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{{:box_round_sky_blue|title=Keepers|<big>'''Securely automate DevOps functions'''</big>
{{:box_round_purple_blue|title= Market & data feeds|1=
 
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<big>'''ONE LINER GOES HERE'''</big>
<big>Chainlink Keepers allow smart contracts to automate key functions and event-driven tasks in a highly reliable, decentralized, and cost-efficient manner.
<big>Chainlink Keepers allow smart contracts to automate key functions and event-driven tasks in a highly reliable, decentralized, and cost-efficient manner.
Reliable smart contract automation solution for executing DevOps tasks in a decentralized and reliable manner.
Reliable smart contract automation solution for executing DevOps tasks in a decentralized and reliable manner.
Keepers save developers time and resources by enabling them to securely automate smart contract execution.<br>Find out more about keepers '''[[Keepers|HERE]]'''</big>}}
Keepers save developers time and resources by enabling them to securely automate smart contract execution.<br>Find out more about CCIP '''[[CCIP|HERE]]'''</big>
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{{:box_round_purple_blue|title=Market & data feeds|<big>'''ONE LINER GOES HERE'''</big>
{{:box_round_purple_blue|title=Market & data feeds|<big>'''ONE LINER GOES HERE'''</big>

Revision as of 04:20, 24 March 2022

Chainlink products overview

Overview of Chainlink product ecosystem goes here.

CCIP

Chainlink ccip.png

ONE LINER GOES HERE Chainlink Keepers allow smart contracts to automate key functions and event-driven tasks in a highly reliable, decentralized, and cost-efficient manner. Reliable smart contract automation solution for executing DevOps tasks in a decentralized and reliable manner. Keepers save developers time and resources by enabling them to securely automate smart contract execution.
Find out more about CCIP HERE

Keepers

Chainlink keepers.png

Securely automate DevOps functions Chainlink Keepers allow smart contracts to automate key functions and event-driven tasks in a highly reliable, decentralized, and cost-efficient manner. Reliable smart contract automation solution for executing DevOps tasks in a decentralized and reliable manner. Keepers save developers time and resources by enabling them to securely automate smart contract execution.
Find out more about CCIP HERE

Market & data feeds

Chainlink feeds.png

ONE LINER GOES HERE Chainlink Keepers allow smart contracts to automate key functions and event-driven tasks in a highly reliable, decentralized, and cost-efficient manner. Reliable smart contract automation solution for executing DevOps tasks in a decentralized and reliable manner. Keepers save developers time and resources by enabling them to securely automate smart contract execution.
Find out more about CCIP HERE

Market & data feeds

ONE LINER GOES HERE

Chainlink Keepers allow smart contracts to automate key functions and event-driven tasks in a highly reliable, decentralized, and cost-efficient manner. Reliable smart contract automation solution for executing DevOps tasks in a decentralized and reliable manner.

Keepers save developers time and resources by enabling them to securely automate smart contract execution.
Find out more about Market & data feeds HERE

PoR - Proof of Reserve

ONE LINER GOES HERE Chainlink Proof of Reserve (PoR) replaces lengthy, opaque audits with automated, transparent, real-time on-chain audits backed by cryptographic truth, using a decentralized network of nodes to prevent a single point of failure. [1].
Find out more about PoR HERE

VRF - Verifiable random number

ONE LINER GOES HERE VRF is a highly secure and provably fair source of on-chain randomness for all kinds of blockchain-based applications, NFTs, and games..
Find out more about VRF HERE


‎

  1. ↑ https://chain.link/case-studies/celsius

Arbitrum & Chainlink

Chainlink vrf.png

Quick take: Arbitrum

Arbitrum is an Ethereum scaling solution designed by Offchain Labs. Arbitrum uses a variation of one of Ethereum’s scaling solutions, known as an “Optimistic rollup”. The Arbitrum Rollup enables Ethereum smart contracts to scale by passing messages between smart contracts on the Ethereum primary chain and Arbitrum’s L2 chain, with the bulk of transaction processing completed on the L2 chain.[1] Arbitrum supports arbitrary Ethereum Virtual Machine (EVM) smart contracts using common Ethereum tooling. Arbitrum smart contracts can be created using the Solidity programming language.[2]

  1. ↑ https://chaindebrief.com/arbitrum-newest-layer-2-scaling-solution-on-ethereum/
  2. ↑ https://academy.moralis.io/blog/arbitrum-explained-what-is-arbitrum?utm_source=gads&utm_campaign=16265974031&utm_medium=133080359906&network=g&device=c&gclid=Cj0KCQjw5-WRBhCKARIsAAId9Fk93coyVly0S9ADhawBDylDthjjAloN5ZvUnCkjzSwD3xm1o1ofcccaApBbEALw_wcB
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