| User data on JSON format stored with no encryption | Done | | | Make every record to reference previous record by its CID in order to create a sort of referenced list, so a “tail record” will reference the rest of the study data | | 83 | GEAR IPFS | |
| Add React Native to provide better mobile device integration, focusing on device sensors interaction and interface responsiveness | To do | | Minimalist version built from the scratch aiming to mobile devices | Unit Testing for every React component in the project and integration tests by mocking the interaction with Vara Network and EVANotebook | | 87 | FrontEndWeb | |
| Minting of several NFT's variations into the Network in order to interact with them to verify maximum asset price and lifetime compliment | To do | | Especify maximum asset price and lifetime, develop control mechanisms to ensure the compliment of this parameters | Modify NFT smart contract in order to use polkadot e-wallet address to sign transactions while Bitso-Ethereum e-wallet address is used to receive incomes | | 77 | Smart Contracts | |
| Make every record to reference previous record by its CID in order to create a sort of referenced list, so a “tail record” will reference the rest of the study data | To do | | User data on JSON format stored with no encryption | New storage directive to protect critical data inside the NFT Metadata using a given level of encryption such as AES | | 70 | GEAR IPFS | |
| Patient risk factor values reference stored as an NFT and minted in VARA network for trading or free distribution | Done | | | Create a single NFT for a set of data in order to provide ownership of a medical study instead of a medical record | | 71 | Smart Contracts | |
| Add support for file uploading, designed for DAYCOM formatted images or Steganographs. | To do | | Unit Testing for every React component in the project and integration tests by mocking the interaction with Vara Network and EVANotebook | Release APK on GooglePlay and connect web version to our domain | | 78 | FrontEndWeb | |
| Adapt marketplace to BRCAT needs | To do | | | | | 81 | FrontEndWeb | |
| NFT to provide ownership of the access to an e-health API, i.e. Invitation link to provide access to users medical records stored on a given Health Care System Database | To do | | Create a single NFT for a set of data in order to provide ownership of a medical study instead of a medical record | Minting of several NFT's into the Network in order to interact with them to verify the main flow: exchange, access control (ownable) and burning. | | 85 | Smart Contracts | |
| Train ML from structured data to images | Doing | | Optimize ML Model to increase accuracy | Develop and deploy a P2P node based on Browser and SEO optimized page to provide full decentralization to the BCRAT platform | | 69 | EVA-Notebook | |
| New storage directive to protect critical data inside the NFT Metadata using a given level of encryption such as AES | To do | | Make every record to reference previous record by its CID in order to create a sort of referenced list, so a “tail record” will reference the rest of the study data | Test availability of the data and track the time it takes to read an entire referenced list of a given size to compare with the previous storage directive. | | 88 | GEAR IPFS | |
| Develop and deploy a P2P node based on Browser and SEO optimized page to provide full decentralization to the BCRAT platform | To do | | Train ML from structured data to images | Integration test for every functionality of the SEO page in order to ensure it complies with all features from the already deployed (centralized server) version | | 72 | EVA-Notebook | |
| Integration test for every functionality of the SEO page in order to ensure it complies with all features from the already deployed (centralized server) version | To do | | Develop and deploy a P2P node based on Browser and SEO optimized page to provide full decentralization to the BCRAT platform | Increase breast cancer danger levels to five and expand MLOps to other medical fields like ophthalmology. | | 79 | EVA-Notebook | |
| Especify maximum asset price and lifetime, develop control mechanisms to ensure the compliment of this parameters | To do | | A new variation of the already used NFT able to contain a small fragment of a compressed file and the CID of the rest of the file, in order to deploy a new kind of health record asset in the platform, which can't be consumed unless the consumer owns the corresponding NFT | Minting of several NFT's variations into the Network in order to interact with them to verify maximum asset price and lifetime compliment | | 89 | Smart Contracts | |
| Minimalist version built from the scratch aiming to mobile devices | To do | | GEAR apps marketplace example adaptaed to fit architecture needs | Add React Native to provide better mobile device integration, focusing on device sensors interaction and interface responsiveness | | 75 | FrontEndWeb | |
| Optimize ML Model to increase accuracy | Doing |  Carlos Sanchez | Master Computing Notebook hosting an already trained Machine Learning Model able to interpret risk factors values in JSON format and provide a response using four levels of breast cancer risk. | Train ML from structured data to images | | 86 | EVA-Notebook | |
| Test availability of the data and track the time it takes to read an entire referenced list of a given size to compare with the previous storage directive. | To do | | New storage directive to protect critical data inside the NFT Metadata using a given level of encryption such as AES | Compressed DICOM images and Steganographs segmentation to avoid its consumption unless consumer owns the missing fragment. | | 92 | GEAR IPFS | |
| Release APK on GooglePlay and connect web version to our domain | To do | | Add support for file uploading, designed for DAYCOM formatted images or Steganographs. | Test device compatibility for APK version and analyze if it is suitable to host web version inside an EvaNotebook instance instead of regular or Web3 hosting. | | 80 | FrontEndWeb | |
| Ensure stored assets to be unpinned when all its corresponding NFT's are burned | To do | | Compressed DICOM images and Steganographs segmentation to avoid its consumption unless consumer owns the missing fragment. | Research how much of the intentionally fragmented data which we are storing can be recovered without owning the corresponding NFT | | 93 | GEAR IPFS | |
| GEAR apps marketplace example adaptaed to fit architecture needs | Done | | | Minimalist version built from the scratch aiming to mobile devices | | 84 | FrontEndWeb | |
| Compressed DICOM images and Steganographs segmentation to avoid its consumption unless consumer owns the missing fragment. | To do | | Test availability of the data and track the time it takes to read an entire referenced list of a given size to compare with the previous storage directive. | Ensure stored assets to be unpinned when all its corresponding NFT's are burned | | 90 | GEAR IPFS | |
| Minting of several NFT's into the Network in order to interact with them to verify the main flow: exchange, access control (ownable) and burning. | To do | | NFT to provide ownership of the access to an e-health API, i.e. Invitation link to provide access to users medical records stored on a given Health Care System Database | A new variation of the already used NFT able to contain a small fragment of a compressed file and the CID of the rest of the file, in order to deploy a new kind of health record asset in the platform, which can't be consumed unless the consumer owns the corresponding NFT | | 91 | Smart Contracts | |
| Master Computing Notebook hosting an already trained Machine Learning Model able to interpret risk factors values in JSON format and provide a response using four levels of breast cancer risk. | Done | | | Optimize ML Model to increase accuracy | | 73 | EVA-Notebook | |
| Unit Testing for every React component in the project and integration tests by mocking the interaction with Vara Network and EVANotebook | To do | | Add React Native to provide better mobile device integration, focusing on device sensors interaction and interface responsiveness | Add support for file uploading, designed for DAYCOM formatted images or Steganographs. | | 76 | FrontEndWeb | |
| Create a single NFT for a set of data in order to provide ownership of a medical study instead of a medical record | To do | | Patient risk factor values reference stored as an NFT and minted in VARA network for trading or free distribution | NFT to provide ownership of the access to an e-health API, i.e. Invitation link to provide access to users medical records stored on a given Health Care System Database | | 68 | Smart Contracts | |
| A new variation of the already used NFT able to contain a small fragment of a compressed file and the CID of the rest of the file, in order to deploy a new kind of health record asset in the platform, which can't be consumed unless the consumer owns the corresponding NFT | To do | | Minting of several NFT's into the Network in order to interact with them to verify the main flow: exchange, access control (ownable) and burning. | Especify maximum asset price and lifetime, develop control mechanisms to ensure the compliment of this parameters | | 82 | Smart Contracts | |
| Test device compatibility for APK version and analyze if it is suitable to host web version inside an EvaNotebook instance instead of regular or Web3 hosting. | To do | | Release APK on GooglePlay and connect web version to our domain | Bitso wallet integration to provide remuneration to users who upload their data for profit | | 74 | FrontEndWeb | |
| Research how much of the intentionally fragmented data which we are storing can be recovered without owning the corresponding NFT | To do | | Ensure stored assets to be unpinned when all its corresponding NFT's are burned | | | 94 | GEAR IPFS | |
| Bitso wallet integration to provide remuneration to users who upload their data for profit | To do | | Test device compatibility for APK version and analyze if it is suitable to host web version inside an EvaNotebook instance instead of regular or Web3 hosting. | | | 95 | FrontEndWeb | |
| Increase breast cancer danger levels to five and expand MLOps to other medical fields like ophthalmology. | To do | | Integration test for every functionality of the SEO page in order to ensure it complies with all features from the already deployed (centralized server) version | | | 97 | EVA-Notebook | |
| Modify NFT smart contract in order to use polkadot e-wallet address to sign transactions while Bitso-Ethereum e-wallet address is used to receive incomes | To do | | Minting of several NFT's variations into the Network in order to interact with them to verify maximum asset price and lifetime compliment | | | 98 | Smart Contracts | |
