Precursive Inscriptions: A Bitcoin-native Private Publishing Mechanism someguy [email protected] www.precursive.tools 4de67a207019fd4d855ef0a188b4519c7040281c9c121fc28574b0bd58bd3927 [email protected] www.precursive.tools Abstract. A specially authored recursive inscription process is employed to encrypt data during its upload, which spans multiple Bitcoin[1] transactions and blocks. This method not only optimizes publishing fees by spreading out the necessary blockspace demand over multiple blocks, but also enables the segmentation of files larger than a single block. Subsequently, decryption is facilitated through an eventual publishing transaction that discloses the private key, decrypting and recursively relating the seemingly unrelated preceding inscriptions. Additionally, this mechanism can be configured with a time-lock feature on the publishing transaction, thereby serving as a safeguard or “dead man's switch”.#54,024,385textOPERATION TRIDENT 33% COMPLETE someguy & 4de67a207019fd4d855ef0a188b4519c7040281c9c121fc28574b0bd58bd3927#36,712,364textDurabit: A Bitcoin-native Incentive Mechanism for Data Distribution someguy [email protected] www.durabit.org 4de67a207019fd4d855ef0a188b4519c7040281c9c121fc28574b0bd58bd3927 [email protected] www.durabit.org Abstract. Bitcoin can be used to create long term incentive structures for the continual seeding of large files via the use of bitcoin bonds and timestamping torrent magnet links. Durabit introduces the concept of time-locked bitcoin transactions forming a bond that rewards users for their active participation in the seeding of specific files, all while ensuring immutable data verification through cryptographic hashes. Durabit aims to incentivize both the initial data distribution and offset the associated long term operational costs of seeding files. #36,704,739text