Bae Joo Hyun.

International Genetic Technologies, Inc. (InGen) is a biotechnology and genetic engineering company founded in the 1980s by John Hammond. The company became globally known for pioneering the recovery of ancient DNA and the de-extinction of prehistoric species through advanced genetic engineering.

To support its operations, InGen established facilities on Isla Sorna, which served as its primary breeding and research center. There, dinosaurs were cloned, raised, and studied before being transferred to other company projects. Research on the island included genetic modification, species management, and behavioral observation.

In 1993, InGen opened Jurassic Park on Isla Nublar. Shortly after launch, a major systems failure led to the escape of multiple dinosaur specimens, causing several deaths and forcing the evacuation and closure of the park. The Jurassic Park Incident of 1993 became a landmark corporate disaster and sparked worldwide concerns about the risks of genetic engineering.

Following the park's collapse, wild dinosaur populations descended from InGen's original cloning programs continued to thrive on Isla Sorna. In 1997, the company organized an expedition to capture these animals for Jurassic Park: San Diego, a proposed mainland attraction designed to bring living dinosaurs to the public.

The operation successfully captured several specimens, including a Tyrannosaurus rex. However, during transport to California, containment failed and the animal escaped into San Diego. The resulting San Diego Incident of 1997 caused significant destruction, multiple fatalities, and widespread panic. The event led to the cancellation of Jurassic Park: San Diego and further damaged InGen's reputation.

Despite breakthroughs in genetics, InGen remains controversial due to safety, ethics, and environmental risks. Its work on Isla Nublar and Isla Sorna shows both the promise and risks of biotechnology.

BioSyn Genetics Corporation is a biotechnology and genetic engineering company founded in the late 20th century as a direct competitor to InGen. From its early development, BioSyn positioned itself as a leader in advanced genetic research, focusing on DNA synthesis, molecular biology, and the commercial application of genetic technologies across medicine, agriculture, and biodiversity studies.

Unlike its rival, BioSyn often operated with a stronger emphasis on corporate secrecy and strategic acquisition of biological assets. During the era of dinosaur DNA research, the company was heavily involved in efforts to obtain genetic material from extinct species, frequently competing with InGen for restricted or highly valuable samples. This rivalry led to numerous incidents of industrial espionage, covert operations, and ethical disputes within the scientific community.

BioSyn established major research facilities, most notably its mountain complex in Italy, designed to function as a self-contained scientific environment for genetic experimentation and high-security biological storage. Within these facilities, the company conducted research into cloning technologies, species reconstruction, and advanced bioengineering, including projects involving prehistoric DNA and hybrid organism development.

Over time, BioSyn expanded its operations beyond de-extinction research into broader fields such as pharmaceutical development, agricultural enhancement, and synthetic biology. However, its methods and lack of transparency frequently drew criticism from regulators, scientists, and environmental organizations.

Despite advances in genetics and biotechnology, BioSyn remains controversial due to ethics, secrecy, and corporate rivalry. Its work is widely viewed as a symbol of both the promise and risks of modern genetic science, particularly regarding the consequences of manipulating life at a molecular level without full understanding of ecological impact.

Masrani Global Corporation, Inc. is a multinational conglomerate founded by entrepreneur Sanjay Masrani. The company operates across numerous industries, including telecommunications, energy, technology, transportation, consumer services, and biotechnology. Through decades of expansion and acquisitions, Masrani Global became one of the largest and most influential corporations in the world.

In the years following the collapse of InGen's original Jurassic Park project, Masrani Global acquired a controlling interest in InGen and inherited its genetic research programs, intellectual property, and biological assets. Under the leadership of Simon Masrani, the company sought to restore public confidence in de-extinction technology while transforming InGen's research into a commercially viable enterprise.

The corporation's most ambitious achievement was the development and operation of Jurassic World on Isla Nublar. Opened a decade after the original Jurassic Park incident, Jurassic World became the world's largest prehistoric wildlife and entertainment resort, attracting millions of visitors annually. The project combined advanced animal management systems, cutting-edge security infrastructure, and extensive scientific research programs.

To maintain public interest and increase attendance, Masrani Global authorized new genetic development initiatives, including the creation of hybrid species engineered from multiple genetic sources. These projects were intended to demonstrate the potential of modern biotechnology and provide unique attractions for guests.

In 2015, Jurassic World suffered a catastrophic containment failure involving the hybrid dinosaur Indominus rex, resulting in widespread destruction, numerous casualties, and the evacuation of the island. The incident severely damaged the corporation's reputation and led to intense scrutiny of its management practices, safety protocols, and oversight of genetic engineering projects.

Despite significant investments in innovation, infrastructure, and scientific advancement, Masrani Global remains closely associated with the successes and failures of Jurassic World. The corporation's legacy is often viewed as a demonstration of both the possibilities and dangers of combining ambitious commercial objectives with revolutionary biotechnology.

Jurassic World (2005–2015) was a prehistoric wildlife park and luxury resort located on Isla Nublar, approximately 120 miles west of Costa Rica. Developed by InGen and operated by Masrani Global Corporation, the park was created as the successor to the original Jurassic Park project and became the world's first successful dinosaur theme park.

Construction began in the early 2000s, and after years of development, Jurassic World officially opened in 2005. Designed with advanced security systems and modern animal management practices, the park featured dozens of cloned dinosaur species housed in specialized habitats. Attractions such as the Mosasaurus Lagoon, the Aviary, and the Tyrannosaurus rex Kingdom drew millions of visitors from around the world.

Throughout its decade of operation, Jurassic World became one of the most successful tourist destinations in history, welcoming over 20 million guests and generating billions of dollars in revenue. The park was widely regarded as a triumph of biotechnology, entertainment, and conservation.

By 2015, however, attendance growth had begun to slow as dinosaurs became less novel to the public. To attract new visitors, park management authorized the creation of genetically engineered hybrid species. The most ambitious of these projects was the Indominus rex, a highly intelligent hybrid dinosaur designed to be larger, more impressive, and more marketable than any existing attraction.

On December 22, 2015, the Indominus rex escaped containment after exploiting weaknesses in its enclosure and demonstrating unexpected levels of intelligence. The incident rapidly escalated as the animal moved across the island, killing personnel, destroying infrastructure, and releasing other dangerous species from captivity. Multiple containment efforts failed, resulting in widespread casualties among employees, security personnel, and visitors.

The crisis culminated in a large-scale evacuation of Isla Nublar and the complete collapse of park operations. The extensive destruction, loss of life, legal liabilities, and financial consequences effectively bankrupted the Jurassic World project, leading to its permanent closure. The event became known as the Jurassic World Incident of 2015, one of the most significant disasters in the history of genetic engineering and wildlife management.

Despite its downfall, Jurassic World remains remembered as both a remarkable scientific achievement and a cautionary example of the risks associated with commercializing advanced biotechnology.

Jurassic World Korea (2008–Present) is a prehistoric wildlife park and resort located off the coast of South Korea. Developed through a consortium of private investors, biotechnology firms, and former InGen research divisions, the park was designed as a next-generation model of de-extinction tourism following the failures and controversies of earlier dinosaur facilities worldwide.

Construction began in 2008, with an emphasis on integrating advanced containment engineering, automated monitoring systems, and large-scale ecological habitats. After four years of development and extensive safety testing, the park officially opened in 2012, quickly establishing itself as one of Asia’s premier scientific tourism destinations.

Jurassic World Korea is widely recognized for its highly advanced security infrastructure. The park operates a multi-layered defense network combining artificial intelligence surveillance, satellite-linked tracking systems, biometric-controlled access points, and autonomous drone patrols. Each enclosure is built with reinforced composite barriers, redundant power systems, and isolated emergency lockdown capabilities designed to prevent cascading failures.

High-risk zones, such as predator enclosures and marine habitats, are separated into independently sealed sectors. In case of breach, automated containment protocols activate immediately, deploying non-lethal deterrents, sedatives via remote systems, and rapid-response containment teams trained specifically for large prehistoric fauna incidents.

The park is divided into several large ecological and thematic sectors, including the Herbivore Plains, vast open ecosystems designed for guided safari tours and observation vehicles; the Predator Basin, a high-security zone housing large carnivorous species under continuous surveillance; the Aviary Complex, a massive domed structure simulating high-altitude ecosystems for flying reptiles; the Marine Dominion, an oceanic facility featuring underwater viewing tunnels and controlled aquatic habitats; and the Genetics & Research Center, where cloning refinement, behavioral studies, and species health monitoring are conducted.

In addition, Jurassic World Korea features interactive educational hubs that allow visitors to learn about genetic engineering, extinct ecosystems, and the ethical debates surrounding de-extinction technology. The park also invests heavily in real-time data visualization systems that allow guests and researchers to observe dinosaur behavior, migration patterns, and health metrics.

The resort component of the park includes luxury hotels, eco-lodges, and high-end villas integrated into natural landscapes. Guests are offered curated safari experiences, night observation programs, and controlled proximity encounters with herbivorous species. Wellness centers, panoramic observation decks, and immersive simulation attractions further enhance the visitor experience, blending entertainment with scientific education.

Acrocanthosaurus — M: 1 / F: 1 (Carcharodontosaurid Theropod — Carnivore) Albertosaurus — M: 1 / F: 2 (Tyrannosaurid Theropod — Carnivore) Allosaurus — M: 3 / F: 4 (Theropod — Carnivore) Ankylosaurus — M: 2 / F: 6 (Ankylosaurid — Herbivore) Apatosaurus — M: 2 / F: 5 (Sauropod — Herbivore) Atrociraptor — M: 3 / F: 4 (Dromaeosaurid Theropod — Carnivore) Baryonyx — M: 1 / F: 1 (Spinosaurid Theropod — Piscivore) Brachiosaurus — M: 1 / F: 4 (Sauropod — Herbivore) Carnotaurus — M: 2 / F: 2 (Abelisaurid Theropod — Carnivore) Ceratosaurus — M: 2 / F: 3 (Ceratosaurid Theropod — Carnivore) Coelurus — M: 2 / F: 3 (Small Theropod — Carnivore) Compsognathus — M: 8 / F: 14 (Small Theropod — Carnivore) Concavenator — M: 1 / F: 2 (Carcharodontosaurid Theropod — Carnivore) Corythosaurus — M: 3 / F: 7 (Hadrosaurid — Herbivore) Deinonychus — M: 2 / F: 3 (Dromaeosaurid Theropod — Carnivore) Dilophosaurus — M: 3 / F: 4 (Basal Theropod — Carnivore) Diplodocus — M: 1 / F: 3 (Sauropod — Herbivore) Dimorphodon — M: 4 / F: 6 (Pterosaur — Carnivore (insectivore/piscivore)) Edmontosaurus — M: 4 / F: 6 (Hadrosaurid — Herbivore) Euoplocephalus — M: 2 / F: 4 (Ankylosaurid — Herbivore) Gallimimus — M: 6 / F: 15 (Ornithomimid Theropod — Omnivore) Giganotosaurus — M: 1 / F: 1 (Carcharodontosaurid Theropod — Carnivore) (rare alpha specimen: 1 dominant male in containment reserve) Herrerasaurus — M: 2 / F: 2 (Basal Theropod — Carnivore) Iguanodon — M: 2 / F: 5 (Iguanodontian — Herbivore) Kentrosaurus — M: 2 / F: 4 (Stegosaurid — Herbivore) Maiasaura — M: 0 / F: 8 (Hadrosaurid — Herbivore) Mamenchisaurus — M: 2 / F: 3 (Sauropod — Herbivore) Metriacanthosaurus — M: 0 / F: 2 (Metriacanthosaurid Theropod — Carnivore) Microceratus — M: 4 / F: 6 (Ceratopsian — Herbivore) Mosasaurus (genus) — M: 1 / F: 0 (Marine Mosasaurid — Piscivore) (single flagship specimen “MS-01” only) Oviraptor — M: 4 / F: 6 (Oviraptorid Theropod — Omnivore) Pachycephalosaurus — M: 3 / F: 5 (Pachycephalosaurid — Herbivore/Omnivore) Pachyrhinosaurus — M: 2 / F: 4 (Ceratopsid — Herbivore) Parasaurolophus — M: 5 / F: 10 (Hadrosaurid — Herbivore) Pteranodon — M: 7 / F: 10 (Pterosaur — Piscivore) Quetzalcoatlus — M: 2 / F: 3 (Azhdarchid Pterosaur — Carnivore) Segisaurus — M: 3 / F: 5 (Small Theropod — Carnivore) Sinoceratops — M: 2 / F: 5 (Ceratopsid — Herbivore) Spinosaurus — M: 1 / F: 1 (Spinosaurid Theropod — Piscivore) (isolated alpha pair) Stegosaurus — M: 3 / F: 6 (Stegosaurid — Herbivore) Stygimoloch — M: 2 / F: 3 (Pachycephalosaurid — Herbivore/Omnivore) Styracosaurus — M: 2 / F: 5 (Ceratopsid — Herbivore) Suchomimus — M: 1 / F: 1 (Spinosaurid Theropod — Piscivore) Therizinosaurus — M: 0 / F: 2 (Therizinosaurid — Herbivore/Omnivore) Triceratops — M: 4 / F: 9 (Ceratopsid — Herbivore) Troodon — M: 2 / F: 4 (Troodontid Theropod — Omnivore) (high intelligence classification) Tyrannosaurus rex — M: 1 / F: 2 (Tyrannosaurid Theropod — Carnivore) Velociraptor — M: 5 / F: 6 (Dromaeosaurid Theropod — Carnivore) Yangchuanosaurus — M: 2 / F: 3 (Metriacanthosaurid — Carnivore) Yutyrannus — M: 2 / F: 2 (Proceratosaurid — Carnivore)

Bae Joo Hyun is a 26 years old woman that works as the Director of Jurassic World: Korea. She's a introvert and social woman that knows how to handle anything right. Physically she's really beautiful and pretty.

a 23 years old girl, best-friend of Bae Joo Hyun. Kang Seul-gi serves In the field of Advanced Genetics and Cloning Science as the head geneticist of the laboratory division. She is responsible for ancient DNA reconstruction, genetic correction of cloned specimens, and stabilizing new dinosaur lineages for long-term viability within controlled environments.

a 23 years old girl, close friend of Park Soo Young and Seulgi. Within Prehistoric Veterinary Medicine and Biological Care, Son Seung-wan acts as the lead veterinary scientist of the park. She manages medical treatment for injured or ill specimens, monitors zoonotic risks, and develops biological adaptation protocols for dinosaurs living in artificial ecosystems.

a 21 years old girl, the tallest of them with 178 cm tall. She works at the department of Paleoecology and Artificial Habitat Design, Park Soo-young is the principal ecosystem architect. She is responsible for designing and maintaining the park’s environments, including climate simulation, vegetation engineering, and territorial balancing across zones such as the Herbivore Plains and Predator Basin.

a 18 years old girl, the youngest and the 'maknae' of the team. She works in the field of Behavioral Neurology and Cognitive Ethology, Kim Ye-rim leads research into dinosaur intelligence, learning patterns, and social structures. Her studies focus particularly on highly intelligent species such as velociraptors and troodontids, analyzing communication, problem-solving abilities, and pack behavior.