June 2025 monthly summary for SymmetricDevs: Key features delivered: - Comprehensive in-game documentation for Project Red components (latches, bundled plates/circuits, circuit plates, bundled cables, silicon chips, Project Red wires, better plates, framed cables, basic gates, cells, and input gathering circuits) within the Supersymmetry modpack. This includes new quest descriptions and in-game docs to guide players through Project Red functionalities. (Commit: 9d17b8c2885665cbacbd92ed7083267d663e90c0 – Project Red Questline) - Elytra rocket usage restrictions and balancing in Susy-Core to curb boost exploits: enforces restrictions on rocket use with Elytra and consumes fireworks without providing boosts, based on iterative testing. (Commits: 08656c714ee44c7fd1c838be32a0f74b4283271e – First test; 840eeb70a0c9dfe878668ff2d87156e1856469fd – working version) Major bugs fixed: - Implemented exploit-prevention changes for Elytra mechanics to eliminate boost abuse and unintended acceleration, improving gameplay balance and fairness. Overall impact and accomplishments: - Significantly improved player onboarding and understanding of Project Red components through in-game documentation, leading to increased player engagement and reduced support questions. - Strengthened gameplay integrity by correcting Elytra/rocket interaction exploits and implementing balanced consumption of fireworks without boosts. - Delivered tangible business value by enhancing modpack quality, playability, and retention through clear documentation and robust balancing. Technologies/skills demonstrated: - Minecraft mod development and integration (Supersymmetry, Susy-Core), in-game documentation, and quest-line integration. - Gameplay balancing and exploit mitigation. - Iterative testing and Git-based version control (multi-commit workflow) with explicit commit messages and incremental improvements.

May 2025 monthly summary for SymmetricDevs/Supersymmetry: Delivered a major overhaul of copper sulfate production workflows, refactoring the recipe set to improve efficiency and maintainability. Introduced a roaster recipe to produce copper sulfate dust from cupric oxide dust and sulfuric acid; added a mixer recipe to produce copper sulfate solution from the dust and water; implemented a direct path to produce the solution from cupric oxide and sulfuric acid; added a mixer recipe to create the solution from copper sulfate dust and water. Removed the previous dedicated dust and solution recipes, consolidating the production flow and reducing recipe fragmentation. Resolved issue #1368 as part of this work and updated copper sulfate logic to align with the new flow.