Production systems

Current build status — 13 October 2026: The five added metallurgy stations retain bodyrootY91 and their original phantoms, inventories, power and data. Source40 is32/32. The ground355 wiremill and independent phantom3 phosphorus-boule bus/Nitrogen lane preserve the fourth EBF phantom12/TiCl4 lane. Twenty-six true-Orb programs and both genuine physical reusable laser lenses passed exact native-cache and independent saved checks. The original five-Orb CPU then genuinely returned five blank DataOrbs, retired uncanceled and saved LONG count5. This proves that manufacturing chain; remaining metallurgy families and recurring stocks stay unfinished.

Current build status — 13 October 2026: One new ordinary Mainframe returned from the original unchanged job, which retired uncanceled. MAIN 1 equals native and independently saved counts across all 100 drives; 166 full payloads match. A real Air under-allocation was repaired by conserving 22,000 mB from MAIN into the same CPU without rewriting its task. Its 8,000 mB surplus then followed normal completion. The shared source now uses the existing compressor as the sole Air Cell producer, with an acyclic fresh native plan. Full electronics throughput remains open.

Current build status — 13 October 2026: All eleven IngredientBuffer-fed processing interfaces now have isolated output paths through their owning interfaces and native result locking. Seven new return repairs conserve seventeen actual import assemblies and preserve their 57 existing valid programs; all 504 full payloads match independent saved state. The separate LCR269 repair also has a genuine material-conserved PVC 216 acknowledgement, with its original pending lock cleared through the normal return callback and 476 cells independently saved. Ordinary DCB/HCl and PDMS return cycles have been observed on the older repaired bays. A second existing LCR now offers the exact DCB program with a normal virtual circuit 2, preserving its seventeen peers. All ten matching existing CPU task details see both native providers. That second reactor genuinely produced and returned DCB 1,000 plus HCl 2,000 and unlocked normally; 535 full payloads match independent saved state. No product job was replaced. Other recipe cycles, final component jobs and sustained chemical throughput remain open. Two further existing LCRs now carry the same DCB program with genuine circuit2 fixtures. Both closed real DCB/HCl own-return and automatic result-unlock cycles, with all505 selected payloads independently saved. Existing Mixer339 also has a saved isolated two-bundle item/fluid return through its own interface, preserving the old emitter and covers; its genuine fixture and Soularium/Borosilicate sources have supported real vial manufacture. The shared acid recovery now uses an actual acyclic full-yield source plan and a requester that accepts every real arriving output. The normal source priority change preserves all formerly cached programs and puts the HCl-free-input Epichlorohydrin source first. Genuine2,000mB HCl returned; exactly536mB was conserved into the original Field CPU in the same callback and that original job retired. The source reactor processed normally; no input-refresh, task-counter or private lock change was made. The earlier apparent missing-input snapshot does not establish a reactor fault. The same original Sensor also retired after a conserved real diluted-acid transfer through its existing tasks, independently saved across325 full payloads. All chemical recipes and sustained throughput remain open. A broader genuine acid recovery has now closed the actual2,000mB input thresholds of eleven original PDMS CPU assignments. The first distinct material job manufactured8,000mB, conservatively credited7,992mB through real native MAIN debits into ten original CPUs, and retained8mB normally. A later distinct job manufactured2,000mB, credited the remaining original owner768mB, and retained1,232mB. Both complete507-cell captures, all100 drives and all24 CPUs match independent saved data. Total genuine acid10,000mB equals8,760mB native CPU credits plus1,240mB real excess; excess is historical custody and is not claimed currently reserved. No task counters, private input fields, CPU modes or lock states were assigned. Those historical physical CPU releases are retained; a later bounded repair now canceled ten exact orphan request links through the native nexus lifecycle, with all unrelated genuine jobs preserved. Source2 completed ordinary native cycles, disproving the earlier stale-input snapshot hypothesis. Sustained throughput and every chemical cycle remain open. The shared cable assembler recovered its original four paid claims through real extra Wire4/Silicone72 and conserved old unclaimed Rubber144, then restored native RESULT serialization; all four outputs returned naturally. The original Emitter subsequently finished its two cable batches normally. The five shared precursor stock targets remain unfinished, with their original targets and ordinary native jobs preserved. Tin26064/batch1152 is an authored rounded molten-demand target, not an item-metadata error. The original64/batch1Antimony source has genuine first-output and exact data-Orb proofs; its remaining output requires the actual current dependency tree, not an assumed UU-only or RawTetra-only cause. Two original PGM stages have now returned genuinely after the shared ten-orphan lifecycle repair. Other chemical recipe cycles and sustained throughput remain open. The shared upstream reservation now has five normal targets: Redstone512/b64, Copper Wire128/b32, Refined Glue5,000mB/b1,000, Molten Tin26,064mB/b1,152 and Resistor320/b16. They occupy one new ground maintainer with no new cable, floor displacement or wireless pair; source3 is4. Their native suppliers and first/cached output guarantees are qualified. Real outputs are reaching the network, but all-five target/idle acceptance remains pending. A separate Sodium64/b16 request reuses an existing empty tool-maintainer slot, preserves its four peers, and has saved native/100-drive/MCA stock69 with no unfinished request. Counts are dated observations and ordinary jobs continue to consume/refill them. No task, recipe-progress, inventory-input or lock reset was used. A broader genuine acid recovery has now closed the actual2,000mB input thresholds of eleven original PDMS CPU assignments. The first distinct material job manufactured8,000mB, conservatively credited7,992mB through real native MAIN debits into ten original CPUs, and retained8mB normally. A later distinct job manufactured2,000mB, credited the remaining original owner768mB, and retained1,232mB. Both complete507-cell captures, all100 drives and all24 CPUs match independent saved data. Total genuine acid10,000mB equals8,760mB native CPU credits plus1,240mB real excess; excess is historical custody and is not claimed currently reserved. No task counters, private input fields, CPU modes or lock states were assigned. Nine historical automatic nexus links remain recorded unfinished; the proof establishes release of their old physical CPU assignments. Source2 completed ordinary native cycles, disproving the earlier stale-input snapshot hypothesis. Sustained throughput and every chemical cycle remain open. Two further existing LCRs now carry the same DCB program with genuine circuit-2 fixtures. Both have closed genuine DCB/HCl own-return and automatic result-unlock cycles, with all 505 selected full payloads independently saved. Existing Mixer 339 also has a saved two-bundle item/fluid return through its own interface, preserving the old emitter and covers. Its real circuit fixture and Soularium/Borosilicate sources are saved and have supported genuine vial manufacture. The Field acid recovery exposed a shared planner/requester accounting boundary: future material-only acid requests must use an acyclic full-yield plan, accept all actual output and conserve any exact original-CPU input debit before another tick. That recovery remains underway. An earlier reactor dispatch is short of water and chlorine; no lock reset or invented replacement input is used. Not every chemical recipe or sustained throughput is commissioned. A separate shared LCR269 partial-arrival fault is now being repaired under its original jobs. All seven patterns remain intact while serial recovery holds intake. Genuine Vinyl deliveries satisfied the original Field Generator waiting input, with the full 252-cell receipt independently saved. This is consumption by that original job, not a new MAIN Vinyl stock. Remaining shared-bay production and final locking acceptance are unfinished.

Current build status — 13 October 2026: The67ground refinery bodies and original MAIN allocation remain installed. The same Recycler335now uses renewable native Oak64 from the original Tree836collection lineage, preserving target64 and the existing UUA32/batch8control. Genuine own Scrap, amplifier completion and actual amplified UU were witnessed and fully saved at8248484; real amplifier input consumption distinguishes the20tick amplified cycle from older unamplified output. No chance-processing promise or manual duplicate job was added. Following the shared ten-orphan lifecycle repair, two original PGM stages genuinely returned their own products: residue2/concentrate36,000, then solids32+8, palladium-ammonia7,200, NO2 18,000 andHCl54,000. The next Aqua/LCR19and sustained complete PGM rates remain open.

Current build status — 13 October 2026: The same original Tree836 now stands inside W at controller [-88,92,204], with its whole body rooted Y91 on floor90. Its new-seat proof witnesses 900 genuine Oak at 7,680EU/t and actual 8,192EU/t hatch input; normal canonical2998 return is restored. All original equipment and sixteen GT Iron Saws were conserved. A genuine replacement Iron Saw was manufactured and normally consumed. The original Stick request returned its batch, then normal native demand merged into the same still-live CPU; saved stock reached 262. Tool replenishment and complete wood/biofuel throughput remain unfinished. Tree836 is currently atX672 with an unqualified approach across a void gap, outside its approved workshop placement. Root is solving its conserved move into the western industrial wood area; this current geometry is not accepted.

Current build status — 13 October 2026: The544 native Solar sources and original16 demand-controlled HOG backup engines remain installed. V9 currently qualifies finite capacity and reserves; Solar bank duty and shared-buffer continuity are still under examination. The earlier416-panel snapshot is historical. A generation rating, charged reserve, or finite test does not establish indefinite peak or final outage/restart acceptance.

Current build status — 13 October 2026: All76 original W workshop machines remain on Y91; their170 recorded programs passed native selector/tool/guaranteed-output compatibility. Atmospheric Air and Fertilizer have genuinely returned. The completed1.5-game-hour source phase measured Redstone870/hour, Blaze Powder1,183.3/hour plus358.7rods/hour, and Salty Root1,983.3/hour. The already installed Chemical Dehydrator814[-144,91,204] was normally enabled after its real Pump6 work gate was diagnosed; its unchanged native inlet then accepted fluid and completed the genuine Phthalic15 chain. No duplicate dehydrator, items or EU were granted. All five cooler910 bodies remain held until coupled input, processing and coolant controls pass.

Current build status — 13 October 2026: Assembly Line remains the next project and is not claimed built. Preserve the pre-Assembly-Line progression boundary.