St-Georges Eco-Mining (Seite 201)
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Antwort auf Beitrag Nr.: 57.230.371 von alwb am 09.03.18 06:57:49...das ist sicher kein fake... wie ll sagt ist er ja mit anderen von SX verknüpft... ich finde es nach wie eine sehr faire Geste den Aktionären gegenüber was Dumas und Wei Tek da machen... an solche Infos kommen sonst nur Insider, auch über die Kontakte und Gespräche die sie pflegen, für mich ist das Transparenz und Fairness... klar kann es Euphorie und falsche Schlußfolgerungen erzeugen, aber das liegt meiner Meinung nach im Auge des Betrachters...
Laut Agoracom liegt der Anteil von SX an ZeU bei 21%, das verstehe ich nicht, ich dachte das sei eine 100% Tochter von SX...?
Weiß da jemand was?
Hat auch jemand Ideen zum Thema spin off, wie das für die SX Aktionäre laufen kann?
Auf bessere Kurse und endlich die news der Finanzierung!
Gruß
sasa
Laut Agoracom liegt der Anteil von SX an ZeU bei 21%, das verstehe ich nicht, ich dachte das sei eine 100% Tochter von SX...?
Weiß da jemand was?
Hat auch jemand Ideen zum Thema spin off, wie das für die SX Aktionäre laufen kann?
Auf bessere Kurse und endlich die news der Finanzierung!
Gruß
sasa
Antwort auf Beitrag Nr.: 57.230.371 von alwb am 09.03.18 06:57:49
da er CEO von SX immer mal wieder diesen twitter account anschreibt oder einbindet denke ich nicht das es ein fake account ist.. aber das ist nur meine meinung
Zitat von alwb: Es gibt Stimmen, die sagen, das wäre ein Fake-Account.
da er CEO von SX immer mal wieder diesen twitter account anschreibt oder einbindet denke ich nicht das es ein fake account ist.. aber das ist nur meine meinung
Antwort auf Beitrag Nr.: 57.224.830 von eponski am 08.03.18 16:07:26Es gibt Stimmen, die sagen, das wäre ein Fake-Account.
Nach der letzten Twitter-Push-Arie ist hier m.E. Vorsicht geboten. Diese Info über Twitter zu verbreiten, bevor SX eine offizielle Meldung dazu raus gibt ... ich weiß ja nicht ...
Muss jeder für sich selbst bewerten.
Nach der letzten Twitter-Push-Arie ist hier m.E. Vorsicht geboten. Diese Info über Twitter zu verbreiten, bevor SX eine offizielle Meldung dazu raus gibt ... ich weiß ja nicht ...
Muss jeder für sich selbst bewerten.
Antwort auf Beitrag Nr.: 57.224.482 von alwb am 08.03.18 15:38:17https://twitter.com/WeiTekTsai/status/971202441965375488
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High-Speed Super Large Ledger Technology A BLOCKCHAIN FRAMEWORK WITH CONCURRENT BYZANTINE FAULT TOLERANCE (CBFT) Developed By Dr. Wei-Tek Tsai
The 3 Phases of Practical Byzantine Fault Tolerance (or PBFT).
Our system uses concurrent byzantine fault tolerance (CBFT). CBFT allows multiple blocks to be voted concurrently to speed up the voting process. With CBFT, the traditional three phases of PBFT remain the same, but a new phase is added to the front of the process.
DUAL CHAIN STRUCTURE Each chain is responsible for one kind of actions. This makes it easier to manage each kind of chains with load balancing. For instance, in a single system, the blockchain could be divided into an A-Blockchain (ABC) to manage account information, and a T-BlockChain (TBC) to manage trading information.
GLOBAL INDUSTRIAL BLOCKCHAIN PROTOCOL MASSIVE DATA integration with Hbase, SAS etc Multi-Level Redundancy (4 POINTS) Multiple Blockchains: The system consists of multiple blockchains (ABCs and TBCs) interconnecting to each other, rather than a single blockchain linking every participant. This ensures data are saved in different chains for redundancy. For example, Euroclear has proposed a set of blockchains: Asset, Cash, Derivative, Fund, and Collateral ledgers; Multiple nodes per Blockchain: Each blockchain will have multiple nodes participating in voting and saving system states. This ensures that all the data stored in a blockchain are saved in different nodes for reliability; Multiple processors for a node: Each node can run on top of a cluster of processors for reliability, availability, and high performance; Distributed storage: Data stored in each node can be saved in distributed storages such as RAID for reliability and performance.
NOT “SHARDING” It is certainly possible to split a traditional blockchain into multiple subchains in a process called “sharding”. The problem with traditional sharding proposals is that, “shard-ed” subchains are still inter-connected, and they also process trading transactions amongst shards.
BLOCKCHAIN FOR FORTUNE 500
REAL LIFE STRESS TEST !! The above super-large ledger system was first deployed for the Guangdong Clearing House (GCH), as an operational test. The test ran for two months. In the first month, the system processed historical data of 3.333B of transactions. This is equivalent to 16 months of trading at NASDAQ, or 14 years of trading at LSE. The system reached an average of 5,000 TPS.
High-Speed Super Large Ledger Technology A BLOCKCHAIN FRAMEWORK WITH CONCURRENT BYZANTINE FAULT TOLERANCE (CBFT) Developed By Dr. Wei-Tek Tsai
Dr. Wei-Tek Tsai Dr. Wei-Tek Tsai is world-renowned blockchain expert, who initiated the first academic laboratory dedicated to blockchain research and education in China at Beihang University's School of Computer Science and Engineering. Dr. Tsai received his S.B. in Computer Science and Engineering from Massachusetts Institute of Technology (MIT) at Cambridge, MA in 1979, M.S. and Ph.D. in Computer Science from University of California at Berkeley in 1982 and 1985. He joined Arizona State University, Tempe, Arizona in 2000 as a full professor of Computer Science and Engineering in the School of Computing, Informatics, and Decision Systems Engineering. He became an Emeritus Professor in December 2014. He has authored more than 500 papers in software engineering, service-oriented computing, cloud computing and blockchains.
The Challenge to Blockchains Public blockchains are great. The most famous ones such as Ethereum have sparked a global movement of furious innovation that is revolutionizing the way our data is stored. The challenge, however, is how do we make blockchain technology work when dealing with super-large amounts of data (like retail transactions), and at commercially viable transaction speeds (like Visa / MasterCard).
The Blockchain Bottleneck The core algorithm for reaching consensus with blockchain protocols permissioned blockchains is Practical Byzantine Fault Tolerance (PBFT). The problem with PBFT is that it performs consensus sequentially, meaning they vote on one block at a time. This is a critical performance bottleneck.
Dr. Tsai Solution Dr. Tsai has solved this problem. His system uses concurrent byzantine fault tolerance (CBFT). CBFT allows multiple blocks to be voted concurrently to speed up the voting process.
Dr. Tsai Solution With CBFT, the traditional three phases of PBFT remain the same, but a new phase is added to the front of the process. While this may seem like adding an extra layer of operation, the front phase is crucial as it performs a pre-processing action to specifically determine the contents of blocks. Once contents of each is known, the block can be voted on by all the nodes. This saves time because voting on pre-processed blocks can then be conducted concurrently.
Independent Testing Dr. Tsai’s super-large ledger system was first deployed for the Guangdong Clearing House (GCH), as an operational test. The test ran for two months. In the first month, the system processed historical data of 3.333B of transactions. To put this into perspective, the data represents: !! 15.5 times all historical trading volume of bitcoin since 2008 !! 14 years of trading volume on the London Stock Exchange (LSE) !! 16 months of NASDAQ trading volume !! 231 hours of trading volume of global Visa transactions
Independent Testing The system reached an average of 60,000 transactions per second per node.
Independent Testing In the second month, the system operated on real-time data. In 20+ days, the system processed approximately 1M transactions in real time. His blockchain was stress-tested in 2017 during a live demo presented to: !! IBM, SAP, AWS, and China’s MIIT (Ministry of Industry and Information Technology) !! Numerous universities and research institutions such as Peking University !! Banks such as PBOC and ICBC !! Government agencies and local governments. The system has also been independently tested by two parties: 1. MIIT. A one-week test to examine the code used in the system. 2. The clearing results were independently tested and evaluated by the hosting institution.
Revenue Stream – Big Data This solution can be commercially deployed in 2018-19. It will be the biggest and fastest distributed and self-contained hyper data solution. Initial clients expected to be speciality banking, trading platform, credit card companies with revenues expected to reach USD $5 Billion annually. Market size estimated at about USD $45 Billion annually. Potential competitors are lagging behind with initiatives such as BigChainDB that is not self-contained - but running on top of other decentralized protocols and processing platforms like Etherium and decentralized files systems like IPFS.
Revenue Stream – Big Data 100% of the data exists within the Blockchain, guaranteeing accuracy and allowing-real time monitoring !! Multi-party transactions can be settled in real time on the chain !! Business transaction speed surpasses Visa’s speed !! It uses a 4D distributed architecture !! Uses Byzantine Generals Algorithm for consensus, can easily find in-accurate of fraudulent nodes. !! The platform runs on TD-Base proprietary distributed blockchain database system and is highly scalable. !! It provides on-chain SDK for risk management and reporting system. It can quickly connect to SAS, SPSS, R etc.
Revenue Stream – Internet of Blockchains (IoB) The IoB will be an “Open Source” initiative with a commercial licence attached. Services companies will be created to serve the commercial licensees outside of the zone of Influence of Beijing Tande IoB will need to reach critical mass in parallel with the ICO to achieve its main goal of normalization. Total revenue from licensing and services should reach USD $2 Billion annually when fully deployed.
Revenue Stream – Sandbox The Sandbox initiative is being deployed right now. It allows developers of Blockchains technology and eventually, developers using the Byzantine platform, to test their blockchain applications in a simulated environment. The main reason behind the Sandbox initiative is to distillate the Byzantine Project normalization policies as a defacto norm. The Sandbox is a normalization tool and a policy influence tool that has the potential to be the ecosystem that is too big to fail in the blockchain business. Revenues will come from consulting and commercial licenses with an open source approach. Multiple SandBox iterations might be simultaneously deployed in different geographical environments.
Connect with ZeU Crypto Networks Frank Dumas - President fdumas@dumasbancorp.com 514.295.9878 Sheldon Inwentash - Senior Advisor 416.941.8900
High-Speed Super Large Ledger Technology A BLOCKCHAIN FRAMEWORK WITH CONCURRENT BYZANTINE FAULT TOLERANCE (CBFT) Developed By Dr. Wei-Tek Tsai
The 3 Phases of Practical Byzantine Fault Tolerance (or PBFT).
Our system uses concurrent byzantine fault tolerance (CBFT). CBFT allows multiple blocks to be voted concurrently to speed up the voting process. With CBFT, the traditional three phases of PBFT remain the same, but a new phase is added to the front of the process.
DUAL CHAIN STRUCTURE Each chain is responsible for one kind of actions. This makes it easier to manage each kind of chains with load balancing. For instance, in a single system, the blockchain could be divided into an A-Blockchain (ABC) to manage account information, and a T-BlockChain (TBC) to manage trading information.
GLOBAL INDUSTRIAL BLOCKCHAIN PROTOCOL MASSIVE DATA integration with Hbase, SAS etc Multi-Level Redundancy (4 POINTS) Multiple Blockchains: The system consists of multiple blockchains (ABCs and TBCs) interconnecting to each other, rather than a single blockchain linking every participant. This ensures data are saved in different chains for redundancy. For example, Euroclear has proposed a set of blockchains: Asset, Cash, Derivative, Fund, and Collateral ledgers; Multiple nodes per Blockchain: Each blockchain will have multiple nodes participating in voting and saving system states. This ensures that all the data stored in a blockchain are saved in different nodes for reliability; Multiple processors for a node: Each node can run on top of a cluster of processors for reliability, availability, and high performance; Distributed storage: Data stored in each node can be saved in distributed storages such as RAID for reliability and performance.
NOT “SHARDING” It is certainly possible to split a traditional blockchain into multiple subchains in a process called “sharding”. The problem with traditional sharding proposals is that, “shard-ed” subchains are still inter-connected, and they also process trading transactions amongst shards.
BLOCKCHAIN FOR FORTUNE 500
REAL LIFE STRESS TEST !! The above super-large ledger system was first deployed for the Guangdong Clearing House (GCH), as an operational test. The test ran for two months. In the first month, the system processed historical data of 3.333B of transactions. This is equivalent to 16 months of trading at NASDAQ, or 14 years of trading at LSE. The system reached an average of 5,000 TPS.
High-Speed Super Large Ledger Technology A BLOCKCHAIN FRAMEWORK WITH CONCURRENT BYZANTINE FAULT TOLERANCE (CBFT) Developed By Dr. Wei-Tek Tsai
Dr. Wei-Tek Tsai Dr. Wei-Tek Tsai is world-renowned blockchain expert, who initiated the first academic laboratory dedicated to blockchain research and education in China at Beihang University's School of Computer Science and Engineering. Dr. Tsai received his S.B. in Computer Science and Engineering from Massachusetts Institute of Technology (MIT) at Cambridge, MA in 1979, M.S. and Ph.D. in Computer Science from University of California at Berkeley in 1982 and 1985. He joined Arizona State University, Tempe, Arizona in 2000 as a full professor of Computer Science and Engineering in the School of Computing, Informatics, and Decision Systems Engineering. He became an Emeritus Professor in December 2014. He has authored more than 500 papers in software engineering, service-oriented computing, cloud computing and blockchains.
The Challenge to Blockchains Public blockchains are great. The most famous ones such as Ethereum have sparked a global movement of furious innovation that is revolutionizing the way our data is stored. The challenge, however, is how do we make blockchain technology work when dealing with super-large amounts of data (like retail transactions), and at commercially viable transaction speeds (like Visa / MasterCard).
The Blockchain Bottleneck The core algorithm for reaching consensus with blockchain protocols permissioned blockchains is Practical Byzantine Fault Tolerance (PBFT). The problem with PBFT is that it performs consensus sequentially, meaning they vote on one block at a time. This is a critical performance bottleneck.
Dr. Tsai Solution Dr. Tsai has solved this problem. His system uses concurrent byzantine fault tolerance (CBFT). CBFT allows multiple blocks to be voted concurrently to speed up the voting process.
Dr. Tsai Solution With CBFT, the traditional three phases of PBFT remain the same, but a new phase is added to the front of the process. While this may seem like adding an extra layer of operation, the front phase is crucial as it performs a pre-processing action to specifically determine the contents of blocks. Once contents of each is known, the block can be voted on by all the nodes. This saves time because voting on pre-processed blocks can then be conducted concurrently.
Independent Testing Dr. Tsai’s super-large ledger system was first deployed for the Guangdong Clearing House (GCH), as an operational test. The test ran for two months. In the first month, the system processed historical data of 3.333B of transactions. To put this into perspective, the data represents: !! 15.5 times all historical trading volume of bitcoin since 2008 !! 14 years of trading volume on the London Stock Exchange (LSE) !! 16 months of NASDAQ trading volume !! 231 hours of trading volume of global Visa transactions
Independent Testing The system reached an average of 60,000 transactions per second per node.
Independent Testing In the second month, the system operated on real-time data. In 20+ days, the system processed approximately 1M transactions in real time. His blockchain was stress-tested in 2017 during a live demo presented to: !! IBM, SAP, AWS, and China’s MIIT (Ministry of Industry and Information Technology) !! Numerous universities and research institutions such as Peking University !! Banks such as PBOC and ICBC !! Government agencies and local governments. The system has also been independently tested by two parties: 1. MIIT. A one-week test to examine the code used in the system. 2. The clearing results were independently tested and evaluated by the hosting institution.
Revenue Stream – Big Data This solution can be commercially deployed in 2018-19. It will be the biggest and fastest distributed and self-contained hyper data solution. Initial clients expected to be speciality banking, trading platform, credit card companies with revenues expected to reach USD $5 Billion annually. Market size estimated at about USD $45 Billion annually. Potential competitors are lagging behind with initiatives such as BigChainDB that is not self-contained - but running on top of other decentralized protocols and processing platforms like Etherium and decentralized files systems like IPFS.
Revenue Stream – Big Data 100% of the data exists within the Blockchain, guaranteeing accuracy and allowing-real time monitoring !! Multi-party transactions can be settled in real time on the chain !! Business transaction speed surpasses Visa’s speed !! It uses a 4D distributed architecture !! Uses Byzantine Generals Algorithm for consensus, can easily find in-accurate of fraudulent nodes. !! The platform runs on TD-Base proprietary distributed blockchain database system and is highly scalable. !! It provides on-chain SDK for risk management and reporting system. It can quickly connect to SAS, SPSS, R etc.
Revenue Stream – Internet of Blockchains (IoB) The IoB will be an “Open Source” initiative with a commercial licence attached. Services companies will be created to serve the commercial licensees outside of the zone of Influence of Beijing Tande IoB will need to reach critical mass in parallel with the ICO to achieve its main goal of normalization. Total revenue from licensing and services should reach USD $2 Billion annually when fully deployed.
Revenue Stream – Sandbox The Sandbox initiative is being deployed right now. It allows developers of Blockchains technology and eventually, developers using the Byzantine platform, to test their blockchain applications in a simulated environment. The main reason behind the Sandbox initiative is to distillate the Byzantine Project normalization policies as a defacto norm. The Sandbox is a normalization tool and a policy influence tool that has the potential to be the ecosystem that is too big to fail in the blockchain business. Revenues will come from consulting and commercial licenses with an open source approach. Multiple SandBox iterations might be simultaneously deployed in different geographical environments.
Connect with ZeU Crypto Networks Frank Dumas - President fdumas@dumasbancorp.com 514.295.9878 Sheldon Inwentash - Senior Advisor 416.941.8900
Trading Spotlight
Antwort auf Beitrag Nr.: 57.221.389 von Metastock79 am 08.03.18 11:49:11
Hast Du bitte mal eine Quelle bzw. einen Link bzgl. dieser Info? Auf seiner Twitter-Seite ist jedenfalls nichts derartiges zu lesen.
Zitat von Metastock79: Hallo,
der Doktor hat per Twitter bestätigt, dass der Deal zu 100% safe ist. Nur zur Info. Eine Frage der Zeit!
Hast Du bitte mal eine Quelle bzw. einen Link bzgl. dieser Info? Auf seiner Twitter-Seite ist jedenfalls nichts derartiges zu lesen.
Antwort auf Beitrag Nr.: 57.221.497 von LithiumLove am 08.03.18 11:59:52in den Minusbereich wollt ich schon immer mal kommen 
Das solche Nachrichten über Twitter verbreitet werden finde ich auch ein wenig komisch..
Naja mal sehen, vlt wird es ja offziel
und der Kurs steigt wieder!
Das solche Nachrichten über Twitter verbreitet werden finde ich auch ein wenig komisch..
Naja mal sehen, vlt wird es ja offziel
und der Kurs steigt wieder!
Antwort auf Beitrag Nr.: 57.220.540 von Manu1310 am 08.03.18 10:38:51
oder sogar im "-" bereich
*spass*
Zitat von Manu1310: Wenn es so weiter geht sind wir bald bei Null -.-
oder sogar im "-" bereich
*spass*
Antwort auf Beitrag Nr.: 57.221.389 von Metastock79 am 08.03.18 11:49:11Sehr unprofessionell sowas vorab zu verkünden. In meinen Augen sogar unzulässig. Eher ein Grund die Finger von den Aktien zu lassen.
Hallo,
der Doktor hat per Twitter bestätigt, dass der Deal zu 100% safe ist. Nur zur Info. Eine Frage der Zeit!
der Doktor hat per Twitter bestätigt, dass der Deal zu 100% safe ist. Nur zur Info. Eine Frage der Zeit!
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