SCDO_财经频道
SCDO全称为（Super Crypto Decentralized Organization），寓意打造“超级加密去中心化组织”。项目于2020年启动，主网在2021年正式上线并开源发布，目标是重新定义区块链底层架构，以可扩展性、高效能和去中心化为核心，解决行业长期存在的“不可能三角”难题。
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ETH Daily Depth Analysis (SCDO_AI Report) — Key Decision Point Under the Interplay of Bulls and Bears
ETH Daily Depth Analysis (SCDO_AI Report)
—— Key decision point under the interplay of bulls and bears Date: April 9, 2025 Current price: $1,465.13
I. Multi-dimensional analysis of technical indicators
I. Trend and Momentum Indicators
MACD (12,26,9):
DIF: -257.691 (below the zero axis)
DEA: Value not provided (but DIF is significantly negative, suggesting DEA is also below the zero axis)
Conclusion: Bearish momentum is strong, the trend is weak, watch for a shortening of green bars to judge potential reversal signals.
EMA Combination:
EMA30: $1,816.6
EMA200: $2,717.8
Conclusion: The price is far below EMA30 and EMA200, indicating that both long-term and short-term trends are downward.
—— Key decision point under the interplay of bulls and bears Date: April 9, 2025 Current price: $1,465.13
I. Multi-dimensional analysis of technical indicators
I. Trend and Momentum Indicators
MACD (12,26,9):
DIF: -257.691 (below the zero axis)
DEA: Value not provided (but DIF is significantly negative, suggesting DEA is also below the zero axis)
Conclusion: Bearish momentum is strong, the trend is weak, watch for a shortening of green bars to judge potential reversal signals.
EMA Combination:
EMA30: $1,816.6
EMA200: $2,717.8
Conclusion: The price is far below EMA30 and EMA200, indicating that both long-term and short-term trends are downward.
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How does SCDO ensure security?
Answer: SCDO ensures the security and robustness of the blockchain network through multiple layers of measures: First, from the consensus mechanism, it adopts PoW (ZPoW), a consensus that has been proven to be secure, ensuring that no one can easily tamper with block records. Only miners who invest real computing power and work according to the rules can write blocks, and attackers would need to expend enormous resources to disrupt the network, fundamentally ensuring the immutability of the ledger.
Secondly, in terms of network architecture, SCDO introduces sharding and sub-chains, but each shard is maintained by a sufficient number of miners, and cross-shard consistency is ensured through cross-validation (light chains), preventing the situation where a shard is damaged in isolation without detection. The main chain monitors the sub-chains to prevent cheating from spreading to the main network. Third, SCDO employs mature cryptographic algorithms (such as ECDSA elliptic curve signatures) to ensure transaction signatures and account security, with the private key held only by the user, ensuring that account assets can only be managed by the owner. Fourth, the open-source audit mechanism enhances security: after the code is made public, it undergoes scrutiny by community developers, allowing for the timely discovery and fixing of potential vulnerabilities. The SCDO team also includes experienced security researchers who continuously conduct vulnerability testing.
Fifth, the network design prevents common attacks, such as DDoS resistance (reducing the impact of large-scale attacks through P2P network topology randomization), witch attack resistance (PoW itself requires cost, rendering witch nodes meaningless), and difficulty adjustment to cope with sudden increases or decreases in computing power, among others. Through these measures, SCDO has achieved comprehensive security assurance from consensus, cryptography, network protocols to implementation layers, providing maximum protection for on-chain data and user assets.
#持有SCDO未来星辰大海
Answer: SCDO ensures the security and robustness of the blockchain network through multiple layers of measures: First, from the consensus mechanism, it adopts PoW (ZPoW), a consensus that has been proven to be secure, ensuring that no one can easily tamper with block records. Only miners who invest real computing power and work according to the rules can write blocks, and attackers would need to expend enormous resources to disrupt the network, fundamentally ensuring the immutability of the ledger.
Secondly, in terms of network architecture, SCDO introduces sharding and sub-chains, but each shard is maintained by a sufficient number of miners, and cross-shard consistency is ensured through cross-validation (light chains), preventing the situation where a shard is damaged in isolation without detection. The main chain monitors the sub-chains to prevent cheating from spreading to the main network. Third, SCDO employs mature cryptographic algorithms (such as ECDSA elliptic curve signatures) to ensure transaction signatures and account security, with the private key held only by the user, ensuring that account assets can only be managed by the owner. Fourth, the open-source audit mechanism enhances security: after the code is made public, it undergoes scrutiny by community developers, allowing for the timely discovery and fixing of potential vulnerabilities. The SCDO team also includes experienced security researchers who continuously conduct vulnerability testing.
Fifth, the network design prevents common attacks, such as DDoS resistance (reducing the impact of large-scale attacks through P2P network topology randomization), witch attack resistance (PoW itself requires cost, rendering witch nodes meaningless), and difficulty adjustment to cope with sudden increases or decreases in computing power, among others. Through these measures, SCDO has achieved comprehensive security assurance from consensus, cryptography, network protocols to implementation layers, providing maximum protection for on-chain data and user assets.
#持有SCDO未来星辰大海
🚨BREAKING:
GLOBAL MARKETS IN TOTAL PANIC MODE
$1 BILLION CRYPTO LIQUIDATIONS
HONG KONG STOCKS -10%
CHINA MARKET -6.2%
JAPAN NIKKEI -8.8%
SOUTH KOREA -5%
PRAY FOR CRYPTO... THIS COULD GET
UGLY FAST IF NASDAQ DUMPS -5%
#持有SCDO未来星辰大海
🌱 你看到的是“当前的价格”，
🌄 我们看到的是“未来的风景”。
SCDO——技术派的共识，价值派的选择。
📊 底部蓄势，生态正在走向繁荣！
GLOBAL MARKETS IN TOTAL PANIC MODE
$1 BILLION CRYPTO LIQUIDATIONS
HONG KONG STOCKS -10%
CHINA MARKET -6.2%
JAPAN NIKKEI -8.8%
SOUTH KOREA -5%
PRAY FOR CRYPTO... THIS COULD GET
UGLY FAST IF NASDAQ DUMPS -5%
#持有SCDO未来星辰大海
🌱 你看到的是“当前的价格”，
🌄 我们看到的是“未来的风景”。
SCDO——技术派的共识，价值派的选择。
📊 底部蓄势，生态正在走向繁荣！
See original
#持有SCDO未来星辰大海
When did the SCDO project start, and when did the mainnet go live?
Answer: The SCDO project started in 2020, and after testing and development, the mainnet officially went live on January 5, 2021. This mainnet launch marked the entry of SCDO into the actual operational phase, allowing global users to participate in transactions and mining on the SCDO network. As a fully open-source blockchain project, the SCDO mainnet code is also publicly available on GitHub for community review and operation.
When did the SCDO project start, and when did the mainnet go live?
Answer: The SCDO project started in 2020, and after testing and development, the mainnet officially went live on January 5, 2021. This mainnet launch marked the entry of SCDO into the actual operational phase, allowing global users to participate in transactions and mining on the SCDO network. As a fully open-source blockchain project, the SCDO mainnet code is also publicly available on GitHub for community review and operation.
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
What does the name SCDO represent?
Answer: SCDO is an abbreviation for "Super Crypto Decentralized Organization", which means "Super Crypto Decentralized Organization" in full. This name reflects the project's vision: to create a highly decentralized crypto network organization that allows global users to freely participate, collaborate, and share value in an environment without central control.
#持有SCDO未来星辰大海
Answer: SCDO is an abbreviation for "Super Crypto Decentralized Organization", which means "Super Crypto Decentralized Organization" in full. This name reflects the project's vision: to create a highly decentralized crypto network organization that allows global users to freely participate, collaborate, and share value in an environment without central control.
#持有SCDO未来星辰大海
See original
#持有SCDO未来星辰大海
SCDO, known as a 'fourth-generation' decentralized public chain, is gradually coming into the public eye. SCDO stands for Super Crypto Decentralized Organization, which implies the creation of a 'super encrypted decentralized organization.' The project was launched in 2020, with the mainnet officially going live and open-sourced in 2021. Its goal is to redefine the underlying architecture of blockchain, focusing on scalability, high performance, and decentralization, to solve the long-standing 'impossible triangle' problem in the industry.
SCDO, known as a 'fourth-generation' decentralized public chain, is gradually coming into the public eye. SCDO stands for Super Crypto Decentralized Organization, which implies the creation of a 'super encrypted decentralized organization.' The project was launched in 2020, with the mainnet officially going live and open-sourced in 2021. Its goal is to redefine the underlying architecture of blockchain, focusing on scalability, high performance, and decentralization, to solve the long-standing 'impossible triangle' problem in the industry.
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