in the digital asset landscape: price efficiency, privacy, and custody. While centralized exchanges offer excellent liquidity and somewhat private transactions, they require users to entrust their assets to a third party. Decentralized exchanges (DEXs), on the other hand, face challenges in price efficiency due to low liquidity and risks associated with Miner Extractable Value (MEV) bots.
Three Pillars of Common
Price Efficiency: Common addresses this by aggregating liquidity from various on-chain and off-chain sources, aiming to offer competitive prices.Privacy: The platform's shielded pool protects the details of an order, ensuring that transactions remain confidential.Custody: In Common, assets are held in a shielded pool, allowing for a self-custodial approach that eliminates the need to trust a third party.
Addressing Miner Extractable Value
MEV bots exploit the transaction pool to either front-run or back-run orders, skewing market conditions against the trader. Common effectively mitigates the impact of MEV through its unique dutch auction mechanism. This model starts with a high initial price that reduces incrementally until a buyer is found, making it less profitable for bots to manipulate the system.
The Inner Workings of Trade Execution
Private Matching. Common uses an internal order book that first attempts to match private orders. These orders are aggregated in specific price ranges, hiding the size of each trade to protect users' privacy.Dutch Auctions. If the trade isn't fully matched internally, the remaining part is sent to a public dutch auction. This process not only facilitates price discovery but also minimizes the MEV impact by making profit opportunities less immediate for specialized actors.Fee Structure. Common's design stipulates that the initial phase of order matching incurs no fees, contrasting with many other platforms where fees are a significant concern for traders.
Enhanced Flexibility
Common allows users to cancel their orders even if partially filled, a feature that provides an experience similar to what traders find on centralized platforms.
Compliance Outside the Pool
While transactions within the shielded pool are private, compliance procedures occur outside of Common, primarily during the transition of funds into the shielded pool.
With its unique features, such as the dutch auction mechanism, shielded pools, and aggregated liquidity, Common stands out as a groundbreaking solution in the DEX arena. It skillfully addresses the major challenges of price efficiency, privacy, and custody, setting a new standard for decentralized trading.
Source: "Common Whitepaper with Damian Straszak" Podcast
Website: common.fi
The Bittensor RevolutionThe Bittensor Revolution, scheduled for October 2nd, marks a fundamental shift in the Bittensor ecosystem. Spearheaded by Opentensor, the primary development organization for Bittensor, this revolution seeks to redefine the distribution of authority, computation, and governance in Bittensor's network. Changing Hierarchies and The Role of Opentensor Foundation Until recently, the Opentensor Foundation acted as the custodian for Bittensor, controlling its development and overseeing its incentive mechanisms. This centralized hierarchy is set to change with Bittensor Revolution, opening doors for individual participants to have the same influence as the Opentensor Foundation. A Computational Revolution The Bittensor Revolution introduces the capability to easily write incentive mechanisms through the language of human consensus, powered by TAO. This means Bittensor is not just evolving in terms of governance but also in computational terms. The platform will be the first to have a language to write incentive mechanisms for digital commodities, marking a revolutionary step in computational technology. Governance and Emission Schedules Another significant aspect of this revolution is a change in how emission schedules are managed. Previously controlled by the Opentensor Foundation, these schedules will now be under the purview of delegates or members of the root network. These delegates will have the authority to direct incentives throughout the ecosystem and even push non-valuable mechanisms into non-existence, encouraging innovation. Understanding Subnets and Submits A subnet is essentially an environment where TAO is mined under the constructed reward landscape by validators. Subnets can now be owned by various individuals or groups rather than just the foundation. Subnets are now identified by specific unique identifiers (UIDs), and their operations and interactions can be programmed by their respective owners. The coding specifics have been decoupled from the central repository and can be governed at the subnet level. Registration and Competition for Subnet Positions To register a subnet, participants lock TAO for the subnet's duration, and this amount is adaptive depending on demand. For instance, the initial rate for lock-up is 2,500 TAO, which can increase or decrease over time. Once a subnet is deregistered, the locked TAO is returned. The owners of subnets will acquire 18% of the emissions generated through that subnet. The Root Network The root network acts as the meta-subnet distributing emissions across subnets. Running a pared-down version of Uniconsensus, it produces an emission vector across these subnets. The root network serves a dual role as the Network Senate, giving it the power to affect changes across the Bittensor ecosystem. User Interface and Other Functionalities The Bittensor Command Line Interface (CLI) has been updated to accommodate these new functionalities. Through the CLI, participants can register subnets, perform various operations, and interact with the root network if they are large-scale delegates. Systematic Emission Distribution A significant change in VT's protocol is the introduction of a systematic way to create subnets. Emissions are no longer controlled by the Opentensor Foundation but are instead determined by the root network. While it might seem that anyone can decide the amount of emission they receive, this is not the case. Consensus among other delegates on the root network is needed before emissions are distributed. The Root Network and Subnets VT has transitioned into a network of networks, with the root network serving as the central controller. This new system requires a high degree of communication among delegates. When it comes to subnets, initially, nine slots will be available, though not all will be active immediately. It will likely take a few weeks for these subnets to mature and integrate into the network. Unique Identifiers and Emission Levels On launch day, each subnet will start with 256 unique identifiers (UIDs), except for subnet one, which will retain its 1,024 UIDs. The emission levels are determined by human consensus, specifically through a mechanism called YC1 that ran in Kusanagi. Deprecated Subnets and Validator Penalties Subnet 11 (SN11) will likely be deprecated following the new launch. Validators are not penalized if they haven't set weights on S0 and can validate on any subnet. This separation ensures economic security across all subnets. Validator and Miner Updates Validators and miners are required to update their setups by Monday. The protocol is shifting to Bittensor revolution, employing Fast API over gRPC. Miners using the previous Axon protocol will not be able to receive requests from the updated validators, so updates are crucial. Developer Engagement and Future Projects While specific projects will be discussed in detail later, current development efforts include a storage subnet, a map-reduce subnet, and a distributed training subnet, among others. Subnet creation will initially cost 2,500 units, and the price will increase for each subsequent subnet. These costs will decline over a two-week period, similar to a Dutch auction mechanism. Timeline and Support The release is scheduled for Monday at 2pm EST. Support will be available on Discord and Twitter to assist with the migration process. In My Opinion This shift in Bittensor's ecosystem could be a game-changer not just for the platform but potentially for the broader world of decentralized networks. Decentralization is often promised but rarely fully realized; the steps Bittensor is taking could serve as a blueprint for other networks looking to fully commit to a decentralized governance model. Particularly impressive is the ability to write incentive mechanisms, which could drive more granular and efficient forms of digital commerce and social coordination. The introduction of a decentralized approach to emission schedules and governance also indicates a more democratic, community-driven ethos, which could further accelerate innovation within the network. However, the complexity introduced by these changes could present challenges in terms of network security and adoption rates, and it will be interesting to see how Bittensor addresses these concerns post-launch. ProfETH.ETH

The Bittensor Revolution

The Bittensor Revolution, scheduled for October 2nd, marks a fundamental shift in the Bittensor ecosystem. Spearheaded by Opentensor, the primary development organization for Bittensor, this revolution seeks to redefine the distribution of authority, computation, and governance in Bittensor's network.

Changing Hierarchies and The Role of Opentensor Foundation
Until recently, the Opentensor Foundation acted as the custodian for Bittensor, controlling its development and overseeing its incentive mechanisms. This centralized hierarchy is set to change with Bittensor Revolution, opening doors for individual participants to have the same influence as the Opentensor Foundation.
A Computational Revolution
The Bittensor Revolution introduces the capability to easily write incentive mechanisms through the language of human consensus, powered by TAO. This means Bittensor is not just evolving in terms of governance but also in computational terms. The platform will be the first to have a language to write incentive mechanisms for digital commodities, marking a revolutionary step in computational technology.
Governance and Emission Schedules
Another significant aspect of this revolution is a change in how emission schedules are managed. Previously controlled by the Opentensor Foundation, these schedules will now be under the purview of delegates or members of the root network. These delegates will have the authority to direct incentives throughout the ecosystem and even push non-valuable mechanisms into non-existence, encouraging innovation.
Understanding Subnets and Submits
A subnet is essentially an environment where TAO is mined under the constructed reward landscape by validators. Subnets can now be owned by various individuals or groups rather than just the foundation. Subnets are now identified by specific unique identifiers (UIDs), and their operations and interactions can be programmed by their respective owners. The coding specifics have been decoupled from the central repository and can be governed at the subnet level.
Registration and Competition for Subnet Positions
To register a subnet, participants lock TAO for the subnet's duration, and this amount is adaptive depending on demand. For instance, the initial rate for lock-up is 2,500 TAO, which can increase or decrease over time. Once a subnet is deregistered, the locked TAO is returned. The owners of subnets will acquire 18% of the emissions generated through that subnet.
The Root Network
The root network acts as the meta-subnet distributing emissions across subnets. Running a pared-down version of Uniconsensus, it produces an emission vector across these subnets. The root network serves a dual role as the Network Senate, giving it the power to affect changes across the Bittensor ecosystem.
User Interface and Other Functionalities
The Bittensor Command Line Interface (CLI) has been updated to accommodate these new functionalities. Through the CLI, participants can register subnets, perform various operations, and interact with the root network if they are large-scale delegates.
Systematic Emission Distribution
A significant change in VT's protocol is the introduction of a systematic way to create subnets. Emissions are no longer controlled by the Opentensor Foundation but are instead determined by the root network. While it might seem that anyone can decide the amount of emission they receive, this is not the case. Consensus among other delegates on the root network is needed before emissions are distributed.
The Root Network and Subnets
VT has transitioned into a network of networks, with the root network serving as the central controller. This new system requires a high degree of communication among delegates. When it comes to subnets, initially, nine slots will be available, though not all will be active immediately. It will likely take a few weeks for these subnets to mature and integrate into the network.
Unique Identifiers and Emission Levels
On launch day, each subnet will start with 256 unique identifiers (UIDs), except for subnet one, which will retain its 1,024 UIDs. The emission levels are determined by human consensus, specifically through a mechanism called YC1 that ran in Kusanagi.
Deprecated Subnets and Validator Penalties
Subnet 11 (SN11) will likely be deprecated following the new launch. Validators are not penalized if they haven't set weights on S0 and can validate on any subnet. This separation ensures economic security across all subnets.
Validator and Miner Updates
Validators and miners are required to update their setups by Monday. The protocol is shifting to Bittensor revolution, employing Fast API over gRPC. Miners using the previous Axon protocol will not be able to receive requests from the updated validators, so updates are crucial.
Developer Engagement and Future Projects
While specific projects will be discussed in detail later, current development efforts include a storage subnet, a map-reduce subnet, and a distributed training subnet, among others. Subnet creation will initially cost 2,500 units, and the price will increase for each subsequent subnet. These costs will decline over a two-week period, similar to a Dutch auction mechanism.
Timeline and Support
The release is scheduled for Monday at 2pm EST. Support will be available on Discord and Twitter to assist with the migration process.
In My Opinion
This shift in Bittensor's ecosystem could be a game-changer not just for the platform but potentially for the broader world of decentralized networks. Decentralization is often promised but rarely fully realized; the steps Bittensor is taking could serve as a blueprint for other networks looking to fully commit to a decentralized governance model. Particularly impressive is the ability to write incentive mechanisms, which could drive more granular and efficient forms of digital commerce and social coordination. The introduction of a decentralized approach to emission schedules and governance also indicates a more democratic, community-driven ethos, which could further accelerate innovation within the network. However, the complexity introduced by these changes could present challenges in terms of network security and adoption rates, and it will be interesting to see how Bittensor addresses these concerns post-launch.

ProfETH.ETH
Could SHIBA INU make a 1000x from here? I used Experimental AI from Google to find out.The question on every crypto investor's mind is, "Could Shiba Inu (SHIB) make a 1000x return from its current price?" To answer this burning question, I turned to Google's experimental AI for insights. The AI's analysis provides a nuanced perspective on the potential price targets for SHIB in the next bull run, ranging from modest to highly ambitious. Google AI's Analysis According to Google's experimental AI, the price predictions for Shiba Inu in the next bull run vary widely: $0.00001 and $0.00005: These are modest and achievable targets, even in a bear market.$0.0001 and $0.0005: These are ambitious but achievable in a strong bull run, requiring significant market share gains.$0.001 and $0.005: These are very ambitious targets that would necessitate SHIB becoming one of the most valuable cryptocurrencies.$0.01 and $0.1: These are highly ambitious and unlikely, requiring a massive market share. Factors affecting SHIB's price include market sentiment, community support, utility, and competition. The AI suggests that while it's difficult to predict the exact price, SHIB has the potential for significant gains, but investors should weigh the risks and rewards carefully. Conclusion The possibility of Shiba Inu making a 1000x return is a complex issue with multiple variables at play. While Google's AI doesn't provide a definitive answer, it does offer a framework for understanding the potential risks and rewards. The key takeaway is that while a 1000x return is highly ambitious, it's not entirely out of the realm of possibility, especially if SHIB can differentiate itself from competitors and continue to develop new use cases. Therefore, investors should keep a close eye on market sentiment, community engagement, and utility developments when considering an investment in $SHIB .

Could SHIBA INU make a 1000x from here? I used Experimental AI from Google to find out.

The question on every crypto investor's mind is, "Could Shiba Inu (SHIB) make a 1000x return from its current price?" To answer this burning question, I turned to Google's experimental AI for insights. The AI's analysis provides a nuanced perspective on the potential price targets for SHIB in the next bull run, ranging from modest to highly ambitious.

Google AI's Analysis
According to Google's experimental AI, the price predictions for Shiba Inu in the next bull run vary widely:
$0.00001 and $0.00005: These are modest and achievable targets, even in a bear market.$0.0001 and $0.0005: These are ambitious but achievable in a strong bull run, requiring significant market share gains.$0.001 and $0.005: These are very ambitious targets that would necessitate SHIB becoming one of the most valuable cryptocurrencies.$0.01 and $0.1: These are highly ambitious and unlikely, requiring a massive market share.
Factors affecting SHIB's price include market sentiment, community support, utility, and competition. The AI suggests that while it's difficult to predict the exact price, SHIB has the potential for significant gains, but investors should weigh the risks and rewards carefully.
Conclusion
The possibility of Shiba Inu making a 1000x return is a complex issue with multiple variables at play. While Google's AI doesn't provide a definitive answer, it does offer a framework for understanding the potential risks and rewards. The key takeaway is that while a 1000x return is highly ambitious, it's not entirely out of the realm of possibility, especially if SHIB can differentiate itself from competitors and continue to develop new use cases. Therefore, investors should keep a close eye on market sentiment, community engagement, and utility developments when considering an investment in $SHIB .
REALITY CHECK: Is the BULL RUN really coming?#bitcoin #bullrun #crypto The State of Bitcoin and Altcoins The cryptocurrency market is currently in a state of stagnation, with $BTC struggling to break above the $30,000 mark. This has been the case for the past six months, as the leading cryptocurrency has been trading sideways between $25,000 and $28,000. Altcoins are also at all-time lows, further exacerbating the grim outlook. Economic Factors: Interest Rates and Inflation The broader economic landscape is equally challenging. Interest rates remain high, making borrowing expensive and reducing the liquidity available for investments, including in cryptocurrencies. Moreover, wages are not keeping pace with inflation, leaving consumers with less disposable income to invest. The Debt Crisis The situation is further complicated by a record level of debt, both at the individual and governmental levels. This debt burden limits the financial flexibility of investors and could potentially lead to a cascade of defaults that would have a negative impact on all markets, including cryptocurrencies. The Role of the Federal Reserve Contrary to popular belief, the bull run in the cryptocurrency market is not solely determined by market sentiment or technological advancements. Monetary policy plays a significant role, and in the U.S., that means the Federal Reserve (FED). The FED's decisions on interest rates and money supply have a direct impact on investment behaviors. Until there is a change in monetary policy that favors investment in riskier assets like cryptocurrencies, expecting a bull run is unrealistic. Time for Realism It's essential to ignore the euphoric narratives that often surround the cryptocurrency market. The reality is that multiple economic factors are currently unfavorable for a bull run in Bitcoin or altcoins. Investors should exercise caution and consider the broader economic context when making investment decisions. Now is not the time for unfounded optimism; it's a time for realistic assessment and prudent action.

REALITY CHECK: Is the BULL RUN really coming?

#bitcoin #bullrun #crypto

The State of Bitcoin and Altcoins
The cryptocurrency market is currently in a state of stagnation, with $BTC struggling to break above the $30,000 mark. This has been the case for the past six months, as the leading cryptocurrency has been trading sideways between $25,000 and $28,000. Altcoins are also at all-time lows, further exacerbating the grim outlook.
Economic Factors: Interest Rates and Inflation
The broader economic landscape is equally challenging. Interest rates remain high, making borrowing expensive and reducing the liquidity available for investments, including in cryptocurrencies. Moreover, wages are not keeping pace with inflation, leaving consumers with less disposable income to invest.
The Debt Crisis
The situation is further complicated by a record level of debt, both at the individual and governmental levels. This debt burden limits the financial flexibility of investors and could potentially lead to a cascade of defaults that would have a negative impact on all markets, including cryptocurrencies.
The Role of the Federal Reserve
Contrary to popular belief, the bull run in the cryptocurrency market is not solely determined by market sentiment or technological advancements. Monetary policy plays a significant role, and in the U.S., that means the Federal Reserve (FED). The FED's decisions on interest rates and money supply have a direct impact on investment behaviors. Until there is a change in monetary policy that favors investment in riskier assets like cryptocurrencies, expecting a bull run is unrealistic.
Time for Realism
It's essential to ignore the euphoric narratives that often surround the cryptocurrency market. The reality is that multiple economic factors are currently unfavorable for a bull run in Bitcoin or altcoins. Investors should exercise caution and consider the broader economic context when making investment decisions. Now is not the time for unfounded optimism; it's a time for realistic assessment and prudent action.
Tectum (TET): The blockchain that aiming for 1 Million TPSTectum Blockchain is a groundbreaking platform that aims to revolutionize the cryptocurrency space by solving the blockchain trilemma—scalability, decentralization, and security. With its unique understanding of distributed ledger technology, this article delves into the intricacies of Tectum and its flagship product, SoftNotes, which aims to outperform competitors like SWIFT, Ripple, and the Lightning Network. Tectum's Background Unique Origin: Tectum has a distinct foundation that provides a unique perspective on distributed ledger technology.Intellectual Property: Acquired expertise and intellectual property from early designs, making the system robust and efficient. Strengths of Tectum Tectum brings several unique features to the table: Unique Block Formation: No mining is required, which prevents transaction clustering and improves speed.Network Mapping: The system reduces redundancy by assigning the closest peers, thereby enhancing performance.Network Protocol: Tectum uses a proprietary system for efficient data transmission.NoSQL Engine: Enables fast data storage and retrieval. Monetary Systems and Issues Traditional monetary systems like gold and fiat currencies often lack scalability, security, or decentralization. While Bitcoin addresses some of these issues, it falls short in scalability. Tectum aims to fill these gaps with its unique features and advantages. Competitors and Their Limitations SWIFT: Centralized, slow, and outdated.Ripple: Fast but suffers from design flaws and centralization.Lightning Network: Solves Bitcoin's scalability but has vulnerabilities. Tectum's Advantages and SoftNotes SoftNotes are digital banknotes built on the Tectum blockchain. They are designed to be scalable, secure, and decentralized, overcoming the limitations of both traditional systems and competitors. Key Features of SoftNotes Simplicity: Less complex than the Lightning Network, reducing points of failure.Privacy: Transactions don't need to be settled on the main BTC chain, adding an extra layer of privacy.Offline Capability: Can be transferred without an internet connection and finalized later.Transaction-less: Facilitates instant, zero-fee payments.Multiple Modes: Operates in Balance-Based, Native, and Hybrid modes.Security: Utilizes a double encryption method known as 'SCGS'. Comparison with Cold Wallets User-Friendly: SoftNotes are more user-friendly and secure.Immediate Proof of Funds: Designed for both holding and transferring cryptocurrency. Beneficiary Structure and NFTs Revenue-Sharing Model: Involves minters, liquidity providers, and the Tectum blockchain.NFT Capability: SoftNotes can also be used for storing and transferring NFTs. Technical Architecture Tectum is capable of exceeding 1 million transactions per second and operates on three tiers: Elect Node, Master Nodes, and Nominal Nodes. It employs a unique "Proof-of-Utility" consensus mechanism and uses two data distribution methods: STAR and RING. Consensus Mechanisms Public Consensus: Democratic and protects against system corruption.Private Consensus: Focuses on protecting commercial agreements and offers nodes veto rights. Blockchain Architecture Multichain Capacities: Uses separate chains for different applications.Distributed Storage: Files are encrypted, hashed, and stored across nodes. Technical Features Proprietary Hash Function: Tectum T12, designed for speed and minimal hash collisions.Hardware Specs: Minimal requirements focusing on network latency and throughput. Tokens and Phases of Decentralization TEC and TET: Native tokens with specific utilities and roles.Decentralization Phases: Starts with a private 12-node cluster and transitions to a public blockchain. Conclusion In summary, Tectum aims to be a game-changer in the blockchain space. With its innovative architecture, unique features, and a focus on solving the blockchain trilemma, Tectum is poised to set new standards in scalability, security, and decentralization.

Tectum (TET): The blockchain that aiming for 1 Million TPS

Tectum Blockchain is a groundbreaking platform that aims to revolutionize the cryptocurrency space by solving the blockchain trilemma—scalability, decentralization, and security. With its unique understanding of distributed ledger technology, this article delves into the intricacies of Tectum and its flagship product, SoftNotes, which aims to outperform competitors like SWIFT, Ripple, and the Lightning Network.
Tectum's Background
Unique Origin: Tectum has a distinct foundation that provides a unique perspective on distributed ledger technology.Intellectual Property: Acquired expertise and intellectual property from early designs, making the system robust and efficient.
Strengths of Tectum
Tectum brings several unique features to the table:
Unique Block Formation: No mining is required, which prevents transaction clustering and improves speed.Network Mapping: The system reduces redundancy by assigning the closest peers, thereby enhancing performance.Network Protocol: Tectum uses a proprietary system for efficient data transmission.NoSQL Engine: Enables fast data storage and retrieval.
Monetary Systems and Issues
Traditional monetary systems like gold and fiat currencies often lack scalability, security, or decentralization. While Bitcoin addresses some of these issues, it falls short in scalability. Tectum aims to fill these gaps with its unique features and advantages.
Competitors and Their Limitations
SWIFT: Centralized, slow, and outdated.Ripple: Fast but suffers from design flaws and centralization.Lightning Network: Solves Bitcoin's scalability but has vulnerabilities.
Tectum's Advantages and SoftNotes
SoftNotes are digital banknotes built on the Tectum blockchain. They are designed to be scalable, secure, and decentralized, overcoming the limitations of both traditional systems and competitors.
Key Features of SoftNotes
Simplicity: Less complex than the Lightning Network, reducing points of failure.Privacy: Transactions don't need to be settled on the main BTC chain, adding an extra layer of privacy.Offline Capability: Can be transferred without an internet connection and finalized later.Transaction-less: Facilitates instant, zero-fee payments.Multiple Modes: Operates in Balance-Based, Native, and Hybrid modes.Security: Utilizes a double encryption method known as 'SCGS'.
Comparison with Cold Wallets
User-Friendly: SoftNotes are more user-friendly and secure.Immediate Proof of Funds: Designed for both holding and transferring cryptocurrency.
Beneficiary Structure and NFTs
Revenue-Sharing Model: Involves minters, liquidity providers, and the Tectum blockchain.NFT Capability: SoftNotes can also be used for storing and transferring NFTs.
Technical Architecture
Tectum is capable of exceeding 1 million transactions per second and operates on three tiers: Elect Node, Master Nodes, and Nominal Nodes. It employs a unique "Proof-of-Utility" consensus mechanism and uses two data distribution methods: STAR and RING.
Consensus Mechanisms
Public Consensus: Democratic and protects against system corruption.Private Consensus: Focuses on protecting commercial agreements and offers nodes veto rights.
Blockchain Architecture
Multichain Capacities: Uses separate chains for different applications.Distributed Storage: Files are encrypted, hashed, and stored across nodes.
Technical Features
Proprietary Hash Function: Tectum T12, designed for speed and minimal hash collisions.Hardware Specs: Minimal requirements focusing on network latency and throughput.
Tokens and Phases of Decentralization
TEC and TET: Native tokens with specific utilities and roles.Decentralization Phases: Starts with a private 12-node cluster and transitions to a public blockchain.
Conclusion
In summary, Tectum aims to be a game-changer in the blockchain space. With its innovative architecture, unique features, and a focus on solving the blockchain trilemma, Tectum is poised to set new standards in scalability, security, and decentralization.
Why MicroVisionChain (SPACE) could make BTC obsoleteBlockchain technology has evolved over 14 years, showing promise in various sectors. However, scalability remains a significant hurdle, affecting transaction fees, performance, and the range of applications. MicroVisionChain (MVC) aims to resolve these issues, offering a blockchain designed for Web3 applications with unlimited scalability. There are some key challenges in current blockchains: scaling high transaction fees cross-chain storage That is the MVC Solution? High-level Decentralization MVC uses the same POW consensus and SHA256 mining algorithm as Bitcoin, ensuring an open and decentralized system. High Performance MVC promises one million TPS (Transactions Per Second) through its optimized UTXO model. Built-in Distributed Identity Protocol MetaID, a distributed identity protocol, allows users to own and interoperate their data between apps. Layer-1 UTXO-based Smart Contracts MVC supports Turing-complete smart contracts based on the UTXO model, offering high performance and low transaction fees. MVC Design Goals MVC aims to be the underlying public blockchain for Web3 and the Metaverse, focusing on performance, built-in DID, and Layer-1 smart contracts. It also features: Unlimited scaling Fee decrease mechanism Zero confirmation of transactions Unity of data storage, smart contract execution, and transaction in one chain MetaTXID: A Unique Identifier MetaTXID is a hierarchical hash algorithm that allows data pruning without affecting hash verification. It improves data storage and transfer efficiency and is crucial for Layer-1 smart contracts on UTXO blockchains. MetaID: Your Digital Identity MetaID is a distributed identity protocol that simplifies the development of Web3 applications. It allows users to own their data and enables data interoperability between different applications. MetaContract: Smart Contracts Reimagined MetaContract offers scalability, low latency, and security. It uses the UTXO model, allowing parallel verification and zero-confirmation security. It also introduces a globally unique ID for each contract. MVC Mining Economy MVC is open to miners worldwide and follows Bitcoin's mining economy. The block generation time is approximately every 10 minutes, and the initial block size limit is 4G. Block Rewards Early miners are incentivized through block rewards, which will decrease over time. Transaction Fees Miners also earn from transaction fees, which are expected to become the primary income source as the MVC ecosystem grows. Conclusion MVC aims to be a decentralized, high-performance blockchain for Web3 applications. With features like MetaTXID, MetaID, and MetaContract, it offers a comprehensive solution to the current challenges in blockchain technology. Its low fees and high scalability make it ideal for mass adoption in future Web3 applications.

Why MicroVisionChain (SPACE) could make BTC obsolete

Blockchain technology has evolved over 14 years, showing promise in various sectors. However, scalability remains a significant hurdle, affecting transaction fees, performance, and the range of applications.

MicroVisionChain (MVC) aims to resolve these issues, offering a blockchain designed for Web3 applications with unlimited scalability.

There are some key challenges in current blockchains:

scaling

high transaction fees

cross-chain storage

That is the MVC Solution?

High-level Decentralization

MVC uses the same POW consensus and SHA256 mining algorithm as Bitcoin, ensuring an open and decentralized system.

High Performance

MVC promises one million TPS (Transactions Per Second) through its optimized UTXO model.

Built-in Distributed Identity Protocol

MetaID, a distributed identity protocol, allows users to own and interoperate their data between apps.

Layer-1 UTXO-based Smart Contracts

MVC supports Turing-complete smart contracts based on the UTXO model, offering high performance and low transaction fees.

MVC Design Goals

MVC aims to be the underlying public blockchain for Web3 and the Metaverse, focusing on performance, built-in DID, and Layer-1 smart contracts. It also features:

Unlimited scaling

Fee decrease mechanism

Zero confirmation of transactions

Unity of data storage, smart contract execution, and transaction in one chain

MetaTXID: A Unique Identifier

MetaTXID is a hierarchical hash algorithm that allows data pruning without affecting hash verification. It improves data storage and transfer efficiency and is crucial for Layer-1 smart contracts on UTXO blockchains.

MetaID: Your Digital Identity

MetaID is a distributed identity protocol that simplifies the development of Web3 applications. It allows users to own their data and enables data interoperability between different applications.

MetaContract: Smart Contracts Reimagined

MetaContract offers scalability, low latency, and security. It uses the UTXO model, allowing parallel verification and zero-confirmation security. It also introduces a globally unique ID for each contract.

MVC Mining Economy

MVC is open to miners worldwide and follows Bitcoin's mining economy. The block generation time is approximately every 10 minutes, and the initial block size limit is 4G.

Block Rewards

Early miners are incentivized through block rewards, which will decrease over time.

Transaction Fees

Miners also earn from transaction fees, which are expected to become the primary income source as the MVC ecosystem grows.

Conclusion

MVC aims to be a decentralized, high-performance blockchain for Web3 applications. With features like MetaTXID, MetaID, and MetaContract, it offers a comprehensive solution to the current challenges in blockchain technology. Its low fees and high scalability make it ideal for mass adoption in future Web3 applications.
Will SHIBA INU ever reach A NEW TOP?Current Status: A Pivotal Juncture Shiba Inu $SHIB is currently trading at $0.00000736, a critical support level that analysts believe could be a foundation for future price movements. However, low market liquidity raises concerns as it could either exaggerate price swings or mark a period of accumulation. Network activity has also decreased, reflecting caution within the community. The token's profitability has dipped to a mere 3%, making it less attractive to new investors. Shibarium: A Silver Lining? Shibarium, Shiba Inu's Layer-2 network, has shown promising numbers, handling over three million transactions in less than a month. Despite initial hiccups, the network has engaged with over 1.25 million wallets. Nevertheless, recent metrics reveal a decline in daily transactions and Total Value Locked (TVL), raising questions about the network's future viability, especially considering the rising competition from other Layer-2 networks. Price Movement Dynamics Recent data shows a slight uptick in Shiba Inu's price, rising 3.49% to $0.000007529 with a 35% volume increase over the past 24 hours. This indicates that the asset may be on an uneven path to recovery. Additionally, the burning of SHIB tokens has accelerated, resulting in a 35.88% increase in the burn rate. This could impact the token's circulating supply, a factor that may positively influence its price. Community Sentiment: Lucie's Bullish Outlook Lucie, a market specialist and key member of the Shiba Inu team, has expressed optimism, claiming that Shiba Inu is ready for a bullish surge. She emphasizes that the broad participation of the Shiba Inu community, or the "SHIB Army," will be the driving force behind potential price gains. The Takeaway Shiba Inu is at a crucial crossroads. While there are challenges, such as declining profitability and network activity, there are also glimmers of hope, such as the growing adoption of Shibarium and the burning of SHIB tokens. The token's fate may well depend on its community's continued engagement and the forthcoming "behind-the-scenes" developments. Only time will tell if Shiba Inu will reach new heights.

Will SHIBA INU ever reach A NEW TOP?

Current Status: A Pivotal Juncture

Shiba Inu $SHIB is currently trading at $0.00000736, a critical support level that analysts believe could be a foundation for future price movements. However, low market liquidity raises concerns as it could either exaggerate price swings or mark a period of accumulation. Network activity has also decreased, reflecting caution within the community. The token's profitability has dipped to a mere 3%, making it less attractive to new investors.

Shibarium: A Silver Lining?

Shibarium, Shiba Inu's Layer-2 network, has shown promising numbers, handling over three million transactions in less than a month. Despite initial hiccups, the network has engaged with over 1.25 million wallets. Nevertheless, recent metrics reveal a decline in daily transactions and Total Value Locked (TVL), raising questions about the network's future viability, especially considering the rising competition from other Layer-2 networks.

Price Movement Dynamics

Recent data shows a slight uptick in Shiba Inu's price, rising 3.49% to $0.000007529 with a 35% volume increase over the past 24 hours. This indicates that the asset may be on an uneven path to recovery. Additionally, the burning of SHIB tokens has accelerated, resulting in a 35.88% increase in the burn rate. This could impact the token's circulating supply, a factor that may positively influence its price.

Community Sentiment: Lucie's Bullish Outlook

Lucie, a market specialist and key member of the Shiba Inu team, has expressed optimism, claiming that Shiba Inu is ready for a bullish surge. She emphasizes that the broad participation of the Shiba Inu community, or the "SHIB Army," will be the driving force behind potential price gains.

The Takeaway

Shiba Inu is at a crucial crossroads. While there are challenges, such as declining profitability and network activity, there are also glimmers of hope, such as the growing adoption of Shibarium and the burning of SHIB tokens. The token's fate may well depend on its community's continued engagement and the forthcoming "behind-the-scenes" developments. Only time will tell if Shiba Inu will reach new heights.
How to predict BTC's next topIf you've ever wondered how some traders seem to have an uncanny ability to time the market tops in Bitcoin, you might be intrigued to learn about a lesser-known but astoundingly accurate tool: the Pi Cycle Top Indicator. With a track record of pinpointing Bitcoin's peak prices within a mere 3-day window, this indicator could be your secret weapon for the next bull run. Intrigued? Read on. How the Pi Cycle Top Indicator Works The Pi Cycle Top Indicator employs two specific moving averages: the 111-day moving average (111DMA) and a unique multiple of the 350-day moving average (350DMA x 2). Note that the multiple is applied to the price values of the 350DMA, not the number of days. When the 111DMA crosses above the 350DMA x 2, it has historically coincided with the peak price of Bitcoin. Interestingly, the ratio of 350 to 111 is 3.153, which is remarkably close to the mathematical constant Pi (3.142). This adds another layer of intrigue to the indicator and underscores the cyclical nature of Bitcoin's price action. Predicting the Next Bull Run The Pi Cycle Top Indicator aims to forecast the cycle top of Bitcoin's market cycles. It attempts to pinpoint the moment when Bitcoin's price will reach its peak before a significant pullback. Given its track record of accurately identifying the tops of Bitcoin's major price moves over the past seven years, it's a tool that traders should not overlook. Practical Application The primary utility of the Pi Cycle Top Indicator is to signal when the market is extremely overheated. Specifically, it indicates that the shorter-term 111DMA has reached a multiple of x2 of the longer-term 350DMA. Historically, selling Bitcoin when this crossover occurs has proven to be advantageous. Conclusion The Pi Cycle Top Indicator offers a compelling method for timing the peak of Bitcoin's market cycles. While no indicator can guarantee future performance, the Pi Cycle Top's historical accuracy makes it a tool worth considering for those looking to optimize their trading strategies for the next Bitcoin bull run. Link: https://www.lookintobitcoin.com/charts/pi-cycle-top-indicator/

How to predict BTC's next top

If you've ever wondered how some traders seem to have an uncanny ability to time the market tops in Bitcoin, you might be intrigued to learn about a lesser-known but astoundingly accurate tool: the Pi Cycle Top Indicator. With a track record of pinpointing Bitcoin's peak prices within a mere 3-day window, this indicator could be your secret weapon for the next bull run. Intrigued? Read on.
How the Pi Cycle Top Indicator Works
The Pi Cycle Top Indicator employs two specific moving averages: the 111-day moving average (111DMA) and a unique multiple of the 350-day moving average (350DMA x 2). Note that the multiple is applied to the price values of the 350DMA, not the number of days. When the 111DMA crosses above the 350DMA x 2, it has historically coincided with the peak price of Bitcoin.
Interestingly, the ratio of 350 to 111 is 3.153, which is remarkably close to the mathematical constant Pi (3.142). This adds another layer of intrigue to the indicator and underscores the cyclical nature of Bitcoin's price action.
Predicting the Next Bull Run
The Pi Cycle Top Indicator aims to forecast the cycle top of Bitcoin's market cycles. It attempts to pinpoint the moment when Bitcoin's price will reach its peak before a significant pullback. Given its track record of accurately identifying the tops of Bitcoin's major price moves over the past seven years, it's a tool that tra