MARINE DRONE BATTLE

 At a time when marine ecosystems face growing threats from pollution, habitat destruction and climate change, a new digital initiative is transforming how young people learn about ocean conservation through interactive gameplay. The playable prototype of this game was developed during the Nature, Environment, Wildlife and Filmmaking (NEWF) Game Design Lab in South Africa, where the idea of the game was born. Marine Drone Battle is an innovative multiplayer, action RPG game that turns environmental protection into a cooperative hands-on experience.

The project combines marine science, environmental storytelling, and game technology to create an engaging platform where players do more than play, they restore, defend and learn. What began as a creative lab concept has grown into a promising educational game designed to inspire awareness and action for the marine environment.

 Marine Drone Battle is a fast-paced multiplayer action RPG conservation game built on the Roblox platform, designed to transform ocean literacy into an exciting, interactive adventure. Players pilot specialized underwater drones to restore damaged coral reefs while battling an enemy drone. 

Each drone has a unique role inspired by real marine species.

• Scout drone (Inspired by Sailfish): Clears plant sites covered by sand, detects and pings objectives for team members. 
• Logistics drone (Inspired by Manta Ray): Transports artificial reef structures to ensure restoration missions remain supplied and continuous.
• Planter drone (Inspired by Cuttlefish): Takes coral samples from heat resistant donor corals and plants them on the plant site.
• Hunter drone (Enemy role): Represented by a destructive industrial submersible that tries to obstruct the restoration work.

Players must coordinate their roles and strategies to succeed. Success is not guaranteed by combat alone, success depends on restoration and teamwork. This restoration-centered victory system sets the game apart from traditional battle formats. The underwater setting, goal-oriented structure, and role specialization create an action-oriented yet purpose-driven experience.

Nature, Environment, Wildlife and Filmmaking (NEWF) is an organization dedicated to building capacity for African visual storytellers to celebrate and advocate for the protection of her natural history. The organization aims to remove barriers to entry and build capacity in order to enable access, support inclusion, expand local audiences, and foster a culture of equity for African nature, environment and wildlife storytellers.

NEWF offers professional development, capacity building, mentorship and networking opportunities through events like the annual NEWF Congress, NEWF Fellows Summit, and NEWF Labs that fosters innovation and provides specialized training such as dive certification, cinematography, music composition, game designing, and science communication that enhance storytelling.

NEWF, in collaboration with the Internet of Elephants organization, held a 6 day Game Design Lab in South Africa designed to craft game ideas with a purpose - the protection and conservation of our natural world. Facilitated by game designers and developers Gautam Shah and Jake Manion, a cohort of 8 were selected and split into four teams, each team working together to design a proof of concept where storytellers/scientists were paired with game developers to create a prototype of the idea. Our team focused on marine ecosystems, particularly coral reefs and coastal habitats, which are among the most diverse and the most threatened ecosystems on Earth. Early discussions centered among the key challenge: environmental education often struggles to capture sustained attention from younger audiences.

The teams were given the opportunity to pitch to the NEWF organization, and our team was awarded a grant for further development of the game.

The motivation behind Marine Drone Battle came from a shared concern about the growing disconnect between environmental issues and public understanding especially among youth. While ocean threats such as reef destruction, thermal stress, and pollution are increasing, awareness and engagement often remain limited. 

The team wanted to design an experience that makes conservation active and participatory. Instead of presenting environmental problems as distant facts, the game allows players to directly engage in solutions through gameplay.

With team members bringing interests and backgrounds in marine science, conservation, environmental protection, and digital innovation, the project naturally evolved into a science-inspired interactive experience. The belief driving the project is simple: interactive learning can make environmental responsibility and conservation more memorable and motivating. 

Marine Drone Battle is built on Roblox, a platform that guarantees unprecedented accessibility and scalability. Roblox supports half-a-million concurrent users, offers seamless global distribution, and provides cross-platform access across phones, tablets, and PCs. With no downloads or barriers to entry, the game is instantly accessible anywhere in the world. This positions Marine Drone Battle to reach millions of young players rapidly and effectively. 

Roblox has a large global youth audience, supports multiplayer and cooperative mechanics which are central to the game’s teamwork-based design, and runs on a wide range of devices improving accessibility and inclusivity which are key factors for an educational impact project. 

The project is guided by clear educational and social impact goals: 

• Increase ocean and reef ecosystem awareness among youth
• Teach restoration and  conservation concepts through interaction
• Encourage teamwork and collaborative problem-solving
• Inspire interest in marine science, engineering and technology
• Demonstrate how technology can support conservation education

The game strengthens its educational impact by integrating short in-game quizzes, discoverable information cards about coral and fish species, and practical conservation knowledge, ensuring that players learn while they play. Quizzes and knowledge cards allow a player to get more points, motivating players to engage with real marine science concepts, such as reef restoration, species roles, and ecosystem protection. In addition, anonymized player behavior data from Roblox analytics helps the development team measure how users interact with the game enabling continuous improvement of the game’s educational effectiveness and overall conservation impact.

 
Marine Drone Battle is innovative in its approach by integrating multiple disciplines into one unified interactive experience, where marine science concepts are directly translated into gameplay mechanics and restoration, not destruction. The game uses cooperative role based drone gameplay that requires players to work together using specialized functions, while environmental threats are represented as interactive antagonists based on real-world ecosystem pressures. Story driven conservation mission connects player actions to ecological outcomes, ensuring that environmental protection is not treated as background decoration but instead serves as the central driver of gameplay and progression. 

The project was developed by a multidisciplinary team from the Game Design Lab and other dedicated game developers that joined the development team, bringing together participants with complementary strengths in marine sciences, game designing, music composition, digital storytelling, and creative technology. This diverse mix of skills allowed the team to combine scientific accuracy with engaging gameplay and meaningful environmental narratives. The team members who contributed to the development of the project are listed below.

Eric Gardiner (Game Developer, Programmer)

Frank Buluma (Marine Scientist, Researcher)

Bradley Omondi (3D Artist)

Sabrina Roberts (2D Artist)

Juliette Love (Sound Designer)

Dustin Van Wyk (Music composer)

Sean Morrey (3D Artist)

 Early prototype demonstrations and peer play-testing sessions have shown strong engagement and positive response from the audience. Players quickly grasp the cooperative structure and restoration objectives, they have noted that the game feels both meaningful and enjoyable combining actions with purpose. 

 The team plans to continue developing and expanding Marine Drone Battle by adding new features in underwater environments and the lobby, introducing more marine species and habitat types, and deepening restoration-based gameplay mechanics to strengthen both engagement and learning value. Future steps also include building educational partnerships with schools and conservation organizations, as well as pursuing a wider public release with ongoing updates and iteration on the Roblox platform. The long term vision is to grow the game into a scalable digital ocean education tool that helps nurture the next generation of ocean-aware and conservation-minded citizens.