SCDO
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SCDO Project Introduction and Investment Research Report
SCDO Vision and Positioning: SCDO (possibly short for Super Crypto Decentralized Organization) is positioned as a next-generation blockchain project dubbed “Blockchain 4.0,” aiming to achieve high scalability, high efficiency, and high decentralization simultaneously.
Its core vision is to innovate at the foundational blockchain level and build an infinitely scalable, consistent, and decentralized open-source ecosystem, ultimately supporting a borderless global digital economy. SCDO inherits the fairness and decentralization spirit of Nakamoto's Proof-of-Work (PoW) and seeks to solve the long-standing challenge of balancing performance and decentralization (i.e., the blockchain "impossible triangle").
Development Background: Launched in 2020, the SCDO mainnet officially went live in 2021. The source code is fully open and available on GitHub. As a new public chain, SCDO integrates the technical strengths of Bitcoin, Ethereum, and TRON while independently developing its core architecture to become a beacon for blockchain technological evolution.
SCDO adopted a fair-launch model without pre-mining or private sales (see Tokenomics below). Early development relied on the contributions of community tech teams and participating miners. Over the years, the network has stabilized, and supporting infrastructure such as block explorers and decentralized wallets have been released, laying the foundation for broader ecosystem adoption.
Current Technical Highlights:
Sharding Architecture: The mainnet is split into four parallel-running shards, each processing transactions independently, enabling 10,000+ TPS. This "Stem Architecture" allows exponential scalability within the PoW framework, overcoming BTC and ETH congestion.
ZPoW Consensus (explained below): Based on random matrix calculations, it reduces mining barriers and energy consumption while ensuring security and fairness.EVM Compatibility: SCDO supports Turing-complete smart contracts and Ethereum Virtual Machine (EVM) compatibility. Developers can migrate ETH DApps with one click and build in Solidity or Rust.Privacy & Security: zk-SNARKs ensure transaction confidentiality. A whitelist mechanism allows for optional compliance auditing. SCDO merges sharding, privacy, smart contracts, and innovative PoW into a high-performance, fully decentralized value transmission network.Consensus Mechanism (ZPoW Algorithm and Mining)
ZPoW Algorithm: SCDO uses a proprietary consensus mechanism called Zero Proof-of-Work (ZPoW). Unlike traditional PoW that relies on brute hashpower, ZPoW leverages scientific computation tasks involving random matrix generation and determinant solving.
This makes mining CPU-friendly, and nullifies GPU/ASIC advantages. In SCDO, everyday users with regular computers can mine competitively. Official tests show no significant advantage for GPUs/ASICs over CPUs. Thus, the network is highly resistant to mining centralization and encourages broader participation.
zPoW’s fairness and low entry barrier pay homage to Nakamoto’s principles. The complex algorithm makes custom ASICs nearly infeasible, strengthening decentralization.
Mining Method:
ZPoW allows both CPU and GPU mining. Users can mine with standard home computers. While GPUs may offer marginal speed improvements, they do not significantly outperform CPUs. This equalizes participation and diversifies global node distribution.
Mining Process:
Users download the official SCDO mining software.
Configure shard selection (currently 4 shards available).Mine using ZPoW; the first node to solve the shard-specific problem earns the block reward.
Block times are 20s per shard, with 4 shards producing one block each in parallel, totaling 1 block every 5 seconds. The multi-shard structure and adaptive difficulty per shard further enhance network security against 51% attacks.
Overall, ZPoW + sharding delivers performance and fairness in a decentralized framework.
Tokenomics (Token Economic Model)
Total Supply and Distribution:
Native Token: SCDO
Minimum Unit: WEN (1 SCDO = 100,000,000 WEN)
Fixed Maximum Supply: 300 million tokens
All tokens are mined. There were no pre-mines, ICOs, or IEOs. This ensures fair distribution to contributors (miners, node operators, community supporters).
Release Curve:
Mining rewards decrease over time: From 6 to 1.5 SCDO per block in multiple phases.
Mining cycle: ~15 years; current inflation ~5%.
Token Deflation Design
30% of transaction fees are burned.10% of platform revenues go to market buyback and burn.
No fundraising ensures compliance in jurisdictions like China. Funding comes from self-investment and service revenues.
Team Background and Community
While personal details are scarce, the SCDO team is technically solid, with expertise in consensus algorithms, cryptography, and distributed systems. Code is open source. The team maintains transparency through announcements and regular community updates.
Governance:
A 7-person SCDO Decision Committee (4 team + 3 ecosystem reps) guides strategy and operations.
Community involvement is planned via on-chain governance and decentralized proposals.
Community Engagement:
Active on Twitter (@scdolab, ~9K followers)
Binance Square (Chinese community, 500+ posts)
Events: AMAs, developer summits, hackathons
Partnerships:
Collaborations with esports and tech industries
Emphasis on grassroots developer adoption
Market Valuation and Community Metrics
Price: ~$0.015 (USD), ~$0.10 (CNY)
Circulating Supply: ~100 million SCDO
Circulating Market Cap: ~$1.5 million
Fully Diluted Market Cap (FDV): ~$4.5 million
These valuations place SCDO in the micro-cap category, offering large upside potential for early investors. However, liquidity is limited and volatility is high.
On-chain Stats:
Addresses: >240,000
Transactions: ~20 million
Smart Contracts: ~45,000 deployed
Active miners span multiple countries. The network’s decentralization and activity levels continue to grow.
Social Media:
Twitter: ~9K followers
Telegram: Global + Chinese groups (thousands of members)Binance Square: Active posts & investor engagementMedia: Coverage from FX168, Jinse, Gate.io, etc.
Investment Value Analysis
Long-Term Scarcity
Fixed supply + mining-only release
Burn mechanisms + deflation = token scarcity
Inflation rate decreases over time
Fairness & Decentralization:
100% mined = no early insider advantage
CPU-friendly mining = wide participation
PoW = secure + proven model
Security:
ZPoW algorithm complexity thwarts ASIC dominance
Sharding increases attack difficulty
Multi-shard difficulty adjustment enhances resilience
Ecosystem Expansion:
EVM compatibility = easy DApp migration
Low gas fees, fast confirmation = ideal for DeFi, NFT, and gaming
zk-SNARKs enable privacy-preserving apps (e.g., ShieldSwap)
Plans for Metaverse (MetaArena), DePIN, content delivery (CDN), IoT, and storage
Compared to:
BTC: SCDO adds scalability and privacy
ETH: SCDO offers higher TPS, lower fees, and better decentralization
ETC: SCDO innovates on architecture and use cases
Conclusion & Risk Disclosure
SCDO is a bold, innovative PoW chain aiming to balance scalability, decentralization, and security. Its ZPoW consensus, sharding, and EVM compatibility position it as a rare PoW ecosystem with long-term potential.
However, it remains early-stage. Challenges include:
Low liquidity
Limited exchange listings
Competitive developer landscape
Risk Reminder:
This report is for educational purposes only and does not constitute investment advice. Cryptocurrency investments carry high risks. Investors should conduct due diligence and assess their risk tolerance.
Summary:
SCDO offers:
Technological novelty (ZPoW + sharding)
Fair distribution (100% mined)
Ecosystem expansion potential
It may appeal to long-term investors who value PoW security and decentralization, as well as those seeking early-stage asymmetric opportunities.
Its core vision is to innovate at the foundational blockchain level and build an infinitely scalable, consistent, and decentralized open-source ecosystem, ultimately supporting a borderless global digital economy. SCDO inherits the fairness and decentralization spirit of Nakamoto's Proof-of-Work (PoW) and seeks to solve the long-standing challenge of balancing performance and decentralization (i.e., the blockchain "impossible triangle").
Development Background: Launched in 2020, the SCDO mainnet officially went live in 2021. The source code is fully open and available on GitHub. As a new public chain, SCDO integrates the technical strengths of Bitcoin, Ethereum, and TRON while independently developing its core architecture to become a beacon for blockchain technological evolution.
SCDO adopted a fair-launch model without pre-mining or private sales (see Tokenomics below). Early development relied on the contributions of community tech teams and participating miners. Over the years, the network has stabilized, and supporting infrastructure such as block explorers and decentralized wallets have been released, laying the foundation for broader ecosystem adoption.
Current Technical Highlights:
Sharding Architecture: The mainnet is split into four parallel-running shards, each processing transactions independently, enabling 10,000+ TPS. This "Stem Architecture" allows exponential scalability within the PoW framework, overcoming BTC and ETH congestion.
ZPoW Consensus (explained below): Based on random matrix calculations, it reduces mining barriers and energy consumption while ensuring security and fairness.EVM Compatibility: SCDO supports Turing-complete smart contracts and Ethereum Virtual Machine (EVM) compatibility. Developers can migrate ETH DApps with one click and build in Solidity or Rust.Privacy & Security: zk-SNARKs ensure transaction confidentiality. A whitelist mechanism allows for optional compliance auditing. SCDO merges sharding, privacy, smart contracts, and innovative PoW into a high-performance, fully decentralized value transmission network.Consensus Mechanism (ZPoW Algorithm and Mining)
ZPoW Algorithm: SCDO uses a proprietary consensus mechanism called Zero Proof-of-Work (ZPoW). Unlike traditional PoW that relies on brute hashpower, ZPoW leverages scientific computation tasks involving random matrix generation and determinant solving.
This makes mining CPU-friendly, and nullifies GPU/ASIC advantages. In SCDO, everyday users with regular computers can mine competitively. Official tests show no significant advantage for GPUs/ASICs over CPUs. Thus, the network is highly resistant to mining centralization and encourages broader participation.
zPoW’s fairness and low entry barrier pay homage to Nakamoto’s principles. The complex algorithm makes custom ASICs nearly infeasible, strengthening decentralization.
Mining Method:
ZPoW allows both CPU and GPU mining. Users can mine with standard home computers. While GPUs may offer marginal speed improvements, they do not significantly outperform CPUs. This equalizes participation and diversifies global node distribution.
Mining Process:
Users download the official SCDO mining software.
Configure shard selection (currently 4 shards available).Mine using ZPoW; the first node to solve the shard-specific problem earns the block reward.
Block times are 20s per shard, with 4 shards producing one block each in parallel, totaling 1 block every 5 seconds. The multi-shard structure and adaptive difficulty per shard further enhance network security against 51% attacks.
Overall, ZPoW + sharding delivers performance and fairness in a decentralized framework.
Tokenomics (Token Economic Model)
Total Supply and Distribution:
Native Token: SCDO
Minimum Unit: WEN (1 SCDO = 100,000,000 WEN)
Fixed Maximum Supply: 300 million tokens
All tokens are mined. There were no pre-mines, ICOs, or IEOs. This ensures fair distribution to contributors (miners, node operators, community supporters).
Release Curve:
Mining rewards decrease over time: From 6 to 1.5 SCDO per block in multiple phases.
Mining cycle: ~15 years; current inflation ~5%.
Token Deflation Design
30% of transaction fees are burned.10% of platform revenues go to market buyback and burn.
No fundraising ensures compliance in jurisdictions like China. Funding comes from self-investment and service revenues.
Team Background and Community
While personal details are scarce, the SCDO team is technically solid, with expertise in consensus algorithms, cryptography, and distributed systems. Code is open source. The team maintains transparency through announcements and regular community updates.
Governance:
A 7-person SCDO Decision Committee (4 team + 3 ecosystem reps) guides strategy and operations.
Community involvement is planned via on-chain governance and decentralized proposals.
Community Engagement:
Active on Twitter (@scdolab, ~9K followers)
Binance Square (Chinese community, 500+ posts)
Events: AMAs, developer summits, hackathons
Partnerships:
Collaborations with esports and tech industries
Emphasis on grassroots developer adoption
Market Valuation and Community Metrics
Price: ~$0.015 (USD), ~$0.10 (CNY)
Circulating Supply: ~100 million SCDO
Circulating Market Cap: ~$1.5 million
Fully Diluted Market Cap (FDV): ~$4.5 million
These valuations place SCDO in the micro-cap category, offering large upside potential for early investors. However, liquidity is limited and volatility is high.
On-chain Stats:
Addresses: >240,000
Transactions: ~20 million
Smart Contracts: ~45,000 deployed
Active miners span multiple countries. The network’s decentralization and activity levels continue to grow.
Social Media:
Twitter: ~9K followers
Telegram: Global + Chinese groups (thousands of members)Binance Square: Active posts & investor engagementMedia: Coverage from FX168, Jinse, Gate.io, etc.
Investment Value Analysis
Long-Term Scarcity
Fixed supply + mining-only release
Burn mechanisms + deflation = token scarcity
Inflation rate decreases over time
Fairness & Decentralization:
100% mined = no early insider advantage
CPU-friendly mining = wide participation
PoW = secure + proven model
Security:
ZPoW algorithm complexity thwarts ASIC dominance
Sharding increases attack difficulty
Multi-shard difficulty adjustment enhances resilience
Ecosystem Expansion:
EVM compatibility = easy DApp migration
Low gas fees, fast confirmation = ideal for DeFi, NFT, and gaming
zk-SNARKs enable privacy-preserving apps (e.g., ShieldSwap)
Plans for Metaverse (MetaArena), DePIN, content delivery (CDN), IoT, and storage
Compared to:
BTC: SCDO adds scalability and privacy
ETH: SCDO offers higher TPS, lower fees, and better decentralization
ETC: SCDO innovates on architecture and use cases
Conclusion & Risk Disclosure
SCDO is a bold, innovative PoW chain aiming to balance scalability, decentralization, and security. Its ZPoW consensus, sharding, and EVM compatibility position it as a rare PoW ecosystem with long-term potential.
However, it remains early-stage. Challenges include:
Low liquidity
Limited exchange listings
Competitive developer landscape
Risk Reminder:
This report is for educational purposes only and does not constitute investment advice. Cryptocurrency investments carry high risks. Investors should conduct due diligence and assess their risk tolerance.
Summary:
SCDO offers:
Technological novelty (ZPoW + sharding)
Fair distribution (100% mined)
Ecosystem expansion potential
It may appeal to long-term investors who value PoW security and decentralization, as well as those seeking early-stage asymmetric opportunities.
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#持有SCDO未来星辰大海
Question 22: What are the characteristics of the ZPoW consensus algorithm?
Answer: ZPoW is an innovative PoW algorithm with several key characteristics: First, it focuses on scientific computing: The ZPoW algorithm utilizes problems that require continuous computation and are hard to parallelize (such as matrix calculations, etc.). This means that GPUs cannot easily parallelize and accelerate tasks like simple hashing, reducing the advantage of specialized mining machines over ordinary computers. Second, a multi-objective computing framework: ZPoW has designed a hybrid multi-algorithm mining framework, allowing miners to choose different computing tasks, each with independent difficulty and dynamic adjustments. If a particular algorithm sees too many miners adopting it, resulting in excessive block generation, the network will increase its difficulty and reduce its output probability, encouraging miners to switch to other algorithms, thereby balancing the block generation opportunities for each computing objective. Third, CPU-friendly: Through the aforementioned mechanism, ZPoW significantly reduces the advantage of GPUs/ASICs over CPUs, making ordinary hardware competitive as well. Lastly, more difficult 51% attacks: Since attackers must simultaneously dominate multiple computing objectives to continuously generate blocks, the actual difficulty of launching a 51% attack is several times higher than that of traditional PoW. In summary, ZPoW inherits the security and censorship-resistance properties of PoW and improves fairness and safety margins through technical means, making it the cornerstone of the stability of the SCDO network.
Question 22: What are the characteristics of the ZPoW consensus algorithm?
Answer: ZPoW is an innovative PoW algorithm with several key characteristics: First, it focuses on scientific computing: The ZPoW algorithm utilizes problems that require continuous computation and are hard to parallelize (such as matrix calculations, etc.). This means that GPUs cannot easily parallelize and accelerate tasks like simple hashing, reducing the advantage of specialized mining machines over ordinary computers. Second, a multi-objective computing framework: ZPoW has designed a hybrid multi-algorithm mining framework, allowing miners to choose different computing tasks, each with independent difficulty and dynamic adjustments. If a particular algorithm sees too many miners adopting it, resulting in excessive block generation, the network will increase its difficulty and reduce its output probability, encouraging miners to switch to other algorithms, thereby balancing the block generation opportunities for each computing objective. Third, CPU-friendly: Through the aforementioned mechanism, ZPoW significantly reduces the advantage of GPUs/ASICs over CPUs, making ordinary hardware competitive as well. Lastly, more difficult 51% attacks: Since attackers must simultaneously dominate multiple computing objectives to continuously generate blocks, the actual difficulty of launching a 51% attack is several times higher than that of traditional PoW. In summary, ZPoW inherits the security and censorship-resistance properties of PoW and improves fairness and safety margins through technical means, making it the cornerstone of the stability of the SCDO network.
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SCDO Project Introduction and Investment Research Report
1. SCDO Project Overview
SCDO Vision and Positioning: SCDO (which may stand for Super Crypto Decentralized Organization) is positioned as a next-generation blockchain project for 'Blockchain 4.0', aiming to achieve high scalability, high efficiency, and high decentralization simultaneously.
The project's vision is to create an infinitely scalable, consistent, and decentralized open-source ecosystem through innovative underlying blockchain technology, promoting the construction of a globally borderless digital economic ecosystem. To this end, SCDO inherits the spirit of fairness and decentralization emphasized by Satoshi Nakamoto's proof of work (PoW), aiming to solve the long-standing performance and decentralization balance problem in blockchain (the 'impossible triangle' of blockchain).
SCDO Vision and Positioning: SCDO (which may stand for Super Crypto Decentralized Organization) is positioned as a next-generation blockchain project for 'Blockchain 4.0', aiming to achieve high scalability, high efficiency, and high decentralization simultaneously.
The project's vision is to create an infinitely scalable, consistent, and decentralized open-source ecosystem through innovative underlying blockchain technology, promoting the construction of a globally borderless digital economic ecosystem. To this end, SCDO inherits the spirit of fairness and decentralization emphasized by Satoshi Nakamoto's proof of work (PoW), aiming to solve the long-standing performance and decentralization balance problem in blockchain (the 'impossible triangle' of blockchain).
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#持有SCDO未来星辰大海
Question 23: What are the differences between ZPoW and traditional PoW like Bitcoin?
Answer: Compared to Bitcoin's SHA-256 PoW, ZPoW differs in both algorithmic form and strategy:
1) Algorithm Complexity: Bitcoin PoW pursues simple hash collisions, which can be easily accelerated by ASIC chips; ZPoW uses complex computations (such as random matrix determinant calculations), making it difficult to develop ASIC-specific mining machines.
2) Hardware Friendliness: Traditional PoW heavily relies on high-performance hardware, making it nearly impossible for ordinary people to gain computational competitiveness with CPUs; ZPoW minimizes parallelization advantages, allowing consumer hardware to participate in mining.
3) Multi-Algorithm Mixing: Bitcoin only has a single algorithm, leading to high risks of power concentration; ZPoW introduces multiple computational tasks for dynamic balancing, preventing any single algorithm from being monopolized.
4) Energy Consumption: BTC PoW consumes an astonishing amount of electricity due to large-scale computational competition; ZPoW is designed to be more efficient in computation (useful computation or reducing unnecessary computation), resulting in lower energy consumption at the same level of security.
5) Difficulty Adjustment: Both have difficulty adjustment mechanisms to ensure target block time, with Bitcoin adjusting every 2016 blocks, while SCDO's difficulty adjustment is more flexible (potentially more frequent or adjusted independently by algorithm) to accommodate mixed algorithm architectures. Overall, ZPoW represents a deep improvement over traditional PoW, aiming to retain the advantages of decentralized and secure proof of work while addressing issues of efficiency and fairness.
Question 23: What are the differences between ZPoW and traditional PoW like Bitcoin?
Answer: Compared to Bitcoin's SHA-256 PoW, ZPoW differs in both algorithmic form and strategy:
1) Algorithm Complexity: Bitcoin PoW pursues simple hash collisions, which can be easily accelerated by ASIC chips; ZPoW uses complex computations (such as random matrix determinant calculations), making it difficult to develop ASIC-specific mining machines.
2) Hardware Friendliness: Traditional PoW heavily relies on high-performance hardware, making it nearly impossible for ordinary people to gain computational competitiveness with CPUs; ZPoW minimizes parallelization advantages, allowing consumer hardware to participate in mining.
3) Multi-Algorithm Mixing: Bitcoin only has a single algorithm, leading to high risks of power concentration; ZPoW introduces multiple computational tasks for dynamic balancing, preventing any single algorithm from being monopolized.
4) Energy Consumption: BTC PoW consumes an astonishing amount of electricity due to large-scale computational competition; ZPoW is designed to be more efficient in computation (useful computation or reducing unnecessary computation), resulting in lower energy consumption at the same level of security.
5) Difficulty Adjustment: Both have difficulty adjustment mechanisms to ensure target block time, with Bitcoin adjusting every 2016 blocks, while SCDO's difficulty adjustment is more flexible (potentially more frequent or adjusted independently by algorithm) to accommodate mixed algorithm architectures. Overall, ZPoW represents a deep improvement over traditional PoW, aiming to retain the advantages of decentralized and secure proof of work while addressing issues of efficiency and fairness.
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#持有SCDO未来星辰大海
Question 6: What are the differences between SCDO and mainstream blockchains like Bitcoin and Ethereum?
Answer: SCDO has made multiple innovations while inheriting the advantages of Bitcoin and Ethereum. First, in terms of consensus mechanism, SCDO uses an improved PoW algorithm called ZPoW, allowing ordinary hardware to participate in mining, reducing computing power monopoly, and being fairer and more efficient compared to Bitcoin's SHA-256. Second, SCDO introduces sharding technology and a subchain architecture, significantly improving scalability and addressing the early low transaction throughput issues of Ethereum. In addition, SCDO is compatible with Ethereum's EVM smart contracts, supporting complex application development while maintaining the decentralization spirit of Bitcoin (no pre-mining, no private placements, and uses proof-of-work mining). Overall, SCDO differs from traditional chains in terms of performance, scalability, and decentralization balance, and is regarded as an innovator in the field of 'Blockchain 4.0'.
Question 6: What are the differences between SCDO and mainstream blockchains like Bitcoin and Ethereum?
Answer: SCDO has made multiple innovations while inheriting the advantages of Bitcoin and Ethereum. First, in terms of consensus mechanism, SCDO uses an improved PoW algorithm called ZPoW, allowing ordinary hardware to participate in mining, reducing computing power monopoly, and being fairer and more efficient compared to Bitcoin's SHA-256. Second, SCDO introduces sharding technology and a subchain architecture, significantly improving scalability and addressing the early low transaction throughput issues of Ethereum. In addition, SCDO is compatible with Ethereum's EVM smart contracts, supporting complex application development while maintaining the decentralization spirit of Bitcoin (no pre-mining, no private placements, and uses proof-of-work mining). Overall, SCDO differs from traditional chains in terms of performance, scalability, and decentralization balance, and is regarded as an innovator in the field of 'Blockchain 4.0'.
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BNB Short-term Trend Prediction (2025.03.28-03.29) and Future 10-day Technical Analysis - Fluctuations and Transformation Windows Under Multiple Indicator Resonance
Fluctuations and transformation windows under multiple indicator resonance
#SCDO
I. Real-time analysis of core indicators
1. MACD: Glued above the zero axis, golden cross signal emerging
- Current status: DIF and DEA are glued above the zero axis (DIF=3.2, DEA=3.0), MACD histogram only 0.2, indicating a standoff in bullish and bearish momentum.
- Key signal: If DIF crosses above DEA to form a golden cross, it may trigger a short-term rebound; if it falls below the zero axis, it confirms a weakening trend.
2. RSI: Overbought risk intensifying
- Current value: RSI(6)=68.3 (close to overbought zone 70), but no top divergence formed, still has upward momentum in the short term.
#SCDO
I. Real-time analysis of core indicators
1. MACD: Glued above the zero axis, golden cross signal emerging
- Current status: DIF and DEA are glued above the zero axis (DIF=3.2, DEA=3.0), MACD histogram only 0.2, indicating a standoff in bullish and bearish momentum.
- Key signal: If DIF crosses above DEA to form a golden cross, it may trigger a short-term rebound; if it falls below the zero axis, it confirms a weakening trend.
2. RSI: Overbought risk intensifying
- Current value: RSI(6)=68.3 (close to overbought zone 70), but no top divergence formed, still has upward momentum in the short term.
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#持有SCDO未来星辰大海 #SCDO
How can ordinary users participate in SCDO mining?
Answer: Anyone can participate in mining by running the SCDO mining node software. The general steps are as follows: first, download the SCDO node program from official channels (official website or GitHub) and install it on your computer.
Then, start the program, synchronize blockchain data, and create a miner account. When creating an account in the SCDO network, you can specify which shard the account belongs to, which determines which shard you will mine on.
Next, configure the mining hardware (such as GPU) and start the mining command, and the node will begin to participate in the PoW computing competition. SCDO's mining supports multiple platforms, and common operating systems like Windows and Linux can run the node software, allowing CPU or GPU to participate in the computation.
For beginners, the official provides detailed mining tutorials and one-click startup scripts, making the process relatively easy.
In summary, as long as you have basic computer operation skills and meet the hardware requirements, anyone can become an SCDO miner, contributing to the network's block security and earning rewards.
How can ordinary users participate in SCDO mining?
Answer: Anyone can participate in mining by running the SCDO mining node software. The general steps are as follows: first, download the SCDO node program from official channels (official website or GitHub) and install it on your computer.
Then, start the program, synchronize blockchain data, and create a miner account. When creating an account in the SCDO network, you can specify which shard the account belongs to, which determines which shard you will mine on.
Next, configure the mining hardware (such as GPU) and start the mining command, and the node will begin to participate in the PoW computing competition. SCDO's mining supports multiple platforms, and common operating systems like Windows and Linux can run the node software, allowing CPU or GPU to participate in the computation.
For beginners, the official provides detailed mining tutorials and one-click startup scripts, making the process relatively easy.
In summary, as long as you have basic computer operation skills and meet the hardware requirements, anyone can become an SCDO miner, contributing to the network's block security and earning rewards.
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What are the differences between ZPoW and traditional PoW such as Bitcoin?
Answer: Compared to Bitcoin's SHA-256 PoW, ZPoW differs in both algorithmic form and strategy:
1) Algorithm Complexity: Bitcoin PoW pursues simple hash collisions, which can be easily accelerated by ASIC chips; ZPoW employs complex computations (such as random matrix determinant calculations), making it difficult to develop ASIC-specific mining machines.
2) Hardware Friendliness: Traditional PoW heavily relies on high-performance hardware, making it nearly impossible for average individuals to compete with CPU power; ZPoW aims to minimize parallelization advantages, allowing consumer hardware to participate in mining.
3) Multi-Algorithm Mixing: Bitcoin has a single algorithm, resulting in high concentration risk; ZPoW introduces various computational tasks for dynamic balancing, preventing monopolization of a single algorithm.
4) Energy Consumption: BTC PoW consumes an astonishing amount of electricity due to large-scale power competition; ZPoW is designed for more efficient computation (useful computation or reducing unnecessary computation), resulting in lower energy consumption at the same security level.
5) Difficulty Adjustment: Both have difficulty adjustment mechanisms to ensure target block times; Bitcoin adjusts every 2016 blocks, while SCDO's difficulty adjustment is more flexible (potentially more frequent or independently adjusted by algorithm) to adapt to a mixed algorithm architecture. Overall, ZPoW is a deep improvement on traditional PoW, aimed at retaining the decentralization and security advantages of proof of work while addressing its efficiency and fairness issues.
Answer: Compared to Bitcoin's SHA-256 PoW, ZPoW differs in both algorithmic form and strategy:
1) Algorithm Complexity: Bitcoin PoW pursues simple hash collisions, which can be easily accelerated by ASIC chips; ZPoW employs complex computations (such as random matrix determinant calculations), making it difficult to develop ASIC-specific mining machines.
2) Hardware Friendliness: Traditional PoW heavily relies on high-performance hardware, making it nearly impossible for average individuals to compete with CPU power; ZPoW aims to minimize parallelization advantages, allowing consumer hardware to participate in mining.
3) Multi-Algorithm Mixing: Bitcoin has a single algorithm, resulting in high concentration risk; ZPoW introduces various computational tasks for dynamic balancing, preventing monopolization of a single algorithm.
4) Energy Consumption: BTC PoW consumes an astonishing amount of electricity due to large-scale power competition; ZPoW is designed for more efficient computation (useful computation or reducing unnecessary computation), resulting in lower energy consumption at the same security level.
5) Difficulty Adjustment: Both have difficulty adjustment mechanisms to ensure target block times; Bitcoin adjusts every 2016 blocks, while SCDO's difficulty adjustment is more flexible (potentially more frequent or independently adjusted by algorithm) to adapt to a mixed algorithm architecture. Overall, ZPoW is a deep improvement on traditional PoW, aimed at retaining the decentralization and security advantages of proof of work while addressing its efficiency and fairness issues.
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#持有SCDO未来星辰大海
Question 11: What is the overall technical architecture of SCDO?
Answer: SCDO adopts a layered design blockchain architecture, roughly divided into the underlying protocol layer, expansion layer, and application layer. At the protocol layer, SCDO implements a self-developed ZPoW consensus mechanism and a basic P2P network protocol to ensure network security and data consistency. In the expansion layer, SCDO introduces an on-chain sharding mechanism and Stem subchain protocol: the main chain can run multiple parallel shards to improve throughput, while the Stem subchain further expands functionality as Layer 2. In terms of the application layer, SCDO is compatible with EVM smart contracts, supports various DApp deployments, and provides SDK interfaces for developers to integrate easily. This architecture enables SCDO to achieve high concurrency and secure consensus on the main chain, while the subchains meet diverse application needs, forming a scalable and modular blockchain ecosystem.
Question 11: What is the overall technical architecture of SCDO?
Answer: SCDO adopts a layered design blockchain architecture, roughly divided into the underlying protocol layer, expansion layer, and application layer. At the protocol layer, SCDO implements a self-developed ZPoW consensus mechanism and a basic P2P network protocol to ensure network security and data consistency. In the expansion layer, SCDO introduces an on-chain sharding mechanism and Stem subchain protocol: the main chain can run multiple parallel shards to improve throughput, while the Stem subchain further expands functionality as Layer 2. In terms of the application layer, SCDO is compatible with EVM smart contracts, supports various DApp deployments, and provides SDK interfaces for developers to integrate easily. This architecture enables SCDO to achieve high concurrency and secure consensus on the main chain, while the subchains meet diverse application needs, forming a scalable and modular blockchain ecosystem.
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ETH——Oscillating to Find a Bottom
1. Price Trend Review
Yesterday's Market (March 26)
- Opening Price: $2066.10 (high opening driven by US stock rebound)
- Intraday Volatility: Dropped to a low of $2005 (affected by the decline in US stocks), ultimately closing down 3.4% at $2010.
- Core Drivers: Volatility in the US stock market triggers risk aversion in the crypto market, ETH follows BTC in a synchronized pullback.
Today's Market (March 27)
- Current Price: Around $2010 (as of 20:00 UTC+8)
- Volume Changes: Trading volume shrinks, price rises accompanied by insufficient momentum, be alert for pullback risks.
2. In-depth Analysis of Technical Aspects
Yesterday's Market (March 26)
- Opening Price: $2066.10 (high opening driven by US stock rebound)
- Intraday Volatility: Dropped to a low of $2005 (affected by the decline in US stocks), ultimately closing down 3.4% at $2010.
- Core Drivers: Volatility in the US stock market triggers risk aversion in the crypto market, ETH follows BTC in a synchronized pullback.
Today's Market (March 27)
- Current Price: Around $2010 (as of 20:00 UTC+8)
- Volume Changes: Trading volume shrinks, price rises accompanied by insufficient momentum, be alert for pullback risks.
2. In-depth Analysis of Technical Aspects
SCDO
SCDO’s commitment to compliance is evident in its adherence to the Financial Action Task Force (FATF) regulations.
The FATF is a global body that sets international standards for AML and counter-terrorism financing (CTF). By aligning with FATF guidelines, SCDO ensures that its platform meets the highest standards of regulatory compliance.
This alignment not only enhances the platform’s credibility but also builds trust among its users and stakeholders.
#scdo
The FATF is a global body that sets international standards for AML and counter-terrorism financing (CTF). By aligning with FATF guidelines, SCDO ensures that its platform meets the highest standards of regulatory compliance.
This alignment not only enhances the platform’s credibility but also builds trust among its users and stakeholders.
#scdo
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#SCDO #SCDO引领反洗钱的新潮流
1. Basic Information
What is SCDO?
SCDO (Superior Chain with Decentralized Organization) is a blockchain public chain focused on high-performance scalability and privacy protection, utilizing a sharding architecture and hybrid consensus mechanism.
When was the SCDO mainnet launched?
The mainnet was officially launched in 2021, with the code completely open source, available for viewing on GitHub.
What is the total supply of SCDO?
The total supply is fixed at 300 million tokens, with no inflation, no pre-mining, no private sales, and no ICO.
How many tokens have been mined so far?
As of 2024, approximately 80 million tokens have been mined, with the remaining tokens gradually released through mining.
When was the project launched?
The project was launched in 2020 and completed the mainnet launch in 2021.
2. Technical Architecture
What are SCDO's core technical advantages?
Sharding architecture, hybrid consensus (PoW + PoS), zero-knowledge proofs (zk-SNARKs).
How does sharding improve performance?
The network is divided into multiple parallel sub-chains, with each shard processing transactions, achieving an overall TPS of over 10,000.
What is the specific mechanism of the hybrid consensus?
PoW: Used for allocating shard nodes, ensuring decentralization.
PoS: Validating transactions within shards, improving energy efficiency.
How is privacy protection achieved?
Supports zk-SNARKs to hide transaction details while allowing regulatory whitelists to view specific transactions.
Does it support smart contracts?
Yes, it supports Solidity and provides a privacy contract development framework.
1. Basic Information
What is SCDO?
SCDO (Superior Chain with Decentralized Organization) is a blockchain public chain focused on high-performance scalability and privacy protection, utilizing a sharding architecture and hybrid consensus mechanism.
When was the SCDO mainnet launched?
The mainnet was officially launched in 2021, with the code completely open source, available for viewing on GitHub.
What is the total supply of SCDO?
The total supply is fixed at 300 million tokens, with no inflation, no pre-mining, no private sales, and no ICO.
How many tokens have been mined so far?
As of 2024, approximately 80 million tokens have been mined, with the remaining tokens gradually released through mining.
When was the project launched?
The project was launched in 2020 and completed the mainnet launch in 2021.
2. Technical Architecture
What are SCDO's core technical advantages?
Sharding architecture, hybrid consensus (PoW + PoS), zero-knowledge proofs (zk-SNARKs).
How does sharding improve performance?
The network is divided into multiple parallel sub-chains, with each shard processing transactions, achieving an overall TPS of over 10,000.
What is the specific mechanism of the hybrid consensus?
PoW: Used for allocating shard nodes, ensuring decentralization.
PoS: Validating transactions within shards, improving energy efficiency.
How is privacy protection achieved?
Supports zk-SNARKs to hide transaction details while allowing regulatory whitelists to view specific transactions.
Does it support smart contracts?
Yes, it supports Solidity and provides a privacy contract development framework.
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#持有SCDO未来星辰大海
Question 12: How does SCDO achieve blockchain sharding?
Answer: SCDO's sharding technology combines the characteristics of network sharding, transaction sharding, and state sharding. Specifically, nodes in the network are divided into different shard groups according to rules, with each shard independently processing transactions and account states within that shard, thereby improving processing capacity in parallel. Currently, the initial configuration of the SCDO mainnet runs with 4 shards. Each shard has its own blockchain (referred to as a local chain) to package the transactions of that shard and maintain a light chain that records the block headers of other shards. This way, each shard node does not need to store the complete data of other shards; it only needs to grasp a brief block information of other shards through the light chain. SCDO's sharding protocol also supports elastic scaling, allowing for the addition of new shards at low cost to enhance overall throughput when higher performance is needed in the future. Through on-chain sharding, SCDO achieves horizontal scaling, significantly alleviating the bottleneck of a single chain processing all transactions.
Question 12: How does SCDO achieve blockchain sharding?
Answer: SCDO's sharding technology combines the characteristics of network sharding, transaction sharding, and state sharding. Specifically, nodes in the network are divided into different shard groups according to rules, with each shard independently processing transactions and account states within that shard, thereby improving processing capacity in parallel. Currently, the initial configuration of the SCDO mainnet runs with 4 shards. Each shard has its own blockchain (referred to as a local chain) to package the transactions of that shard and maintain a light chain that records the block headers of other shards. This way, each shard node does not need to store the complete data of other shards; it only needs to grasp a brief block information of other shards through the light chain. SCDO's sharding protocol also supports elastic scaling, allowing for the addition of new shards at low cost to enhance overall throughput when higher performance is needed in the future. Through on-chain sharding, SCDO achieves horizontal scaling, significantly alleviating the bottleneck of a single chain processing all transactions.
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#持有SCDO未来星辰大海 #SCDO #SCDO中文社区
What are the future development plans or milestones for SCDO?
Answer: Looking ahead, SCDO has several important plans: On the technical side, the team will continue to improve consensus algorithms and sharding technology, such as introducing more mining algorithms to enhance security or developing more efficient cross-shard communication protocols; it may also achieve cross-chain interoperability with mainstream chains to facilitate the movement of assets and data across chains. On the ecological side, there are plans to launch more sub-chains, inviting partners from various industries to deploy dedicated sub-chains to expand the SCDO ecosystem; promoting landmark DApps to let ordinary users feel the value of SCDO.
In terms of community, a SCDO Foundation may be established to coordinate ecological development, further increasing publicity and resource investment. In terms of milestones, short-term goals include the release of a new client, achieving new highs in performance metrics, and major collaborations; medium-to-long-term goals may include achieving tens of millions of TPS (through more shards and sub-chains) and the complete mining of tokens as the mainnet enters a stable phase.
The official roadmap will gradually announce key milestone dates. In summary, SCDO will advance simultaneously in technical deepening and ecological expansion in the future, constantly consolidating its position as a new generation of blockchain infrastructure.
What are the future development plans or milestones for SCDO?
Answer: Looking ahead, SCDO has several important plans: On the technical side, the team will continue to improve consensus algorithms and sharding technology, such as introducing more mining algorithms to enhance security or developing more efficient cross-shard communication protocols; it may also achieve cross-chain interoperability with mainstream chains to facilitate the movement of assets and data across chains. On the ecological side, there are plans to launch more sub-chains, inviting partners from various industries to deploy dedicated sub-chains to expand the SCDO ecosystem; promoting landmark DApps to let ordinary users feel the value of SCDO.
In terms of community, a SCDO Foundation may be established to coordinate ecological development, further increasing publicity and resource investment. In terms of milestones, short-term goals include the release of a new client, achieving new highs in performance metrics, and major collaborations; medium-to-long-term goals may include achieving tens of millions of TPS (through more shards and sub-chains) and the complete mining of tokens as the mainnet enters a stable phase.
The official roadmap will gradually announce key milestone dates. In summary, SCDO will advance simultaneously in technical deepening and ecological expansion in the future, constantly consolidating its position as a new generation of blockchain infrastructure.
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#持有SCDO未来星辰大海
Question 7: What core technologies and innovations has SCDO adopted?
Answer: The core technological features of SCDO include:
① Original ZPoW consensus algorithm: An innovative proof-of-work mechanism that reduces the advantage of GPU/ASIC over CPU, preventing mining power monopoly;
② On-chain sharding technology: Combining network sharding, transaction sharding, and state sharding to achieve parallel processing of multiple sharded chains on the mainnet, significantly increasing throughput;
③ Stem sub-chain protocol: Provides a second-layer scaling solution, allowing for the creation of customized sub-chains attached to the main chain to meet different application needs while ensuring the security of the main chain;
④ EVM-compatible smart contracts: Supports the Ethereum Virtual Machine, enabling developers to directly migrate Ethereum DApps, thus reducing development costs. This combination of technologies enables SCDO to achieve high performance and multifunctionality while maintaining security and decentralization.
Question 7: What core technologies and innovations has SCDO adopted?
Answer: The core technological features of SCDO include:
① Original ZPoW consensus algorithm: An innovative proof-of-work mechanism that reduces the advantage of GPU/ASIC over CPU, preventing mining power monopoly;
② On-chain sharding technology: Combining network sharding, transaction sharding, and state sharding to achieve parallel processing of multiple sharded chains on the mainnet, significantly increasing throughput;
③ Stem sub-chain protocol: Provides a second-layer scaling solution, allowing for the creation of customized sub-chains attached to the main chain to meet different application needs while ensuring the security of the main chain;
④ EVM-compatible smart contracts: Supports the Ethereum Virtual Machine, enabling developers to directly migrate Ethereum DApps, thus reducing development costs. This combination of technologies enables SCDO to achieve high performance and multifunctionality while maintaining security and decentralization.
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#持有SCDO未来星辰大海
Question 8: Does SCDO support smart contracts and decentralized applications (DApp)?
Answer: Yes. SCDO fully supports Turing-complete smart contracts and is highly compatible with Ethereum's EVM implementation. This means that developers can use mainstream smart contract languages like Solidity to develop DApps on SCDO and easily migrate applications from Ethereum. SCDO adopts an Account Model to record state, similar to Ethereum, where each account has balance, contract code, and storage data. Transactions require Gas fees (using SCDO tokens) to ensure the cost measurement of contract execution. Due to EVM compatibility, existing decentralized applications in DeFi, NFTs, games, etc., can run on the SCDO network, laying the foundation for ecological prosperity.
Question 8: Does SCDO support smart contracts and decentralized applications (DApp)?
Answer: Yes. SCDO fully supports Turing-complete smart contracts and is highly compatible with Ethereum's EVM implementation. This means that developers can use mainstream smart contract languages like Solidity to develop DApps on SCDO and easily migrate applications from Ethereum. SCDO adopts an Account Model to record state, similar to Ethereum, where each account has balance, contract code, and storage data. Transactions require Gas fees (using SCDO tokens) to ensure the cost measurement of contract execution. Due to EVM compatibility, existing decentralized applications in DeFi, NFTs, games, etc., can run on the SCDO network, laying the foundation for ecological prosperity.
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#持有SCDO未来星辰大海
Question 21: What consensus mechanism does SCDO use?
Answer: SCDO uses an improved proof-of-work consensus mechanism called ZPoW (Zero Proof-of-Work) consensus. Essentially, ZPoW falls under the category of PoW, but it has been optimized to address the issues present in traditional PoW (such as mining power monopoly and resource waste).
All nodes in the SCDO network participate in block competition through hash calculations, with the successful ones obtaining the right to record new blocks and receive block rewards. Although it is still fundamentally based on “computational power,” SCDO has innovatively improved the details of the PoW algorithm, making competition among miners fairer, more efficient, and environmentally friendly. It is important to emphasize that the SCDO mainnet **does not use proof of stake (PoS)** or delegated proof of stake (DPoS) consensus, but instead chooses to adhere to the PoW path, significantly enhancing the fairness and security of PoW through ZPoW.
Question 21: What consensus mechanism does SCDO use?
Answer: SCDO uses an improved proof-of-work consensus mechanism called ZPoW (Zero Proof-of-Work) consensus. Essentially, ZPoW falls under the category of PoW, but it has been optimized to address the issues present in traditional PoW (such as mining power monopoly and resource waste).
All nodes in the SCDO network participate in block competition through hash calculations, with the successful ones obtaining the right to record new blocks and receive block rewards. Although it is still fundamentally based on “computational power,” SCDO has innovatively improved the details of the PoW algorithm, making competition among miners fairer, more efficient, and environmentally friendly. It is important to emphasize that the SCDO mainnet **does not use proof of stake (PoS)** or delegated proof of stake (DPoS) consensus, but instead chooses to adhere to the PoW path, significantly enhancing the fairness and security of PoW through ZPoW.
See original
#持有SCDO未来星辰大海
Question 19: What is the level of transaction fees (Gas fees) for SCDO?
Answer: The transaction fees for SCDO are quite low. Due to high network performance and large capacity, the Gas fees for each transaction are negligible under normal load, with the smallest measurement unit precise to eight decimal places. The official emphasizes that SCDO's transaction fee rates are far lower than Ethereum, making large-scale commercial applications and small payments possible. Users need to pay only a nearly negligible amount of SCDO tokens as a fee when transferring or calling contracts on the SCDO chain, significantly reducing the cost of use. The low fees come from SCDO's efficient consensus and sharding design: increased processing power and reduced congestion naturally lower the Gas price for each transaction. Additionally, SCDO currently does not destroy tokens by burning transaction fees, so the primary function of the fee rate is to reward miners and prevent abuse, rather than to increase the burden on users. Overall, SCDO provides a high-speed, low-fee on-chain environment that very friendly supports large-scale transactions and frequent interactive applications.
Question 19: What is the level of transaction fees (Gas fees) for SCDO?
Answer: The transaction fees for SCDO are quite low. Due to high network performance and large capacity, the Gas fees for each transaction are negligible under normal load, with the smallest measurement unit precise to eight decimal places. The official emphasizes that SCDO's transaction fee rates are far lower than Ethereum, making large-scale commercial applications and small payments possible. Users need to pay only a nearly negligible amount of SCDO tokens as a fee when transferring or calling contracts on the SCDO chain, significantly reducing the cost of use. The low fees come from SCDO's efficient consensus and sharding design: increased processing power and reduced congestion naturally lower the Gas price for each transaction. Additionally, SCDO currently does not destroy tokens by burning transaction fees, so the primary function of the fee rate is to reward miners and prevent abuse, rather than to increase the burden on users. Overall, SCDO provides a high-speed, low-fee on-chain environment that very friendly supports large-scale transactions and frequent interactive applications.
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#持有SCDO未来星辰大海
Question 15: How does the Stem subchain connect to the mainnet and ensure security?
Answer: Each Stem subchain connects to the mainnet through Stem smart contracts deployed on the main chain. The creator of the subchain needs to deposit a certain amount of SCDO tokens as collateral to the main chain contract, after which the basic information of the subchain will be registered on the main chain. During operation, the subchain must regularly submit state summaries (such as block Merkle roots or state hashes) to the main chain. Validators on the main chain will record these submissions to ensure that the subchain's state is tamper-proof.
In addition, a challenge mechanism is introduced: if any user discovers illegal transactions or states in the subchain, they can submit evidence to the main chain to challenge it. Once the challenge is established, the main chain can determine that there is an issue with the subchain and take punitive measures (such as confiscating the deposit), thereby protecting user rights.
The transactions and consensus of the subchain operate independently internally, but due to regular audits and economic guarantees from the main chain, security is greatly enhanced. This main-subchain structure is similar to a tree system: the main chain is the trusted root, and the subchain achieves high scalability while obtaining security close to the main chain through anchoring and staking mechanisms.
Question 15: How does the Stem subchain connect to the mainnet and ensure security?
Answer: Each Stem subchain connects to the mainnet through Stem smart contracts deployed on the main chain. The creator of the subchain needs to deposit a certain amount of SCDO tokens as collateral to the main chain contract, after which the basic information of the subchain will be registered on the main chain. During operation, the subchain must regularly submit state summaries (such as block Merkle roots or state hashes) to the main chain. Validators on the main chain will record these submissions to ensure that the subchain's state is tamper-proof.
In addition, a challenge mechanism is introduced: if any user discovers illegal transactions or states in the subchain, they can submit evidence to the main chain to challenge it. Once the challenge is established, the main chain can determine that there is an issue with the subchain and take punitive measures (such as confiscating the deposit), thereby protecting user rights.
The transactions and consensus of the subchain operate independently internally, but due to regular audits and economic guarantees from the main chain, security is greatly enhanced. This main-subchain structure is similar to a tree system: the main chain is the trusted root, and the subchain achieves high scalability while obtaining security close to the main chain through anchoring and staking mechanisms.
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Analysis of BTC Future Trends (SCDO_AI Report)
🚀 SCDO: A pooling before potential release, value is quietly accumulating!
📉 The current price area is considered an important stage for medium to long-term positioning.
🔭 Future Technology + Ecological Resonance, looking forward to unlimited potential!
—Medium to Long-term Trend Analysis Resonating with Technical and Macroeconomic Factors Date: April 14, 2025
1. Multi-dimensional Analysis of Technical Indicators
1. Trend and Momentum Indicators
MACD (12,26,9):
DIF: -0.00034 (below the zero axis)
DEA: -0.00045 (death cross continues, green bars expanding)
Conclusion: Currently, short-term bearish momentum is strong, and MACD indicates that market downward pressure remains. If DIF and DEA continue to expand, prices may decline further.
📉 The current price area is considered an important stage for medium to long-term positioning.
🔭 Future Technology + Ecological Resonance, looking forward to unlimited potential!
—Medium to Long-term Trend Analysis Resonating with Technical and Macroeconomic Factors Date: April 14, 2025
1. Multi-dimensional Analysis of Technical Indicators
1. Trend and Momentum Indicators
MACD (12,26,9):
DIF: -0.00034 (below the zero axis)
DEA: -0.00045 (death cross continues, green bars expanding)
Conclusion: Currently, short-term bearish momentum is strong, and MACD indicates that market downward pressure remains. If DIF and DEA continue to expand, prices may decline further.
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