SCDO中文社区
4,222 views
79 Discussing
Hot
Latest
See original
#SCDO中文社区 #持有SCDO未来星辰大海
What impact will the volatility of the cryptocurrency market have on SCDO?
Answer: As a part of the cryptocurrency market, SCDO is inevitably influenced by the overall market fluctuations. In a bull market, investor sentiment is high, and risk appetite increases. Emerging projects like SCDO often attract more attention, and an influx of funds may drive up prices.
In a bear market, however, the market is characterized by risk-averse sentiment, and funds withdraw from high-risk assets, which may put significant downward pressure on SCDO prices. This is especially true for cryptocurrencies with smaller market capitalizations, as they may amplify fluctuations with the overall market.
Additionally, the trends of Bitcoin and Ethereum will also affect SCDO: when mainstream coins rise, it may lead to increased funds in the market, and SCDO may rise as well; conversely, the opposite may occur. However, it is important to note that SCDO also has its own fundamentals. If positive news emerges for the project, it may perform independently, whereas negative news may lead to stagnation even in a general upward trend.
Therefore, investing in SCDO requires attention to the project's own progress as well as macro market trends to understand the reasons behind price fluctuations and avoid emotional trading.
What impact will the volatility of the cryptocurrency market have on SCDO?
Answer: As a part of the cryptocurrency market, SCDO is inevitably influenced by the overall market fluctuations. In a bull market, investor sentiment is high, and risk appetite increases. Emerging projects like SCDO often attract more attention, and an influx of funds may drive up prices.
In a bear market, however, the market is characterized by risk-averse sentiment, and funds withdraw from high-risk assets, which may put significant downward pressure on SCDO prices. This is especially true for cryptocurrencies with smaller market capitalizations, as they may amplify fluctuations with the overall market.
Additionally, the trends of Bitcoin and Ethereum will also affect SCDO: when mainstream coins rise, it may lead to increased funds in the market, and SCDO may rise as well; conversely, the opposite may occur. However, it is important to note that SCDO also has its own fundamentals. If positive news emerges for the project, it may perform independently, whereas negative news may lead to stagnation even in a general upward trend.
Therefore, investing in SCDO requires attention to the project's own progress as well as macro market trends to understand the reasons behind price fluctuations and avoid emotional trading.
See original
#SCDO中文社区 #持有SCDO未来星辰大海
How is SCDO performing in the market currently?
Answer: As an emerging public chain, SCDO's current market performance is relatively small but steadily growing. SCDO tokens have already been listed on several trading platforms. While daily trading volumes are not as high as mainstream coins like Bitcoin and Ethereum, trading volume is increasing as the community expands.
In terms of price, SCDO has experienced fluctuations since its listing, which is normal given the overall rise and fall of the crypto market. Due to a relatively low market capitalization, price elasticity is significant: when market sentiment is positive, the increase can be considerable, but during market downturns, the decline is also evident.
It is reassuring that the distribution of SCDO tokens is quite dispersed, with no obvious signs of manipulation by major players, resulting in a cleaner price trend. The proportion of long-term holders in the community is increasing, as they value the long-term potential of the project.
In summary, SCDO's current market capitalization is still in the value discovery phase, and its recognition is limited for most investors. However, as the project’s technology is implemented and marketing efforts are made, its market recognition is improving.
If a killer application or significant partnership is launched in the future, market performance is expected to rise to a new level. The current performance can be said to lay a foundation for potential growth in the future, with neither overheating bubbles nor a lack of fundamental support.
How is SCDO performing in the market currently?
Answer: As an emerging public chain, SCDO's current market performance is relatively small but steadily growing. SCDO tokens have already been listed on several trading platforms. While daily trading volumes are not as high as mainstream coins like Bitcoin and Ethereum, trading volume is increasing as the community expands.
In terms of price, SCDO has experienced fluctuations since its listing, which is normal given the overall rise and fall of the crypto market. Due to a relatively low market capitalization, price elasticity is significant: when market sentiment is positive, the increase can be considerable, but during market downturns, the decline is also evident.
It is reassuring that the distribution of SCDO tokens is quite dispersed, with no obvious signs of manipulation by major players, resulting in a cleaner price trend. The proportion of long-term holders in the community is increasing, as they value the long-term potential of the project.
In summary, SCDO's current market capitalization is still in the value discovery phase, and its recognition is limited for most investors. However, as the project’s technology is implemented and marketing efforts are made, its market recognition is improving.
If a killer application or significant partnership is launched in the future, market performance is expected to rise to a new level. The current performance can be said to lay a foundation for potential growth in the future, with neither overheating bubbles nor a lack of fundamental support.
See original
#持有SCDO未来星辰大海 #SCDO中文社区
What indicators should be focused on to assess the investment value of SCDO?
Answer: Investors can evaluate SCDO from both technical and market indicators: Technically, focus on the total network hash rate (the higher the computing power, the safer), the number of network nodes and the degree of decentralization, as well as performance data such as TPS and average transaction fees. These indicators reflect the health and usage of the network.
In the market, observable token circulating market cap and trading volume can be analyzed, where market cap represents the market's current valuation of the project, and trading volume reflects liquidity and activity. Additionally, the growth in the number of addresses and the frequency of on-chain transactions are also important indicators, indicating user adoption. In terms of the developer ecosystem, look at GitHub submission frequency, developer activity, and the number of DApps to assess the project's vitality.
If these indicators are steadily improving, it means that SCDO is being used and recognized by more and more people, indicating relatively higher investment value. Conversely, if computing power declines, development stagnates, and on-chain activity is sluggish, caution is warranted.
Macroeconomically, attention should also be paid to industry trends and competitive landscape, such as whether the rise of Layer 2 weakens the demand for Layer 1, or whether breakthroughs in other new blockchain technologies affect SCDO's advantages, etc. In summary, evaluating SCDO should comprehensively consider on-chain data (hard indicators) and ecological development (soft indicators), and track them dynamically to timely understand its investment value trends.
What indicators should be focused on to assess the investment value of SCDO?
Answer: Investors can evaluate SCDO from both technical and market indicators: Technically, focus on the total network hash rate (the higher the computing power, the safer), the number of network nodes and the degree of decentralization, as well as performance data such as TPS and average transaction fees. These indicators reflect the health and usage of the network.
In the market, observable token circulating market cap and trading volume can be analyzed, where market cap represents the market's current valuation of the project, and trading volume reflects liquidity and activity. Additionally, the growth in the number of addresses and the frequency of on-chain transactions are also important indicators, indicating user adoption. In terms of the developer ecosystem, look at GitHub submission frequency, developer activity, and the number of DApps to assess the project's vitality.
If these indicators are steadily improving, it means that SCDO is being used and recognized by more and more people, indicating relatively higher investment value. Conversely, if computing power declines, development stagnates, and on-chain activity is sluggish, caution is warranted.
Macroeconomically, attention should also be paid to industry trends and competitive landscape, such as whether the rise of Layer 2 weakens the demand for Layer 1, or whether breakthroughs in other new blockchain technologies affect SCDO's advantages, etc. In summary, evaluating SCDO should comprehensively consider on-chain data (hard indicators) and ecological development (soft indicators), and track them dynamically to timely understand its investment value trends.
See original
#持有SCDO未来星辰大海 #SCDO中文社区
What are the main risks to be aware of when investing in SCDO?
Answer: When investing in SCDO, the following main risks need to be considered:
1) Market volatility risk: Cryptocurrency prices fluctuate wildly, and SCDO is no exception. There may be significant ups and downs in the short term, and investors may incur losses.
2) Project development risk: As a new project, there is uncertainty whether SCDO can achieve its technological and ecological goals as expected in the future. If the project does not progress smoothly, the value of the token may be hindered.
3) Competition and substitution risk: There are many competitors in the blockchain industry. If SCDO's technological path is surpassed by better solutions, it may lose its competitive edge.
4) Regulatory risk: Some countries (including China) have restrictions or prohibitive policies on cryptocurrency trading and mining. If policies tighten further, SCDO's mining and trading activities will be affected.
5) Liquidity risk: Currently, SCDO has limited exchange coverage, and liquidity is relatively insufficient. Large capital inflows and outflows may be quite difficult.
6) Security risk: Although no major security incidents have occurred, the possibility of future hacker attacks, smart contract vulnerabilities, and other unexpected situations affecting market confidence cannot be ruled out. Investors should fully recognize these risks before participating and decide on the investment amount based on their own risk tolerance, avoiding blind heavy investment.
What are the main risks to be aware of when investing in SCDO?
Answer: When investing in SCDO, the following main risks need to be considered:
1) Market volatility risk: Cryptocurrency prices fluctuate wildly, and SCDO is no exception. There may be significant ups and downs in the short term, and investors may incur losses.
2) Project development risk: As a new project, there is uncertainty whether SCDO can achieve its technological and ecological goals as expected in the future. If the project does not progress smoothly, the value of the token may be hindered.
3) Competition and substitution risk: There are many competitors in the blockchain industry. If SCDO's technological path is surpassed by better solutions, it may lose its competitive edge.
4) Regulatory risk: Some countries (including China) have restrictions or prohibitive policies on cryptocurrency trading and mining. If policies tighten further, SCDO's mining and trading activities will be affected.
5) Liquidity risk: Currently, SCDO has limited exchange coverage, and liquidity is relatively insufficient. Large capital inflows and outflows may be quite difficult.
6) Security risk: Although no major security incidents have occurred, the possibility of future hacker attacks, smart contract vulnerabilities, and other unexpected situations affecting market confidence cannot be ruled out. Investors should fully recognize these risks before participating and decide on the investment amount based on their own risk tolerance, avoiding blind heavy investment.
See original
#SCDO中文社区 #持有SCDO未来星辰大海
What risk management advice is there for participants investing in SCDO?
Answer: First, it is essential to control the investment amount within your own bearable range. Do not invest excessively in high-risk projects, and be mentally prepared for the worst-case scenario of losing all your principal. Second, avoid borrowing or leveraging investments in SCDO to prevent liquidation due to market fluctuations. Third, formulate a long-term holding plan instead of frequent trading; unless you have a very good understanding of the market conditions, frequent buying and selling may lead to chasing highs and selling lows. Fourth, continue to learn and pay attention to project developments and industry dynamics, obtaining reliable information in a timely manner to avoid being swayed by rumors. Regularly assess the fundamental changes of SCDO, and if adverse signals are discovered, adjust your positions promptly. Fifth, diversify your investments; do not put all your eggs in one basket. While allocating SCDO, also allocate other assets to hedge against risks. Finally, maintain a rational mindset, and do not lose emotional control due to short-term fluctuations. Follow the established strategy. In summary, when investing in SCDO, you should not only look at its long-term potential but also take appropriate risk prevention measures, make rational decisions, and proceed with caution. This can help you minimize potential losses while pursuing profits.
What risk management advice is there for participants investing in SCDO?
Answer: First, it is essential to control the investment amount within your own bearable range. Do not invest excessively in high-risk projects, and be mentally prepared for the worst-case scenario of losing all your principal. Second, avoid borrowing or leveraging investments in SCDO to prevent liquidation due to market fluctuations. Third, formulate a long-term holding plan instead of frequent trading; unless you have a very good understanding of the market conditions, frequent buying and selling may lead to chasing highs and selling lows. Fourth, continue to learn and pay attention to project developments and industry dynamics, obtaining reliable information in a timely manner to avoid being swayed by rumors. Regularly assess the fundamental changes of SCDO, and if adverse signals are discovered, adjust your positions promptly. Fifth, diversify your investments; do not put all your eggs in one basket. While allocating SCDO, also allocate other assets to hedge against risks. Finally, maintain a rational mindset, and do not lose emotional control due to short-term fluctuations. Follow the established strategy. In summary, when investing in SCDO, you should not only look at its long-term potential but also take appropriate risk prevention measures, make rational decisions, and proceed with caution. This can help you minimize potential losses while pursuing profits.
See original
#SCDO中文社区 #持有SCDO未来星辰大海
How can ordinary people contact the SCDO team and follow project updates?
Answer: Ordinary users can contact the SCDO team and get the latest information through multiple official channels. First, the official website (such as scdo.org) provides team contact information and social media links, and there are also the latest announcements and materials on the site. Additionally, there is a dynamic post in the SCDO Chinese community on Binance Square.
Furthermore, the SCDO team occasionally publishes technical articles on their Medium blog or engages with developers in the discussion area on GitHub. Community discussions can be joined through Telegram groups or Discord servers to communicate in real-time with team members and other enthusiasts.
For specific questions, users can also directly email the team or submit issues on GitHub to ask questions, as developers frequently check and respond. In summary, SCDO maintains a high level of information transparency, with multiple platforms synchronously updating project progress. Ordinary people just need to choose the platform they are comfortable with to stay informed about SCDO updates, and they can also leave messages and ask questions to interact with the team.
How can ordinary people contact the SCDO team and follow project updates?
Answer: Ordinary users can contact the SCDO team and get the latest information through multiple official channels. First, the official website (such as scdo.org) provides team contact information and social media links, and there are also the latest announcements and materials on the site. Additionally, there is a dynamic post in the SCDO Chinese community on Binance Square.
Furthermore, the SCDO team occasionally publishes technical articles on their Medium blog or engages with developers in the discussion area on GitHub. Community discussions can be joined through Telegram groups or Discord servers to communicate in real-time with team members and other enthusiasts.
For specific questions, users can also directly email the team or submit issues on GitHub to ask questions, as developers frequently check and respond. In summary, SCDO maintains a high level of information transparency, with multiple platforms synchronously updating project progress. Ordinary people just need to choose the platform they are comfortable with to stay informed about SCDO updates, and they can also leave messages and ask questions to interact with the team.
See original
#持有SCDO未来星辰大海 #SCDO #SCDO中文社区
✅ 1. Practical Type (Recommended)
Follow us — profit becomes your habit.
✅ 2. Professional Type
Data-driven decisions, AI-powered profits.
✅ 3. Humorous Type
Let me track the trend — you just hold tight!
✅ 4. High-end Type
Markets may shift — AI always knows.
✅ 5. Simple Best-selling Type
Fast, smart, and sharp — SCDO AI is all you need.
✅ 1. Practical Type (Recommended)
Follow us — profit becomes your habit.
✅ 2. Professional Type
Data-driven decisions, AI-powered profits.
✅ 3. Humorous Type
Let me track the trend — you just hold tight!
✅ 4. High-end Type
Markets may shift — AI always knows.
✅ 5. Simple Best-selling Type
Fast, smart, and sharp — SCDO AI is all you need.
See original
In-depth Analysis of BTC Daily Market (April 3-4, 2025)
📢 SCDO is quietly rising, smart people have already started positioning, are you still watching?
I. Current Market Overview
As of April 3, 2025, BTC/USDT on Binance is reported at $81,775, a single-day drop of 5.88% (-$5,105), with an intra-day fluctuation of 8.5% ($81,257-$88,398), marking the largest single-day volatility since November 2024. 24-hour trading volume surged to $129.8 billion (+65.5%), indicating a heated tug-of-war between bulls and bears.
Key Data:
Fear Index: 25 (Extreme Fear)
Funding Rate: -0.025% (bearish dominance)
Futures Open Interest: Decreased by 18% (bulls accelerating exit)
I. Current Market Overview
As of April 3, 2025, BTC/USDT on Binance is reported at $81,775, a single-day drop of 5.88% (-$5,105), with an intra-day fluctuation of 8.5% ($81,257-$88,398), marking the largest single-day volatility since November 2024. 24-hour trading volume surged to $129.8 billion (+65.5%), indicating a heated tug-of-war between bulls and bears.
Key Data:
Fear Index: 25 (Extreme Fear)
Funding Rate: -0.025% (bearish dominance)
Futures Open Interest: Decreased by 18% (bulls accelerating exit)
SILICON PHOTONICS POWER PHOTONIC’S PROCESSORS
metric for DARPA’s long-term goals. This process ensures only viable technologies advance.
SILICON PHOTONICS POWER PHOTONIC’S PROCESSORS
Photonic Inc. has developed its quantum
processors using silicon photonics, a technology that integrates light-based components onto
silicon chips for efficient qubit management.
This method leverages existing semiconductor manufacturing processes, reducing production costs compared to other quantum approaches like ion traps. The company’s $140 million
funding, including from Microsoft, supports this development, targeting large-scale
quantum systems.
The processors use photonicqubits, which travel at light speed and connect across
distances, enabling a distributed network of quantum modules.
This design contrasts with Nvidia’s $65 billion infrastructure for GPU-based AI chips, focusing instead on quantum connectivity. Photonic’s chips aim to handle complex computations
with lower energy demands, a priority for industrial applications.
This silicon-based approach positions
Photonic to meet DARPA’s scalability and cost benchmarks effectively.
COMPETITION INCLUDES IBM AND IONQ
Photonic joins a competitive field in DARPA’s
Quantum Benchmarking Initiative Stage A, with companies like IBM and IonQ also selected to showcase their quantum technologies. IBM
#持有SCDO未来星辰大海 #SCDO中文社区
SILICON PHOTONICS POWER PHOTONIC’S PROCESSORS
Photonic Inc. has developed its quantum
processors using silicon photonics, a technology that integrates light-based components onto
silicon chips for efficient qubit management.
This method leverages existing semiconductor manufacturing processes, reducing production costs compared to other quantum approaches like ion traps. The company’s $140 million
funding, including from Microsoft, supports this development, targeting large-scale
quantum systems.
The processors use photonicqubits, which travel at light speed and connect across
distances, enabling a distributed network of quantum modules.
This design contrasts with Nvidia’s $65 billion infrastructure for GPU-based AI chips, focusing instead on quantum connectivity. Photonic’s chips aim to handle complex computations
with lower energy demands, a priority for industrial applications.
This silicon-based approach positions
Photonic to meet DARPA’s scalability and cost benchmarks effectively.
COMPETITION INCLUDES IBM AND IONQ
Photonic joins a competitive field in DARPA’s
Quantum Benchmarking Initiative Stage A, with companies like IBM and IonQ also selected to showcase their quantum technologies. IBM
#持有SCDO未来星辰大海 #SCDO中文社区
DARPA’S QUANTUM BENCHMARKING INITIATIVE OUTLINES GOALS
chip to manage photon-based qubits. This design aims to reduce energy costs and improve system integration, addressing key barriers in quantum computing development.
Photonic’s system connects multiple quantum modules, enabling distributed processing across sites, afeature DARPA seeks to evaluate.
This technology targets applications requiring
high computational power, such as cryptography and material simulation, aligning with industry needs for efficient quantum systems.
DARPA’S QUANTUM BENCHMARKING INITIATIVE OUTLINES GOALS
The Defense Advanced Research Projects Agency has structured its Quantum Benchmarking
Initiative in three stages to assess quantum
computing technologies for industrial use.
Stage A,where Photonic now participates,
involves nearly 20 companies presenting
detailed concepts for scalable quantum
systems. DARPA’s evaluation team, comprising over 50 experts, reviews these proposals for feasibility and performance potential.
Stage B will narrow the field, with selected firms refining their approaches over a year under
DARPA scrutiny.
Stage C,the final phase, includes independent testing of hardware prototypes to verify their capabilities, focusing on both computational value and operational costs. The initiative aims to identify systems that can deliver practical quantum computing within a decade.
Photonic’s Stage A role requires it to demonstrate its entanglement-first system’s scalability, a key
#SCDO公链 #SCDO中文社区
Photonic’s system connects multiple quantum modules, enabling distributed processing across sites, afeature DARPA seeks to evaluate.
This technology targets applications requiring
high computational power, such as cryptography and material simulation, aligning with industry needs for efficient quantum systems.
DARPA’S QUANTUM BENCHMARKING INITIATIVE OUTLINES GOALS
The Defense Advanced Research Projects Agency has structured its Quantum Benchmarking
Initiative in three stages to assess quantum
computing technologies for industrial use.
Stage A,where Photonic now participates,
involves nearly 20 companies presenting
detailed concepts for scalable quantum
systems. DARPA’s evaluation team, comprising over 50 experts, reviews these proposals for feasibility and performance potential.
Stage B will narrow the field, with selected firms refining their approaches over a year under
DARPA scrutiny.
Stage C,the final phase, includes independent testing of hardware prototypes to verify their capabilities, focusing on both computational value and operational costs. The initiative aims to identify systems that can deliver practical quantum computing within a decade.
Photonic’s Stage A role requires it to demonstrate its entanglement-first system’s scalability, a key
#SCDO公链 #SCDO中文社区
See original
#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'.
See original
#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.
See original
#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.
See original
#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.
See original
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.
See original
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).
See original
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.
See original
#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.
See original
#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.
See original
#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.
Login to explore more contents