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Santiago Carmuega
txpipe
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Community Reviews across funding rounds
Santiago Carmuega Proposals (30)
Kelley: Cardano k8s Operators
Solution: We'll provide a set of Kubernetes operators for the main Cardano components, hiding the configuration complexity behind high-level resources.
Oura v2
Solution: We'll assign a fixed development bandwidth to develop a new version of Oura that incorporates new features, improves performance and evolves the event model.
CBIA - Augmenting Cardano Developer Portal with ecosystem compatibility & dependency visualizations for dev tools
Solution: Create a system for easy gathering of dependency/compatibility data across Cardano tools and expose it through insightful visualizations that enable one to browse and foresee downstream impacts.
Pallas - Open-source maintainer
Solution: Assign a Rust dev from the TxPipe team to become a part-time open-source maintainer of the project for 6 months to keep it up to date with protocol changes in particular those regarding Conway era.
Githoney by TxPipe: Dev bounty system using Marlowe contracts, deep integration with Github
Solution: A bounty management system that integrates Github PRs with Marlowe contracts, minimizing the trust requirements between parties and removing the need for intermediates.
Hollow by TxPipe: Headless dApp Framework, a friendly SDK for off-chain development
Solution: A framework for building self-contained, portable logic for reading and participating in on-chain smart contract protocols.
Mumak by TxPipe: A PostgreSQL custom extension to process raw Cardano CBOR
Solution: A PostgreSQL extension that allows the database to understand CBOR Cardano structures so that queries can be performed directly without having to map all the details into a relational model.
Satellite Oracles: Towards Trustless Dissemination of Earth Observation Data by TxPipe, NMKR & Gamma Earth
Solution: Our project introduces Cardano-based oracles for secure, transparent, and tamper-proof dissemination of Earth observation data, ensuring integrity and accessibility for all users.
Boros: Tx submission for intense workloads by TxPipe
Solution: We will build a generic backend component that serves as a smart, massive mempool. It can be used by dApps directly out-of-the-box as a resilient and performant mechanism for tx submission.
Amaru: P2P networking component by TxPipe
Solution: We'll contribute a new Rust library that implements a peer-to-peer networking compatible with Cardano to be used by Amaru and any other Rust-based application that requires it.
Cardano Partnerchain Reference Implementation by TxPipe
Solution: We'll build a reference implementation of a Substrate partnerchain that can be use by developers in the ecosystem as blueprint / example to build their own specific chains.
CShell by TxPipe: A Cardano wallet in your terminal
Solution: A light, self-custodial, open-source wallet that runs on the terminal, enabling new capabilities for power-users around automation and programability which can't be find in other wallets.
Monthly Reports
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This is our 2n report. Since our last report, we've completed the following tasks:
- Implement stand-alone multiplexer stage
- Improve performance by using a thread pool between muxer and demuxer tasks
- Add integration tests for the upstream chain-sync stage
- Implement a stand-alone stage for the upstream block-fetch logic
- Introduce a new storage layer called
RollDBthat encapsulates logic for handling sequence of blocks, taking into account rollbacks - PoC of a stand-alone stage for applying chaing-sync outputs to the storage layer
This is our 2n report. Since our last report, we've completed the following tasks:
- Implemeted a new multiplexer comonent that works as an independent stage, improving concurrency and overal performance.
- Refactored the existing chain-sync stage so that it works with the new multiplexer.
- Refactored the existing block-fetch stage so that it works with the new multiplexer.
- Introduce tracing mechanisms for asynchronous, structured log replacement
This is our 1st report. Since we've started the development process, we've completed the following tasks:
- Adjusted branching strategy for co-existence of v1 and v2 in same repo
- Migration to new SEDA based architecture (WIP)
- Re-organization of mapper stage as an optional concern at the end of the pipeline
- Refactor of the
daemonbinary entry point to new pipeline - Incorporation of a new TUI option for progress reporting
This is our 1st report. Since we've started the development process, we've completed the following tasks:
- Github repository provisioning (visibility, license, collaborators, etc)
- Kanban board provisioning
- Rust project scaffolding
- PoC on chain-sync client implementation
- PoC on local storage implementation