Nebula Storage 0.1 — First CurseForge Release

First publication on CurseForge. Development status: public alpha.

This cumulative changelog covers the complete content included in Nebula Storage 0.1.0-alpha.7, rather than only the changes between earlier development builds. The CurseForge file is categorized as Release; the mod remains in alpha development, and its internal version is still 0.1.0-alpha.7. Features, recipes and balancing may change.

Platform: Minecraft 1.21.1 · NeoForge 21.1.194 or a later 21.1 version · Java 21.

At a glance

• Added a connected storage network with searchable terminals, server hardware, machine-driven autocrafting, wireless access, monitoring and multiplayer permissions.
• Added 118 inventory entries: 30 placeable block items and 88 standalone items. Creative-only content is identified below.
• Registered 31 blocks in total: the 30 inventory-placeable blocks plus one internal solar structure block.
• Added 103 built-in recipes: 37 shaped crafting recipes, one shapeless crafting recipe, one smelting recipe and 64 industrial recipes.
• Added nine optional integrations for supported versions of other content mods, plus optional JEI and EMI integration.
• Added English, French, German, Spanish, Italian and Japanese localization.

Registry IDs below use the retained nexus_storage namespace. For example, controller means nexus_storage:controller. Keeping this namespace preserves existing saved identities through the Nebula Storage rename.

Added blocks

Network infrastructure

The Controller identifies and powers the network. Servers host its hardware and owned resources. Cables connect compatible sockets; the Terminal exposes network-wide management. The External Interface connects the supported owner or machine directly in front of it and can face any of the six directions.

Added content	Registry ID
Nebula Controller	controller
Nebula Server	server
Nebula Cable	cable
Nebula Terminal	terminal
External Interface	external_interface

Transfer ports

Importers bring accepted resources into the network; Exporters send filtered resources to a supported neighbour. External Storage exposes and allows extraction from neighbouring storage without copying its contents into drives or using their capacity; it does not accept deposits from Nebula.

Added content	Registry ID
Nebula Importer	importer
Nebula Exporter	exporter
Nebula External Storage	external_storage

Monitoring and information displays

Monitor Panels display configurable metrics and widgets. Information Panels provide editable rich text, item illustrations and live network information. Compatible adjacent panels can form rectangular displays up to 6 × 6.

Added content	Registry ID
Nebula Monitor Panel	monitor_panel
Nebula Information Panel	information_panel

Industrial machines

The Fabricator assembles hardware and components; the Wafer Processor processes semiconductor materials; the Lithography Unit produces processor dies; the Assembler handles advanced assembly. Machines have their own state, recipes, compatible local manufacturing module and animated model.

Added content	Registry ID
Nebula Fabricator	fabricator
Wafer Processor	wafer_processor
Lithography Unit	lithography_unit
Nebula Assembler	assembler

Seven solar generations

The base Solar Array is the compact generation. Expanded, Advanced and Industrial arrays increase solar capability; Lunar, Astral and Orbital tiers also support nocturnal astral collection. Arrays deploy, track the sun and require clear mechanical space and an unobstructed collection path. Their screens report production, efficiency and stored energy.

Added content	Registry ID
Nebula Solar Array	solar_generator
Nebula Expanded Solar Array	solar_array_expanded
Nebula Advanced Solar Array	solar_array_advanced
Nebula Industrial Solar Array	solar_array_industrial
Nebula Lunar Array	solar_array_lunar
Nebula Astral Array	solar_array_astral
Nebula Orbital Array	solar_array_orbital

Fluid and chemical tanks

Both tanks hold 10,000 mB of a single content. The Fluid Tank stores fluids; the Gas Tank requires the supported Mekanism chemical integration. Pipes, capabilities and compatible Nebula ports handle filling and draining. Empty tanks before breaking them: this build does not provide portable filled tanks or manual bucket exchange on the tank block.

Added content	Registry ID
Nebula Fluid Tank	fluid_tank
Nebula Gas Tank	gas_tank

Creature devices

The Creature Collector captures supported living mobs in its configured local area. The Creature Emitter releases real archived individuals from the selected group when space is available. They connect by cable or a paired wireless card and start disabled.

Added content	Registry ID
Nebula Creature Collector	creature_capture
Nebula Creature Emitter	creature_release

Ore blocks and world generation

Fluorite generation is added to Overworld biomes at Y -56 to 0, with stone and deepslate variants. Scheelite and Tantalite generate in outer End highlands, midlands and barrens at Y 24 to 96. Generation applies to newly generated chunks. Alternative material recipes support progression in existing worlds without forcing terrain regeneration.

Added content	Registry ID
Fluorite Ore	stone_fluorite_ore
Deepslate Fluorite Ore	fluorite_ore
Scheelite Ore	scheelite_ore
Tantalite Ore	tantalite_ore

Creative-only energy block

Provides FE for Creative-mode construction, demonstrations and tests. It has no survival crafting recipe.

Added content	Registry ID
Nebula Creative FE Source	creative_energy_source

Internal solar structure block

• Solar structure part — solar_part: technical block used by solar structures. It has no inventory item or loot table and is not an additional player-obtainable machine.

Added server hardware — 52 items

Servers use motherboards, processors, memory, drives, network interfaces and power supplies. Motherboard slots and allowed hardware generations determine compatible components. Compute, RAM, drive I/O, network bandwidth and supplied power affect production and transfer limits. Power supplies limit available power; they do not generate FE.

Motherboards — 7

Added content	Registry ID
Nebula Motherboard	motherboard
NX Compact Board	board_compact
NX Balanced Board	board_balanced
NX Compute Board	board_compute
NX Storage Board	board_storage
NX Enterprise Board	board_enterprise
NX Nebula Board	board_nexus

Processors — 9

Added content	Registry ID
Nebula Processor	processor
Nebula Parallel Processor	parallel_processor
NX-8K	nx_8k
NX-128K	nx_128k
NX-2M	nx_2m
NX-64M	nx_64m
NX-800M	nx_800m
NX-3G	nx_3g
NX-N64	nx_n64

Memory — 9

Added content	Registry ID
Nebula Memory · 16 KiB	memory
Nebula Memory · 64 KiB	expanded_memory
NX Memory 64K	memory_64k
NX Memory 1M	memory_1m
NX Memory 16M	memory_16m
NX Memory 256M	memory_256m
NX Memory 4G	memory_4g
NX Memory 32G	memory_32g
Nebula Memory Matrix	memory_matrix

Storage drives — 10

Includes entry-level, bulk-capacity, high-throughput and final-tier options. Drive contents retain their storage identity during supported transport or evacuation operations. Item and fluid capacities are tracked separately.

Added content	Registry ID
Nebula Storage Drive · 65k	storage_drive
NX Flash-4K	flash_4k
NX Flash-32K	flash_32k
NX Drive-256K	drive_256k
NX Drive-2M	drive_2m
NX Bulk-32M	bulk_32m
NX Rapid-8M	rapid_8m
NX Bulk-256M	bulk_256m
NX Rapid-64M	rapid_64m
Nebula Matrix Drive	matrix_drive

Network interfaces — 8

Added content	Registry ID
Nebula Network Card	network_card
NX-Link 16	link_16
NX-Link 64	link_64
NX-Link 256	link_256
NX-Link 1K	link_1k
NX-Link 8K	link_8k
NX-Link 64K	link_64k
Nebula Interconnect	interconnect

Power supplies — 9

Added content	Registry ID
Nebula Power Supply · 60 W	power_supply
Nebula Power Supply · 200 W	high_power_supply
NX PSU-8	psu_8
NX PSU-24	psu_24
NX PSU-64	psu_64
NX PSU-160	psu_160
NX PSU-400	psu_400
NX PSU-1K	psu_1k
Nebula Power Core	power_core

Added crafting materials and components — 24 items

Raw materials, refined materials and fabrication supplies — 14

Added content	Registry ID
Fluorite	fluorite
Raw Scheelite	raw_scheelite
Raw Tantalite	raw_tantalite
Tungsten Concentrate	tungsten_concentrate
Tungsten Ingot	tungsten_ingot
Tantalum Ingot	tantalum_ingot
Raw Silicon	raw_silicon
Purified Silicon	purified_silicon
Insulating Resin	insulating_resin
Lithography Film	lithography_film
Calibrated Optic	calibrated_optic
Tungsten Contact	tungsten_contact
Dense Capacitor	dense_capacitor
Iron Dust	iron_dust

Electronic and semiconductor components — 10

Added content	Registry ID
Conductive Mesh	conductive_mesh
Circuit Substrate	circuit_substrate
Silicon Wafer	silicon_wafer
Processed Wafer	processed_wafer
Logic Circuit	logic_circuit
Processor Die	processor_die
Advanced Interconnect	advanced_interconnect
Advanced Processor Die	advanced_processor_die
Memory Cell	memory_cell
Nebula Die	nexus_die

Added manufacturing modules — 4 items

Each module belongs to a specific native machine and unlocks recipes that require it. It is installed locally; a module in another machine does not satisfy that requirement.

Added module	Registry ID	Compatible machine
Precision Assembly Module	precision_assembly_module	Nebula Fabricator
Microfabrication Module	microfabrication_module	Wafer Processor
Nanofabrication Module	nanofabrication_module	Lithography Unit
Nebula Fabrication Module	nexus_fabrication_module	Nebula Assembler

Added wireless cards — 5 items

Added wireless card	Registry ID	Supported reach
Nebula Wireless Card — Local	wireless_local	64 blocks
Nebula Wireless Card — Extended	wireless_extended	128 blocks
Nebula Wireless Card — Regional	wireless_regional	256 blocks
Nebula Wireless Card — Dimensional	wireless_dimensional	Unlimited distance in the same dimension
Nebula Wireless Card — Interdimensional	wireless_interdimensional	Across dimensions

Pair cards and handheld devices to the intended network. Effective range depends on the compatible cards at both ends. Wireless access does not keep remote chunks loaded and does not bypass network permissions.

Handheld devices and creative test tool — 3 items

The Portable Terminal provides remote network access. The Creature Tablet provides capture/release modes and an archive gallery. The Debug Stick is Creative-only: it previews one machine animation cycle without producing resources or consuming crafting energy.

Added content	Registry ID
Nebula Portable Terminal	portable_terminal
Nebula Creature Tablet	creature_tablet
Nebula Debug Stick	debug_stick

Added storage and network functionality

• Search by text, mod filter (@mod) and item tag (#tag), with combinable resource-type filters.
• Browse stored items, fluids, supported third-party resources and archived creatures in the compact storage view.
• Deposit and withdraw using familiar Minecraft clicks, right-click quantities, shift-click and dragging.
• Preserve exact item/component identity; distinct stored states are not merged merely because their base item ID matches.
• Track item and fluid capacities independently, with full quantities and units in tooltips.
• Expose supported external storage without making a second copy of its resources. Multiple ports do not multiply the same owner's contents.
• Configure Importer and Exporter ghost filters without consuming the displayed filter item. Importers accept everything when no filter is set; Exporters send nothing without a filter.
• Control transfer ports manually or with redstone: ignore redstone, active high, active low or toggle on rising edge.
• Connect transfer ports on their free sides, including adjacent compatible ports.
• Name networks through their Controller, with duplicate-name checks.
• Prevent accidentally joining two independently controlled networks. Removing a Controller does not transfer ownership into a duplicate storage copy.
• Suspend access when the Controller or required network parts are unloaded instead of forcing chunk loading.

Added autocrafting and production management

• Discover supported recipes from installed or connected equipment, without encoded recipe patterns or a channel-allocation system.
• Support installed vanilla crafting tables, furnaces, blast furnaces, smokers, stonecutters, smithing tables, campfires and brewing stands, subject to their supported recipe rules.
• Connect supported physical furnaces, blast furnaces and smokers through the External Interface, keeping their real local fuel and output behaviour.
• Require a real installed or connected crafting table for crafting-table recipes; no implicit free crafting table is provided.
• Request additional quantities or calculate an available maximum within the planner's displayed limits.
• Preview production in a five-column grid showing output icons, names and quantities, including intermediate outputs and coproducts.
• Aggregate identical produced resource identities; show the requested product first. Ingredients already in storage are not presented as newly produced outputs.
• Scroll longer plans and inspect exact quantities in tooltips. Confirmation waits for the complete transmitted plan.
• Reserve resources and validate requests on the server. Stock changes can invalidate an earlier preview and require a fresh confirmation.
• Coordinate jobs using the network's actual compute, memory, drive throughput, bandwidth, equipment and energy.
• Display job progress, state, priorities and process information, with controlled cancellation and diagnostics.
• Show each native industrial machine's state, installed module and available recipes.
• Provide configurable native industrial recipes and observe supported recipe reloads rather than relying only on fixed example recipes.

Added monitoring and rich information panels

• Assemble compatible panels into complete rectangular walls up to 6 × 6; incomplete arrangements remain separate displays.
• Place, move and resize monitoring widgets for energy, compute, memory, storage, transfer activity, machines, jobs and diagnostics.
• Display resource counts, gauges and graphs. Graph updates use received live data; they are not a permanent offline history.
• Edit Information Panel documents with bold, italic, underline, text colour, font size, alignment and undo/redo.
• Insert item illustrations and live resource counts from the inventory/network library; optional JEI ghost ingredients remain an external integration.
• Use live text tokens: %network%, %time%, %minecraft_time%, %energy% and %jobs%.
• Configure item captions, counters and illustration size. These references do not consume, generate or own the displayed items.
• Preserve panel documents across supported wall merges, splits, root changes and reloads, with server checks for permissions and concurrent edits.

Added creature capture and storage

• Capture and restore supported serializable living mobs while retaining each individual's identity and saved state.
• Preserve supported equipment, inventory, health, age, names, tame ownership and other native saved data instead of substituting generic spawn eggs.
• Browse creatures through the Terminal filter and the Creature Tablet gallery, with actual creature previews and quantities.
• Offer Similar, Exact and Individuals display grouping. Grouping changes presentation; it does not combine or discard individual records.
• Configure grouping criteria for appearance, equipment, names/owners, health, effects, attributes and other saved data.
• Configure Collector range from 1 to 8 blocks, with an independent area display and activation switch.
• Apply network permissions and wireless reach to handheld capture and release.
• Provide the nexus_storage:creature_capture_excluded tag for pack-defined exclusions.
• Reject unsupported cases such as players, decorations, bosses, multipart entities, riders/passengers, leashed mobs, active raids and certain externally linked or summoned creatures.
• Keep unknown archived species when a required mod is missing rather than silently replacing them.

Creature storage has finite technical limits. Support for native serialization does not certify every third-party mob or a mod's external world-state system.

Added optional content-mod integrations

These are version-validated adapters, not a promise to support every version or recipe. In this build, an adapter is enabled only for the exact dependency version listed below; a different version disables that adapter rather than preventing the whole modpack from starting. Native machine power, fluids, chemicals, pressure, catalysts and other prerequisites still apply where required.

Optional mod	Adapter version gate	Included integration scope
Mekanism	10.7.19	Supported machines/factories and recipe adapters; supported item, fluid, chemical and heat storage/container owners; local upgrades and native prerequisites
Industrial Foregoing	1.21-3.6.39	Dissolution Chamber, Latex Processing Unit and Resourceful Furnace
Ender IO	8.2.12-beta	Alloy Smelter and SAG Mill
Hostile Neural Networks	6.5.1	Loot Fabricator
Modern Industrialization	2.5.8	Supported electric/steam machine families for assembly, centrifuging, chemical reaction, compression, cutting, distillation, electrolysis, furnaces, maceration, mixing, packing, polarization, wire milling and unpacking
Mystical Agriculture	8.0.28	Seed Reprocessor and supported Essence Furnace
Ars Nouveau	5.13.1	Imbuement Chamber and explicit rules for supported creature capture
Productive Bees	1.21.1-13.13.5	Bottler
PneumaticCraft: Repressurized	8.2.23	Thermopneumatic Processing Plant

The Mekanism gate is the exact value read from the installed mod's version metadata. A filename or marketing version containing a different suffix is not, by itself, evidence that its adapter is enabled.

Supported Mekanism process families include crushing, enriching, smelting, oxidizing, chemical infusing, rotary conversion, compressing, combining, purifying, injecting, metallurgic infusing, sawing, separating, washing, crystallizing, dissolution, pressurized reaction, centrifuging, pigment extraction/mixing, painting, nucleosynthesis and liquifying. Recipe admission, resource components, owner type and machine configuration can further restrict what is usable.

Added interface, guides and accessibility features

• Provide dedicated storage, crafting, machines, jobs, servers, network, monitoring, technology and settings views.
• Add persistent personal settings for animations, control sounds, remembered searches, optional overlay search synchronization and supported container-crafting options.
• Offer Nebula-only interface scaling without changing Minecraft's global GUI scale, plus selectable Nebula/Minecraft fonts and SVG/pixel icon styles.
• Group settings into General, Creatures and Security.
• Support keyboard focus navigation, activation shortcuts, list scrolling, widget movement, search focus and narrated quantities.
• Add contextual tooltips, full unit/quantity details, clear unavailable-state explanations and server-backed diagnostics.
• Add Ponder guides for network setup, hardware, transfer devices, manufacturing, materials and energy.
• Add a separate demonstration world preset with powered exhibits and explanatory panels. It initializes a new demo world and does not rebuild existing player worlds.
• Add optional JEI and EMI recipe/category integration and compatible search/ghost-ingredient interactions.
• Localize content and interfaces in English, French, German, Spanish, Italian and Japanese.

Added multiplayer access and persistence protections

• Assign ownership to the player placing a new Controller.
• Provide Operator, Contributor and Observer roles, with owner-only membership management.
• Recheck permissions on the server, including already-open menus after role changes or revocation. A paired card does not grant permission by itself.
• Validate menu sessions, distances, request revisions and stale crafting previews.
• Persist owned resources, drives, server state, jobs and creature archives through supported save/reload and transport operations.
• Journal supported transfers and recover from recorded state rather than guessing or issuing a second resource copy.
• Quarantine inconsistent or unsupported saved state for diagnosis instead of silently replacing it.
• Add administrative diagnostics and recovery commands under /nebula and access-management commands under /nebulaaccess; retain /nexus and /nexusaccess aliases.
• Include diagnostics for jobs, transfers, detached cores, energy owners, production hosts, servers, drives, wireless references and orphaned owners, with permission-checked recovery operations.

Added pack-author and extension support

• Expose the public extension API under dev.nebulastorage, including resource types, hardware, recipe sources, production capabilities, machine/storage adapters and observers.
• Load external extensions through the extension registration mechanism and check supported API versions where declared.
• Reject duplicate or ambiguous registrations and unsupported resource/process offers.
• Allow server configuration of hardware compute, memory, bandwidth, operating-energy and supply scaling, planner bounds, preview budgets, physical-transfer quotas, cooking-energy settings and recipe caching.
• Supply data-driven recipes, recipe tags, ore generation and creature exclusions for pack customization.

Packaging and changes included in this first publication

• Adopt the Nebula Storage name, dev.nebulastorage packages and Nebula class names.
• Use the supplied N S logo as the mod icon and in supported interface headers.
• Retain existing nexus_storage resource IDs and compatible saved identities through the rename. Existing extensions must be recompiled against the renamed API packages.
• Remove Nebula's KotlinForForge language-provider requirement. Bundle the official Kotlin standard library instead; packs may retain KotlinForForge for their other mods.
• Use a compatible existing Ponder installation when present, otherwise provide the bundled official fallback. Include required guide/rendering libraries and their license notices.
• Replace the former craft graph and simplified/detail alternatives with the approved five-column output grid.
• Restore five Japanese labels previously affected by character encoding.
• Include refined resource filters, server hardware handling, transfer-port connections, solar selection and panel editing from the accumulated development builds.
• Include fixes for monitoring/panel rendering-cache growth and bounded reuse of render resources.
• Isolate competing maximum-craft GameTest fixtures so they no longer contend in the same tick; preserve the production request budget and its next-tick reset checks.

Validation scope

The publication build passed the automated build, API, unit, asset, geometry and packaging checks, plus five GameTest profiles with 414 tests per profile. Validation also covered native crafting-grid interactions and two hidden clients connected to a dedicated multiplayer server, including concurrent storage/crafting, permissions and restart persistence.

Menu startup was checked in copied instances of ATM10 4.5, Craftoria 1.37.0, FTB Direwolf20 1.22.0 and FTB Evolution 1.44.0, with their existing dependencies retained. These startup checks do not certify every recipe, installed adapter, pack configuration or long-running multiplayer scenario.

Native tests used the Windows build. The published Linux-built archive was separately verified to contain equivalent game/runtime content; the two archive files are not byte-identical. This release remains a public alpha and is not claimed to be free of all bugs.

Installation and upgrading

1. Use Minecraft 1.21.1, NeoForge 21.1.194 or a later 21.1 version, and Java 21.
2. Back up the entire stopped world, including player data and Nebula persistence files, before installation or updates.
3. Install the Nebula Storage JAR in mods; remove an older Nexus Storage or Nebula Storage JAR instead of loading both.
4. Install the same Nebula Storage version on the dedicated server and every client.
5. If migrating from much older development builds with retired storage/energy/production blocks, the former Inlet or fixed monitor, follow the upgrade documentation before loading the world. Preserving current IDs does not make every retired block compatible.

No separate KotlinForForge, Ponder or Flywheel installation is needed for the standalone supported setup. Compatible libraries already supplied by a pack are handled through the supported loading path. Other Minecraft versions, Fabric and Forge are not supported by this file.

Complete built-in recipe catalogue — 103 recipes

The lists below are extracted from the published archive's default recipe data. Pack datapacks may change them. Ingredient lists for shaped crafting summarize required quantities; they do not reproduce the crafting-grid layout. JEI/EMI or the recipe data supplies that layout. Tag ingredients are shown as #namespace:tag.

Nebula Fabricator — 43 industrial recipes

• 1 × NX Balanced Board — hardware/board_balanced. Inputs: 4 × Logic Circuit; 2 × Circuit Substrate; 4 × Iron Ingot. 120 ticks; recipe energy 12 FE/t; minimum compute 2.

• 1 × NX Compute Board — hardware/board_compute. Inputs: 2 × Processed Wafer; 4 × Logic Circuit; 2 × Circuit Substrate; 2 × Gold Ingot; 1 × Lithography Film. 160 ticks; recipe energy 24 FE/t; minimum compute 5.

• 1 × NX Enterprise Board — hardware/board_enterprise. Inputs: 4 × Advanced Processor Die; 4 × Advanced Interconnect; 4 × Circuit Substrate; 2 × Diamond; 2 × Tungsten Contact; 2 × Dense Capacitor. 320 ticks; recipe energy 48 FE/t; minimum compute 30; requires Precision Assembly Module.

• 1 × NX Storage Board — hardware/board_storage. Inputs: 2 × Processed Wafer; 2 × Logic Circuit; 4 × Circuit Substrate; 4 × Iron Ingot; 1 × Lithography Film. 160 ticks; recipe energy 24 FE/t; minimum compute 5.

• 1 × NX Bulk-32M — hardware/bulk_32m. Inputs: 8 × Memory Cell; 2 × Advanced Processor Die; 1 × Diamond; 1 × Shulker Shell. 320 ticks; recipe energy 48 FE/t; minimum compute 30; requires Precision Assembly Module.

• 1 × NX Drive-256K — hardware/drive_256k. Inputs: 2 × Memory Cell; 1 × Processed Wafer; 2 × Iron Ingot; 1 × Lithography Film. 160 ticks; recipe energy 24 FE/t; minimum compute 5.

• 1 × NX Drive-2M — hardware/drive_2m. Inputs: 4 × Memory Cell; 1 × Processor Die; 2 × Iron Ingot; 1 × Shulker Shell. 240 ticks; recipe energy 32 FE/t; minimum compute 12; requires Precision Assembly Module.

• 1 × NX Flash-32K — hardware/flash_32k. Inputs: 2 × Logic Circuit; 2 × Circuit Substrate; 4 × Redstone Dust. 120 ticks; recipe energy 12 FE/t; minimum compute 2.

• 1 × NX-Link 1K — hardware/link_1k. Inputs: 1 × Processor Die; 2 × Advanced Interconnect; 4 × Copper Ingot. 240 ticks; recipe energy 32 FE/t; minimum compute 12; requires Precision Assembly Module.

• 1 × NX-Link 256 — hardware/link_256. Inputs: 1 × Processed Wafer; 2 × Conductive Mesh; 4 × Copper Ingot; 1 × Lithography Film. 160 ticks; recipe energy 24 FE/t; minimum compute 5.

• 1 × NX-Link 64 — hardware/link_64. Inputs: 2 × Logic Circuit; 2 × Conductive Mesh; 4 × Copper Ingot. 120 ticks; recipe energy 12 FE/t; minimum compute 2.

• 1 × NX-Link 8K — hardware/link_8k. Inputs: 2 × Advanced Processor Die; 2 × Advanced Interconnect; 2 × Diamond; 4 × Copper Ingot. 320 ticks; recipe energy 48 FE/t; minimum compute 30; requires Precision Assembly Module.

• 1 × NX Memory 16M — hardware/memory_16m. Inputs: 1 × Processed Wafer; 2 × Conductive Mesh; 1 × Memory Cell; 2 × Glass; 1 × Lithography Film. 160 ticks; recipe energy 24 FE/t; minimum compute 5.

• 1 × NX Memory 1M — hardware/memory_1m. Inputs: 2 × Logic Circuit; 2 × Conductive Mesh; 4 × Glass. 120 ticks; recipe energy 12 FE/t; minimum compute 2.

• 1 × NX Memory 256M — hardware/memory_256m. Inputs: 1 × Processor Die; 2 × Advanced Interconnect; 2 × Memory Cell; 2 × Glass. 240 ticks; recipe energy 32 FE/t; minimum compute 12; requires Precision Assembly Module.

• 1 × NX Memory 4G — hardware/memory_4g. Inputs: 2 × Advanced Processor Die; 2 × Advanced Interconnect; 2 × Diamond; 4 × Memory Cell; 2 × Glass; 2 × Dense Capacitor. 320 ticks; recipe energy 48 FE/t; minimum compute 30; requires Precision Assembly Module.

• 1 × NX-128K — hardware/nx_128k. Inputs: 2 × Logic Circuit; 2 × Conductive Mesh; 2 × Gold Ingot. 120 ticks; recipe energy 12 FE/t; minimum compute 2.

• 1 × NX-2M — hardware/nx_2m. Inputs: 1 × Processed Wafer; 2 × Conductive Mesh; 2 × Gold Ingot; 1 × Lithography Film. 160 ticks; recipe energy 24 FE/t; minimum compute 5.

• 1 × NX-64M — hardware/nx_64m. Inputs: 1 × Processor Die; 2 × Advanced Interconnect; 2 × Gold Ingot. 240 ticks; recipe energy 32 FE/t; minimum compute 12; requires Precision Assembly Module.

• 1 × NX-800M — hardware/nx_800m. Inputs: 2 × Advanced Processor Die; 2 × Advanced Interconnect; 2 × Diamond; 2 × Gold Ingot. 320 ticks; recipe energy 48 FE/t; minimum compute 30; requires Precision Assembly Module.

• 1 × NX PSU-160 — hardware/psu_160. Inputs: 1 × Processor Die; 2 × Advanced Interconnect; 8 × Copper Ingot; 4 × Iron Ingot; 2 × Tungsten Contact. 240 ticks; recipe energy 32 FE/t; minimum compute 12; requires Precision Assembly Module.

• 1 × NX PSU-24 — hardware/psu_24. Inputs: 2 × Logic Circuit; 2 × Conductive Mesh; 8 × Copper Ingot; 4 × Iron Ingot. 120 ticks; recipe energy 12 FE/t; minimum compute 2.

• 1 × NX PSU-400 — hardware/psu_400. Inputs: 2 × Advanced Processor Die; 2 × Advanced Interconnect; 2 × Diamond; 8 × Copper Ingot; 4 × Iron Ingot; 2 × Tungsten Contact; 2 × Dense Capacitor. 320 ticks; recipe energy 48 FE/t; minimum compute 30; requires Precision Assembly Module.

• 1 × NX PSU-64 — hardware/psu_64. Inputs: 1 × Processed Wafer; 2 × Conductive Mesh; 8 × Copper Ingot; 4 × Iron Ingot; 1 × Lithography Film. 160 ticks; recipe energy 24 FE/t; minimum compute 5.

• 1 × NX Rapid-8M — hardware/rapid_8m. Inputs: 2 × Memory Cell; 4 × Advanced Processor Die; 2 × Ender Pearl; 1 × Shulker Shell. 320 ticks; recipe energy 48 FE/t; minimum compute 30; requires Precision Assembly Module.

• 1 × Advanced Interconnect — industry/advanced_interconnect. Inputs: 2 × Conductive Mesh; 1 × Gold Ingot. 80 ticks; recipe energy 20 FE/t; minimum compute 0; requires Precision Assembly Module.

• 1 × Circuit Substrate — industry/circuit_substrate. Inputs: 2 × Glass; 1 × Conductive Mesh; 1 × Insulating Resin. 40 ticks; recipe energy 8 FE/t; minimum compute 0.

• 1 × Conductive Mesh — industry/conductive_mesh. Inputs: 2 × Copper Ingot; 1 × Redstone Dust. 40 ticks; recipe energy 8 FE/t; minimum compute 0.

• 1 × Logic Circuit — industry/logic_circuit. Inputs: 1 × Circuit Substrate; 2 × Redstone Dust. 60 ticks; recipe energy 12 FE/t; minimum compute 0.

• 1 × Memory Cell — industry/memory_cell. Inputs: 1 × Logic Circuit; 1 × Processed Wafer. 80 ticks; recipe energy 16 FE/t; minimum compute 0.

• 2 × Calibrated Optic — materials/calibrated_optic. Inputs: 2 × #c:gems/fluorite; 2 × Glass; 1 × Nether Quartz. 160 ticks; recipe energy 16 FE/t; minimum compute 0.

• 4 × Dense Capacitor — materials/dense_capacitor. Inputs: 1 × #c:ingots/tantalum; 2 × Insulating Resin; 2 × Redstone Dust. 160 ticks; recipe energy 32 FE/t; minimum compute 0.

• 8 × Insulating Resin — materials/insulating_resin. Inputs: 2 × Charcoal; 1 × Slimeball. 80 ticks; recipe energy 8 FE/t; minimum compute 0.

• 32 × Lithography Film — materials/lithography_film. Inputs: 8 × Insulating Resin; 1 × Dragon's Breath. 200 ticks; recipe energy 24 FE/t; minimum compute 0.

• 4 × Raw Silicon — materials/raw_silicon. Inputs: 4 × Nether Quartz; 1 × Charcoal. 160 ticks; recipe energy 16 FE/t; minimum compute 0.

• 2 × Fluorite — materials/recovery/fluorite. Inputs: 16 × Nether Quartz; 8 × Amethyst Shard. 400 ticks; recipe energy 24 FE/t; minimum compute 0.

• 2 × Raw Scheelite — materials/recovery/scheelite. Inputs: 64 × End Stone; 8 × Popped Chorus Fruit; 4 × Blaze Powder. 600 ticks; recipe energy 32 FE/t; minimum compute 0.

• 4 × Raw Tantalite — materials/recovery/tantalite. Inputs: 64 × End Stone; 16 × Purpur Block; 1 × Shulker Shell. 800 ticks; recipe energy 32 FE/t; minimum compute 0.

• 4 × Tungsten Concentrate — materials/tungsten_concentrate. Inputs: 2 × #c:raw_materials/scheelite; 1 × Charcoal. 200 ticks; recipe energy 24 FE/t; minimum compute 0.

• 4 × Tungsten Contact — materials/tungsten_contact. Inputs: 1 × #c:ingots/tungsten; 1 × Copper Ingot. 120 ticks; recipe energy 24 FE/t; minimum compute 0.

• 1 × Microfabrication Module — modules/microfabrication_module. Inputs: 2 × Silicon Wafer; 2 × Logic Circuit; 2 × Gold Ingot. 100 ticks; recipe energy 16 FE/t; minimum compute 2.

• 1 × Nanofabrication Module — modules/nanofabrication_module. Inputs: 2 × Processor Die; 2 × Advanced Interconnect; 2 × Diamond; 2 × Calibrated Optic; 2 × Dense Capacitor. 240 ticks; recipe energy 60 FE/t; minimum compute 12; requires Precision Assembly Module.

• 1 × Precision Assembly Module — modules/precision_assembly_module. Inputs: 4 × Logic Circuit; 2 × Gold Ingot; 2 × Iron Ingot; 2 × Tungsten Contact; 1 × Nether Star. 120 ticks; recipe energy 20 FE/t; minimum compute 5.

Wafer Processor — 5 industrial recipes

• 1 × Processed Wafer — industry/processed_wafer. Inputs: 1 × Silicon Wafer; 2 × Redstone Dust. 200 ticks; recipe energy 24 FE/t; minimum compute 0; requires Microfabrication Module.

• 2 × Silicon Wafer — industry/silicon_wafer. Inputs: 1 × Purified Silicon; 1 × Glass. 200 ticks; recipe energy 20 FE/t; minimum compute 0.

• 4 × Purified Silicon — materials/purified_silicon. Inputs: 4 × Raw Silicon; 1 × Glass. 200 ticks; recipe energy 20 FE/t; minimum compute 0.

• 4 × Tantalum Ingot — materials/tantalum_ingot. Inputs: 2 × #c:raw_materials/tantalite; 1 × Charcoal. 240 ticks; recipe energy 32 FE/t; minimum compute 0.

• 4 × Tungsten Ingot — materials/tungsten_ingot. Inputs: 4 × Tungsten Concentrate; 1 × Blaze Powder. 240 ticks; recipe energy 32 FE/t; minimum compute 0.

Lithography Unit — 2 industrial recipes

• 1 × Advanced Processor Die — industry/advanced_processor_die. Inputs: 1 × Processor Die; 1 × Advanced Interconnect; 1 × Diamond; 1 × Calibrated Optic. 140 ticks; recipe energy 40 FE/t; minimum compute 30; requires Nanofabrication Module.

• 1 × Processor Die — industry/processor_die. Inputs: 1 × Processed Wafer; 1 × Gold Ingot; 1 × Lithography Film. 120 ticks; recipe energy 32 FE/t; minimum compute 12.

Nebula Assembler — 14 industrial recipes

• 1 × NX Nebula Board — hardware/board_nexus. Inputs: 4 × Nebula Die; 8 × Advanced Interconnect; 4 × Echo Shard; 4 × Tungsten Contact; 4 × Dense Capacitor. 600 ticks; recipe energy 192 FE/t; minimum compute 160; requires Nebula Fabrication Module.

• 1 × NX Bulk-256M — hardware/bulk_256m. Inputs: 16 × Memory Cell; 4 × Advanced Processor Die; 1 × Netherite Ingot; 2 × Echo Shard; 2 × Shulker Shell. 400 ticks; recipe energy 96 FE/t; minimum compute 70.

• 1 × Nebula Interconnect — hardware/interconnect. Inputs: 2 × Nebula Die; 4 × Advanced Interconnect; 4 × Echo Shard; 4 × Copper Ingot. 600 ticks; recipe energy 192 FE/t; minimum compute 160; requires Nebula Fabrication Module.

• 1 × NX-Link 64K — hardware/link_64k. Inputs: 4 × Advanced Processor Die; 4 × Advanced Interconnect; 1 × Netherite Ingot; 2 × Echo Shard; 4 × Copper Ingot. 400 ticks; recipe energy 96 FE/t; minimum compute 70.

• 1 × Nebula Matrix Drive — hardware/matrix_drive. Inputs: 16 × Memory Cell; 4 × Nebula Die; 4 × Echo Shard; 2 × Shulker Shell. 600 ticks; recipe energy 192 FE/t; minimum compute 160; requires Nebula Fabrication Module.

• 1 × NX Memory 32G — hardware/memory_32g. Inputs: 4 × Advanced Processor Die; 4 × Advanced Interconnect; 1 × Netherite Ingot; 2 × Echo Shard; 8 × Memory Cell; 2 × Glass; 4 × Dense Capacitor. 400 ticks; recipe energy 96 FE/t; minimum compute 70.

• 1 × Nebula Memory Matrix — hardware/memory_matrix. Inputs: 2 × Nebula Die; 4 × Advanced Interconnect; 4 × Echo Shard; 16 × Memory Cell; 2 × Glass; 4 × Dense Capacitor. 600 ticks; recipe energy 192 FE/t; minimum compute 160; requires Nebula Fabrication Module.

• 1 × NX-3G — hardware/nx_3g. Inputs: 4 × Advanced Processor Die; 4 × Advanced Interconnect; 1 × Netherite Ingot; 2 × Echo Shard; 2 × Gold Ingot. 400 ticks; recipe energy 96 FE/t; minimum compute 70.

• 1 × NX-N64 — hardware/nx_n64. Inputs: 2 × Nebula Die; 4 × Advanced Interconnect; 4 × Echo Shard; 2 × Gold Ingot. 600 ticks; recipe energy 192 FE/t; minimum compute 160; requires Nebula Fabrication Module.

• 1 × Nebula Power Core — hardware/power_core. Inputs: 2 × Nebula Die; 4 × Advanced Interconnect; 4 × Echo Shard; 8 × Copper Ingot; 4 × Iron Ingot; 4 × Tungsten Contact; 4 × Dense Capacitor. 600 ticks; recipe energy 192 FE/t; minimum compute 160; requires Nebula Fabrication Module.

• 1 × NX PSU-1K — hardware/psu_1k. Inputs: 4 × Advanced Processor Die; 4 × Advanced Interconnect; 1 × Netherite Ingot; 2 × Echo Shard; 8 × Copper Ingot; 4 × Iron Ingot; 4 × Tungsten Contact; 4 × Dense Capacitor. 400 ticks; recipe energy 96 FE/t; minimum compute 70.

• 1 × NX Rapid-64M — hardware/rapid_64m. Inputs: 4 × Memory Cell; 8 × Advanced Processor Die; 1 × Netherite Ingot; 4 × Echo Shard; 2 × Shulker Shell. 400 ticks; recipe energy 96 FE/t; minimum compute 70.

• 1 × Nebula Die — industry/nexus_die. Inputs: 1 × Advanced Processor Die; 1 × Memory Cell; 1 × Advanced Interconnect; 2 × Dense Capacitor. 160 ticks; recipe energy 48 FE/t; minimum compute 160; requires Nebula Fabrication Module.

• 1 × Nebula Fabrication Module — modules/nexus_fabrication_module. Inputs: 4 × Advanced Processor Die; 4 × Advanced Interconnect; 2 × Echo Shard; 1 × Nether Star. 400 ticks; recipe energy 180 FE/t; minimum compute 70.

Shaped crafting — 37 recipes

• 1 × Nebula Assembler — assembler. Inputs: 5 × Iron Ingot; 1 × Gold Ingot; 2 × Advanced Interconnect; 1 × Advanced Processor Die.

• 8 × Nebula Cable — cable. Inputs: 6 × Copper Ingot; 3 × Redstone Dust.

• 1 × Nebula Controller — controller. Inputs: 4 × Iron Ingot; 3 × Redstone Dust; 1 × Redstone Comparator; 1 × Nebula Power Supply · 60 W.

• 1 × Nebula Creature Collector — creature_capture. Inputs: 5 × Iron Ingot; 1 × Ender Pearl; 2 × Redstone Dust; 1 × Nebula Cable.

• 1 × Nebula Creature Emitter — creature_release. Inputs: 5 × Iron Ingot; 1 × Eye of Ender; 2 × Redstone Dust; 1 × Nebula Cable.

• 1 × Nebula Creature Tablet — creature_tablet. Inputs: 5 × Iron Ingot; 1 × Nebula Creature Collector; 1 × Nebula Portable Terminal; 1 × Nebula Creature Emitter; 1 × Eye of Ender.

• 2 × Nebula Exporter — exporter. Inputs: 1 × Iron Ingot; 2 × Redstone Dust; 1 × Nebula Cable; 1 × Dropper.

• 1 × External Interface — external_interface. Inputs: 5 × Iron Ingot; 1 × Hopper; 2 × Redstone Dust; 1 × Redstone Comparator.

• 2 × Nebula External Storage — external_storage. Inputs: 1 × Iron Ingot; 2 × Redstone Dust; 1 × Nebula Cable; 1 × Redstone Comparator.

• 1 × Nebula Fabricator — fabricator. Inputs: 2 × Copper Ingot; 1 × Redstone Dust; 4 × Iron Ingot; 1 × Crafting Table.

• 1 × Nebula Fluid Tank — fluid_tank. Inputs: 4 × Iron Ingot; 4 × #c:glass_blocks/colorless; 1 × Bucket.

• 1 × Nebula Gas Tank — gas_tank. Inputs: 4 × Iron Ingot; 4 × #c:glass_blocks/colorless; 1 × Copper Ingot.

• 1 × NX Compact Board — hardware/board_compact. Inputs: 4 × Copper Ingot; 2 × Redstone Dust; 2 × Iron Ingot; 1 × Paper.

• 1 × NX Flash-4K — hardware/flash_4k. Inputs: 4 × Iron Ingot; 4 × Redstone Dust; 1 × Coal.

• 1 × NX-Link 16 — hardware/link_16. Inputs: 2 × Copper Ingot; 2 × Redstone Dust; 1 × Gold Nugget.

• 1 × NX Memory 64K — hardware/memory_64k. Inputs: 2 × Glass; 2 × Redstone Dust; 2 × Copper Ingot.

• 1 × NX-8K — hardware/nx_8k. Inputs: 4 × Copper Ingot; 3 × Gold Nugget; 2 × Redstone Dust.

• 1 × NX PSU-8 — hardware/psu_8. Inputs: 4 × Iron Ingot; 4 × Copper Ingot; 1 × Redstone Dust.

• 2 × Nebula Importer — importer. Inputs: 1 × Iron Ingot; 2 × Redstone Dust; 1 × Nebula Cable; 1 × Hopper.

• 1 × Lithography Unit — lithography_unit. Inputs: 5 × Iron Ingot; 1 × Calibrated Optic; 2 × Logic Circuit; 1 × Processed Wafer.

• 9 × Nebula Monitor Panel — monitor_panel. Inputs: 5 × Glass; 2 × Iron Ingot; 1 × Nebula Terminal; 1 × NX-Link 64.

• 1 × Nebula Portable Terminal — portable_terminal. Inputs: 4 × Iron Ingot; 1 × Nether Quartz; 2 × Redstone Dust; 1 × Nebula Terminal; 1 × Nebula Interconnect.

• 1 × Nebula Server — server. Inputs: 6 × Iron Ingot; 1 × Glass; 1 × Chest; 1 × Redstone Dust.

• 1 × Nebula Advanced Solar Array — solar_array_advanced. Inputs: 3 × Processed Wafer; 2 × Block of Copper; 1 × Logic Circuit; 2 × Block of Iron; 1 × Piston.

• 1 × Nebula Astral Array — solar_array_astral. Inputs: 3 × Processed Wafer; 2 × Block of Amethyst; 1 × Advanced Processor Die; 2 × Advanced Interconnect; 1 × Netherite Ingot.

• 1 × Nebula Expanded Solar Array — solar_array_expanded. Inputs: 3 × Glass; 2 × Silicon Wafer; 1 × Block of Copper; 2 × Iron Ingot; 1 × Block of Redstone.

• 1 × Nebula Industrial Solar Array — solar_array_industrial. Inputs: 3 × Processed Wafer; 4 × Block of Iron; 1 × Processor Die; 1 × Block of Redstone.

• 1 × Nebula Lunar Array — solar_array_lunar. Inputs: 3 × Processed Wafer; 2 × Processor Die; 1 × Block of Amethyst; 2 × Advanced Interconnect; 1 × Obsidian.

• 1 × Nebula Orbital Array — solar_array_orbital. Inputs: 3 × Processed Wafer; 2 × Nebula Die; 1 × Nether Star; 2 × Advanced Interconnect; 1 × Block of Netherite.

• 1 × Nebula Solar Array — solar_generator. Inputs: 2 × Glass; 1 × Lapis Lazuli; 2 × Copper Ingot; 1 × Redstone Dust; 1 × Iron Ingot.

• 1 × Nebula Terminal — terminal. Inputs: 5 × Iron Ingot; 1 × Glass; 2 × Redstone Dust; 1 × Crafting Table.

• 1 × Wafer Processor — wafer_processor. Inputs: 5 × Iron Ingot; 1 × Glass; 2 × Nether Quartz; 1 × Logic Circuit.

• 1 × Nebula Wireless Card · Unlimited · same dimension — wireless_dimensional. Inputs: 1 × Nether Quartz; 2 × Redstone Dust; 1 × NX-Link 64K; 1 × Iron Ingot.

• 1 × Nebula Wireless Card · 128 blocks — wireless_extended. Inputs: 1 × Nether Quartz; 2 × Redstone Dust; 1 × NX-Link 1K; 1 × Iron Ingot.

• 1 × Nebula Wireless Card · Unlimited · all dimensions — wireless_interdimensional. Inputs: 1 × Nether Quartz; 2 × Redstone Dust; 1 × Nebula Interconnect; 1 × Iron Ingot.

• 1 × Nebula Wireless Card · 64 blocks — wireless_local. Inputs: 1 × Nether Quartz; 2 × Redstone Dust; 1 × NX-Link 256; 1 × Iron Ingot.

• 1 × Nebula Wireless Card · 256 blocks — wireless_regional. Inputs: 1 × Nether Quartz; 2 × Redstone Dust; 1 × NX-Link 8K; 1 × Iron Ingot.

Shapeless crafting — 1 recipe

• 1 × Nebula Information Panel — information_panel. Inputs: Nebula Monitor Panel; Paper.

Smelting — 1 recipe

• 1 × Iron Ingot — iron_ingot_from_dust. Inputs: Iron Dust. 200 ticks; 0.7 XP.

Documentation and credits

Official website · Getting started · Player documentation · Integration details

Nebula Storage is licensed under MIT. Bundled third-party libraries and fonts retain their own licenses and notices. Development and this changelog use AI assistance.