Advanced Tek Technology Meets Genetics - Breed Even While You're Away!
Welcome to the Cryopod Breeding Laboratory, a revolutionary Tek facility that uses DNA extraction and genetic simulation to accelerate the breeding of your creatures. This advanced technology analyzes the genetic information from your frozen dinos and simulates breeding cycles with perfect precision.
The Cryopod Breeding Laboratory is an advanced Tek facility that extracts DNA information from cryopods and simulates genetic breeding processes. This technology was developed to enable breeders to:
Access the breeding laboratory terminal via:
- Your personal Dashboard → "Breeding" Console
- Direct access: /breeder
DNA Extraction via Transmitter:
Note: After successful DNA extraction, the creatures are removed from the terminal inventory and are now stored as genetic profiles in the lab. You can re-materialize them at any time!
Breeding chambers are isolated biotopes in the lab specifically designed for different breeding lines. Each chamber simulates optimal environmental conditions and only pairs genetically compatible creatures of the same species.
Example Applications: - Chamber 1: Alpha Rex line for boss encounters - Chamber 2: Giganotosaurus breeding for expeditions and defense - Chamber 3: Therizinosaur farming line for resources - Chamber 4: Event creatures with rare color variants
The number of available chambers depends on your collected trophies:
| Trophies | Available Chambers |
|---|---|
| 0-9 | 2 Chambers |
| 10-19 | 3 Chambers |
| 20-29 | 4 Chambers |
| 30+ | 5 Chambers |
Tip: Collect trophies from boss encounters and events to unlock additional breeding chambers!
Important: Only creatures of the same species in the same chamber can be paired for breeding!
The lab terminal synchronizes seamlessly with all transmitters on the ARKs:
Process:
Extracted DNA Information: - ✅ Base Genome (Wild-Stats) - ✅ Developed Attributes (Level Points) - ✅ Mutation Markers per Trait - ✅ Color Genetics (all 6 Pigment Regions) - ✅ Gender and Maturation Stage - ✅ Identification and Species Classification
After successful DNA extraction, the cluster file is automatically cleaned. This prevents: - Duplication of genetic profiles - Conflicts with the transmitter network - Data fragmentation
Security: The DNA profiles are safely stored in the central lab archive and can be re-materialized at any time.
The lab continuously monitors all chambers and checks:
Once all parameters are met, the lab automatically initiates the breeding process!
Phase 1: Genetic Pairing - Duration: ~60 seconds (depending on lab settings) - Both parent profiles are active during this phase
Phase 2: Embryonic Development (Gestation/Incubation) - Duration: Species-dependent and modified by lab accelerators - Only the maternal profile is bound - The paternal profile can already pair again!
Phase 3: Hatching/Birth - The offspring appears in the Offspring Archive - The maternal profile goes into regeneration cooldown - The cycle begins again (with available partners)
Mating Cooldown: - Based on species-specific biological cycles - Adjusted by lab accelerators - Standard: 18-48 hours (depending on species), reduced by Tek multipliers
What Happens During Cooldown? - DNA profiles cannot be used for pairing - They are excluded from automatic pairing - After expiry, they automatically become available again
The lab precisely follows the natural inheritance rules of the ARK:
For each trait (HP, Stamina, Oxygen, Food, Weight, Melee, Speed, Fortitude): - 55% Probability: Inheritance from maternal genome - 45% Probability: Inheritance from paternal genome
Base Genome vs. Developed Attributes: - Base Genome: Wild points that can be inherited - Developed Attributes: Points added through training (NOT inherited!) - Mutation Markers: Additional points through mutations (inherited!)
The lab fully simulates the natural mutation system:
Mutation Probability: - 3 genetic attempts per offspring - Each attempt has 2.5% chance for spontaneous mutation - Mutations only occur if the parent line has < 20 mutation markers on that side
What Happens with a Mutation? 1. Trait Mutation: +2 points on a random trait (except Speed/Fortitude) 2. Pigment Mutation: Random color change on a pigment region 3. Lineage Marker: +1 on the side of the origin parent
Genetic Lines: - Maternal Mutation Line (from mother's side) - Paternal Mutation Line (from father's side) - Maximum: 20 markers per line for further mutations
Important: The lab tracks mutation markers separately per trait - just like in nature!
Color Inheritance: - Each of the 6 pigment regions is randomly inherited from maternal or paternal genome (50/50)
Color Mutations: - Only occur together with trait mutations - Random pigmentation (0-159) on random region (0-5) - Per trait mutation: One pigment mutation
Pigment Regions: - Region 0-5 correspond to natural color zones - Pigment codes: 0-159 (ARK standard color palette)
All born offspring appear in the Offspring Archive with complete data:
Option 1: Archive - Activate "Archive" - Offspring remains in archive - Can be raised or materialized later
Option 2: Raise - Activate "Raise" - Offspring is transferred to active breeding profiles - Receives maturation cooldown based on current age - After cooldown: Ready for own breeding!
Option 3: Dispose - Activate "Dispose" - DNA profile is removed from the lab - Useful for cleaning up unwanted genetic lines
Remove Non-Mutated: - Disposes all offspring WITHOUT new mutation markers - Ideal for targeted mutation breeding - Keeps only offspring with trait or pigment mutations
Remove Females: - Disposes all female offspring - Useful when only male breeding profiles are needed for stats - Saves time in archive management
Remove All: - Disposes all offspring at once - Caution: This lab operation is irreversible!
Maturity Percentage: - 0%: Freshly hatched - 10%: Baby phase - 50%: Juvenile phase - 100%: Fully matured (Adult)
Raising Cooldown: - Based on species-specific maturation time - Adjusted by lab accelerators - When "Raising": Cooldown based on remaining maturity needs
Example: An offspring with 50% maturity only needs 50% of normal maturation time until adult stage.
You can transfer DNA profiles from the following areas to the field:
Materialization Process:
Complete Genetic Reconstruction: - ✅ All Base Genome Points (Wild-Points) - ✅ All Developed Attributes (Level-Points) - ✅ All Mutation Markers per Trait - ✅ All 6 Pigmentations - ✅ Development Stage (calculated from genome) - ✅ Gender - ✅ Designation - ✅ Imprinting Quality (if present) - ✅ Lineage References (for pedigree analysis) - ✅ Maturation Stage (Growth percentage)
Bringing Young Creatures to the Field: - Offspring can be materialized at any maturation stage - The maturation stage is precisely transferred as growth percentage - In the field, they mature normally from that point - Maturation time in field based on remaining stage
Cryo-Aging: - Young creatures in cryopods age while stored - This corresponds to natural cryo behavior on the ARKs - Perfect for automatic raising without feeding
"Survivor not found" / "Not on ARK": - You must be present on the corresponding ARK - Switch to the correct ARK (check service selection) - Ensure your implant profile is correct
"ARK not reachable": - The ARK may be offline or restarting - Wait briefly and retry the operation - Check ARK status in dashboard
"Profile not found": - DNA profile may have already been materialized - Refresh the terminal and check again - Contact lab support if problem persists
The DNA Archive is your long-term gene bank for perfect breeding lines:
Usage: - Secure completed breeding lines - Preserve perfect genetic profiles - Organize your breeding projects - Backup for valuable DNA patterns
Archive ⇄ Chambers: - Transfer profiles from archive to chambers for active breeding - Secure profiles from chambers back to archive - No limitation on archive capacity
Parent Comparison: - Visualize which traits come from which parent - Recognize mutation markers at a glance - Compare offspring genome with parent profiles
Pigment Tracking: - Complete color history from parents to offspring - Identify pigment mutations - Plan color breeding projects
Catch-Up Mechanism: - If you had left the ARKs, the lab simulates the missed time - All breeding cycles are calculated - Offspring are automatically born - Maximum: 7 days absence per breeding line
Catch-Up Limits: - Protection against lab overload - Maximum offspring per species: Based on breeding cycle times - MaxBabies limit: 300 offspring total (lab configuration)
Q: Can DNA profiles be lost? A: No! All genetic data is persistently stored in the central lab archive. Even with ARK restarts, your profiles remain preserved.
Q: How many creatures can I breed simultaneously? A: Unlimited! The number only depends on your available chambers and DNA profiles. Each chamber can contain multiple pairs of the same species.
Q: What happens when I materialize a profile? A: The DNA profile is removed from the lab and the creature is created on the ARK. But you can transfer it back to the lab at any time!
Q: Does the lab work with all creatures? A: Yes, with all breedable creatures! The breeding parameters are loaded from the genetic database.
Q: Can I transfer profiles between ARKs? A: Yes! The lab is ARK-wide. You can upload profiles from one ARK and materialize them on another.
Q: What if materialization fails? A: The DNA profile remains in the lab. You can retry materialization at any time.
Problem: Terminal shows no profiles - Solution: Ensure creatures are in the transmitter and you've selected the correct ARK - Wait 30 seconds after upload and refresh - Check if cluster file exists (contact lab support if not)
Problem: Automatic pairing doesn't start - Solution: Check if: - Both genders are in the same chamber - Profiles belong to the same species - No cooldown is active - At least 1 male and 1 female profile is present
Problem: Offspring have wrong traits - Solution: This shouldn't happen! Contact lab support with: - Parent profile IDs - Offspring ID - Screenshot of genetic analysis
Problem: Materialization creates no cryopod - Solution: - Ensure you're present on the ARK - Check if your inventory is full - Wait 30 seconds and retry - Contact lab support if problem persists
Strategy 1: Clean-Line Method 1. Establish a "clean pair" with 0 mutation markers and perfect stats 2. Use only one genetic line (Maternal OR Paternal) for mutations 3. Keep the other line at 0 markers as "clean parent" 4. Achieve 40 mutation markers total (20 + 20) instead of just 20
Strategy 2: Multi-Chamber Project - Chamber 1: HP mutation line - Chamber 2: Melee mutation line - Chamber 3: Stamina mutation line - Chamber 4: Merging the best genetic lines
Strategy 3: Pigment Breeding - Dedicated chamber only for pigment mutations - Collect rare color variants - Combine later with stat lines
Filter Strategy: 1. First "Remove Non-Mutated" - cleans all without new markers 2. Then manual review of mutation traits 3. Keep only offspring with mutations in desired traits 4. Dispose of rest
Auto-Raising: - Raise offspring with good mutations directly - Use them as new breeding parents - Replace old parents with better genetic lines
The Cryopod Breeding Laboratory offers you:
✅ Time Flexibility: Breed while exploring the ARKs ✅ Multi-Chamber System: Parallel breeding projects in isolated biotopes ✅ Precise Genetics: Correct simulation of natural inheritance and mutations ✅ Cryopod Technology: Advanced Tek integration without additional implants ✅ Persistent Archives: Secure long-term storage of genetic profiles
Ready to activate your lab?
Last Lab Update: February 2026 Feedback on Tek technology welcome via radio!