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Public Blockchains
Block size, block events, asset transfers, wallet addresses, blockchain confirmations, smart contract events
Decentralized Finance
All financial transactions including wallets, assets, liquidity, value locked, asset transfers, asset custody
DEXs
All financial transactions including wallets, assets, liquidity, value locked, asset transfers, asset custody
Universal Data Collector
(UDC)
Crypto Exchanges
Order books, trade data, transactional data, candle stick, ticker, inflow and outflow data
Decentralized Finance
All financial transactions including wallets, assets, liquidity, value locked, asset transfers, asset custody
Crypto Exchanges
Order books, trade data, transactional data, candle stick, ticker, inflow and outflow data
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Uniquely containerized and designed to collect data from CEX, DEX & blockchains. Adapters governance managed by federated consensus algorithm
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Ingestion
All ingested data will universal normalization framwork
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Normalization
All ingested data will universal normalization framwork
L3 Atom stores billions of data points
Transactions, and historical records on a decentralized infrastructure so anyone can access them without censorship. Users can query, combine and run analytics on data via a web-based open analytical application. Users can create, test, visualize, and deploy custom data feeds and develop data products and gain insights at scale.
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Main upcoming features
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We are working hard to keep the UDC open and reliable by introducing a federated consensus mechanism for the collectors, adapter, and data streams
Public CI/CD on adapters, connectors, development and management cycles
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD feed.
Containarizing UDC code ripo in to a smart contract to add an extra layer of security
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD feed.
Federated consense—In order to modify the UDC core, you will required web3 authantication
Users can query, combine and run analytics on data via a web-based open analytical application. Users can create, test, visualize, and deploy custom data feeds and develop data products and gain insights at scale.
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD feed.
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD feed.
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD feed.
Developers to rapidly build, deploy, and manage
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Decentralized Data Stack Nodes
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD feed.
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
Updates
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
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Career
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
Vision
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
Join Community
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
Become a verified Contributor
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
Community Grants
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
Career
End users can subscribe to live data feeds for free, i.e., Coinbase BTC/USD
Achieving Graphine Oxide-based laser patterned photonic memristors with sizes comparable to those of the biological synapses (20–40 nm) It will require fabrication methods able to go beyond the diffraction limit.
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End users can subscribe to live data feeds for
Tamper-proof ETL
End users can subscribe to live data feeds for
End users can subscribe to live data feeds for
OpenMetrics
End users can subscribe to live data feeds for
Decentralized Data Mesh (DDM)
End users can subscribe to live data feeds for
L3A v3
Achieving Graphine Oxide-based laser patterned photonic memristors with sizes comparable to those of the biological synapses (20–40 nm) It will require fabrication methods able to go beyond the diffraction limit.
End users can subscribe to live data feeds for
End users can subscribe to live data feeds for
End users can subscribe to live data feeds for
Better Governance
Achieving Graphine Oxide-based laser patterned photonic memristors with sizes comparable to those of the biological synapses (20–40 nm) It will require fabrication methods able to go beyond the diffraction limit.
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End users can subscribe to live data feeds for
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End users can subscribe to live data feeds for
End users can subscribe to live data feeds for
End users can subscribe to live data feeds for
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Open R&D
End users can subscribe to live data feeds for