Intersect Don Freeze Dijkstra Phase 1 Scope With Linear Leios
Cardano first Dijkstra phase don get clear technical scope wey cover Linear Leios, Nested Transactions and wider package of ledger changes. Di current goal still be say dem wan deliver am before di end of 2026, while Peras dey reserved for Phase 2.
By SongMarketCap
Intersect don freeze di technical scope for di first phase of Cardano Dijkstra era after presentation wey happen on July 29 to di Technical Steering Committee.
Di final package confirm Ouroboros Linear Leios and Nested Transactions plus extra changes for ledger, scripting and transactions. E turn di Phase 1 roadmap wey bin open before into clear implementation target for di next major Cardano protocol upgrade.
Dijkstra Phase 1 Scope Don Freeze Now
Intersect Upgrade Bulletin #28 talk say “di hard fork scope for di first phase don freeze” after di Technical Steering Committee presentation.
Phase 1 go introduce di Dijkstra ledger era and Protocol Version 12.
Ouroboros Linear Leios, wey dem define through CIP-164, na di main scaling component. E extend Cardano existing Praos design with Ranking Blocks and Endorser Blocks, to create extra transaction processing capacity while e still keep di Praos security model wey dey under.
Nested Transactions under CIP-118 join too. Di feature introduce child transactions wey get independent witnesses and execution contexts, so e fit enable more flexible transaction structures for use cases like multi-party coordination and fee sponsorship.
Di frozen scope still cover Guard Scripts under CIP-112, account address improvements through CIP-159, removal of di isValid transaction field under CIP-167, Non-segregated Block Body Serialization through CIP-176 and removal of di DRep delegation requirement for reward withdrawals under CIP-181.
Extra work include di Plutus V4 script context, changes to reference input fees and reference script pricing, CIP-50 pledge leverage functionality and structural groundwork wey dem need later to activate Ouroboros Peras.
Linear Leios Dey Change Cardano Block Processing Model
Linear Leios dey designed to increase di amount of transaction work wey Cardano fit process without to rely only on bigger blocks or shorter slot intervals.
Cardano presently dey use Praos blocks to carry transactions and move di chain forward. Linear Leios add Endorser Blocks join di normal Ranking Blocks.
Endorser Blocks fit carry extra transaction data and stake-based committees go certify dem. Subsequent Ranking Blocks fit reference di certificates, so more transaction work fit process while di main chain still dey anchored to Praos.
Unlike earlier versions of di wider Leios design, Linear Leios no dey use Input Blocks. Di Dijkstra Phase 1 implementation center on Ranking Blocks and Endorser Blocks.
Development still dey active. Current work include migration enter di Dijkstra ledger era, conformance testing, block propagation, BLS-based certification and integration with Cardano node infrastructure.
Nested Transactions don advance further, with ledger rules, serialization and supporting transaction structures already under implementation.
None of di two features dey described as production-ready for now.
Linear Leios Dey Change Cardano Block Processing Model
Linear Leios dey designed to increase di amount of transaction work wey Cardano fit process without to rely only on bigger blocks or shorter slot intervals.
Cardano presently dey use Praos blocks to carry transactions and move di chain forward. Linear Leios add Endorser Blocks join di normal Ranking Blocks.
Endorser Blocks fit carry extra transaction data and stake-based committees go certify dem. Subsequent Ranking Blocks fit reference di certificates, so more transaction work fit process while di main chain still dey anchored to Praos.
Unlike earlier versions of di wider Leios design, Linear Leios no dey use Input Blocks. Di Dijkstra Phase 1 implementation center on Ranking Blocks and Endorser Blocks.
Development still dey active. Current work include migration enter di Dijkstra ledger era, conformance testing, block propagation, BLS-based certification and integration with Cardano node infrastructure.
Nested Transactions don advance further, with ledger rules, serialization and supporting transaction structures already under implementation.
None of di two features dey described as production-ready for now.