rippled VS chainlink

The bug occurred when a multi-path payment interacted with an AMM synthetic offer, and the synthetic offer required to fulfill the payment exceeded the AMM pool size. In this case, the payment engine attempted to use the single-path strategy to back-out the maximum liquidity available to swap against the pool. Although this condition was properly detected, there was an error on how the payment engine resized the synthetic offer to consume liquidity only up to the AMM size. Instead of using the actual swap rate, which represents the cost of fully swapping one side of an AMM pool, the new synthetic offer’s exchange rate was incorrectly set to the spot exchange rate of the AMM (that is, the rate it takes to execute an infinitesimally sized order). Consequently, an AMM operation that should have been expensive became relatively cheap, effectively violating the constant-product invariant of the pool. In this state, another user could deposit funds into the drained side of the pool, generating a large number of LP tokens and taking ownership of the pool. Now that the fix amendment is active, the team has opened a PR with a unit test demonstrating this behavior.

Explore the XRPL Developers Discord, the XRP Ledger Learning Portal, and the extensive documentation available on XRPL.org. You can also participate in XRPL Community Events and Hackathons to engage with like-minded individuals and stay abreast of the latest developments in the XRPL ecosystem.

fixDisallowIncomingV1: Fixes an issue that occurs with authorized trustlines and the “lsfDisallowIncomingTrustline” flag.

It’s good news for the builders who have been working round the clock. Tools such as AI chatbots will enable developers to quickly receive answers to their queries, speeding up the process from concept to application. AI Chatbots have already become a part of RippleX’s commitment to making blockchain development on the XRP Ledger more accessible and less time-consuming, especially for those new to the field. This approach will not only foster increased innovation on blockchains but could also enhance financial inclusion, making tools more accessible globally.

Currently Rippled 2.0.0 is scheduled to release December 18th, 2023: https://github.com/XRPLF/rippled/milestone/8

The XRPL Accelerator, a program dedicated to nurturing innovation and development on the XRP Ledger, is back with its second cohort of groundbreaking projects. After the success of the inaugural cohort, the Accelerator continues to support entrepreneurs and builders looking to scale their projects on the XRP Ledger.

The third annual Apex Developer Summit was the biggest yet. Held in collaboration with the XRP Ledger Foundation, this event brought together an impressive gathering of over 400 blockchain developers, validators, and XRPL community members in the heart of Amsterdam at the Leonardo Royal Hotel.

Explore the XRPL Developers Discord, the XRP Ledger Learning Portal, and the extensive documentation available on xrpl.org. You can also participate in XRPL Community Events and Hackathons to engage with like-minded individuals and stay abreast of the latest developments in the XRPL ecosystem.

As developers and contributors to the decentralized, open-source XRP Ledger (XRPL), the RippleX engineering team is excited to announce a major breakthrough in the XRPL ecosystem that will revolutionize the way developers build decentralized applications (dApps).

Chainlink (LINK) – The Blockchain Oracle Giant

Chainlink allows smart contract developers to receive a wide variety of off-chain data, with the most commonly used features being receiving off-chain randomness and off-chain pricing data. Integrating your smart contracts with Chainlink provides a unique set of potential security vulnerabilities that attackers can exploit; here are the common vulnerabilities that smart contract developers & auditors need to look out for.

In some way, I'd also put Chainlink in that category since they allow to access open world data on-chain and making dapps more relevant as a result.

Smart contracts have revolutionized various industries by enabling the automation of agreements and transactions in a secure and decentralized manner. However, for smart contracts to reach their full potential, they need access to real-world data and external systems. This is where Chainlink comes into play.

I would suggest the use of an oracle like chainlink. Link: https://chain.link - I don't know exactly what your specific requirements are since I cannot review your code but a thirdparty oracle sounds like it could offer you at least some direction.

🥁 Introducing Co:OPERATE @ EthCC by Celo with Co:HOST Chainlink!

Etherisc has built a platform (Generic Insurance Framework) for decentralized insurance applications. We use blockchain technology to help make the purchase and sale of insurance more efficient, enable lower operational costs, provide greater transparency into the industry and democratize access to reinsurance. We’ve been around since 2016, have many high-profile collaborators (including Chainlink) and are proud of the innovative applications of the parametric insurance products built on our platform, including travel delay, crop and carbon credit protection.

As well as feeding real-world data to smart contracts, oracles can be used to monitor other blockchains and pass information about them between networks. Chainlink has made progress in this direction, with their Cross-Chain Interoperability Protocol (CCIP). This enables the creation of multi-chain apps. The protocol is maintained by a decentralized network of nodes. However, this is unlikely to be as secure as the chains between which messages are being sent.

Chainlink is not a blockchain - it's a "heterogeneous network", i.e. an open-source protocol for building oracle networks. Chainlink is 'blockchain-agnostic', aimed at connecting any chain to any API/external system and supporting interoperability between chains. Besides ETH, it has existing or planned integrations with: ONE, ADA, XTZ, MATIC, HBAR, DOT, BSC, ATOM, LUNA, etc.