The game development industry continues to move beyond traditional PC, console, and mobile experiences, with virtual reality and applied gaming technologies opening new opportunities for studios. In 2026, Ukrainian game development company Stepico has been active in both areas, combining its established production experience with work in VR and serious games.
One of the most visible examples of this direction is the release of Discovery: Rogue Planet, a story-driven VR shooter that grew from an internal technology demo into a commercial project. The launch also highlights the broader capabilities of the game development studio Stepico, whose experience includes full-cycle game production, Unreal Engine and Unity development, game art, and post-release support.
From an Internal Demo to a VR Game
Discovery: Rogue Planet has an unusual development history. The project originally started inside Stepico as an internal Unreal Engine demo intended to demonstrate the team’s technical and artistic capabilities in a science-fiction setting. Instead of remaining a portfolio piece, however, the concept gradually developed into a much larger project.
The team expanded the original idea into a complete pitch and eventually created a dedicated product brand, Immersmind, around the game. Development also received support from Meta, including technical guidance during production.
The result was a standalone VR title built around exploration, combat, and narrative progression rather than the wave-based structure common to many VR shooters.
Set on the desert planet Rogax, Discovery: Rogue Planet puts players in the role of a bounty hunter exploring a hostile frontier. Missions involve fighting alien creatures, investigating locations, completing objectives, and uncovering more about the planet and its history.
The project was developed using Unreal Engine, with the team adapting its production pipeline specifically for virtual reality.
Discovery: Rogue Planet Arrives on Meta Quest 3
Discovery: Rogue Planet became available for Meta Quest 3 and Meta Quest 3S on August 13, 2026. The Meta Store lists Immersmind Studio as both the developer and publisher of the released game.
For Stepico, the project represents more than simply adding another platform to its development portfolio. VR introduces a different set of design and technical requirements compared with conventional games.
Movement, scale, interface design, player comfort, and interaction all have to account for the physical presence of the player inside the virtual environment. Mechanics that work naturally on a monitor can become uncomfortable or confusing when experienced through a headset.
The development team discussed some of these challenges while working on Discovery: Rogue Planet. Concepts including an underwater level, a vehicle, and more complex drone mechanics were considered during production but ultimately did not make it into the final version. The developers instead focused on maintaining consistent pacing, player control, and comfort throughout the experience.
This process illustrates how VR development can require teams to reconsider familiar game design principles rather than simply transfer conventional mechanics into a headset.
Building a World Specifically for VR
The fictional world of Rogax also demonstrates the project’s focus on environmental storytelling.
The planet was conceived as a world that had once been covered by an ocean before losing most of its water. That idea influenced its visual identity, including landscapes resembling dried seabeds, coral-inspired vegetation, and creatures adapted to the new environment.
VR gives those environmental elements an additional role because players experience scale and distance differently when they are physically surrounded by the game world.
The developers also incorporated Ukrainian elements into the project without making them the central theme. They appear through details such as names, symbols, equipment, and music. Ukrainian musician Gordiy Starukh contributed to the soundtrack, with the hurdy-gurdy becoming part of the game’s audio identity.
Stepico Looks Beyond Entertainment Games
VR is not the only area in which Stepico has been expanding its development expertise.
Another notable direction in 2026 has been serious games: interactive experiences designed primarily for training, education, simulation, or professional development rather than entertainment alone.
In June, Stepico participated in a webinar organized with the Interactive Games & Entertainment Association (IGEA) focused on the use of game development technologies in simulations and professional training. The discussion covered applications across areas including education, enterprise learning, manufacturing, and defence-related training.
The company has continued discussing the subject throughout the year. In September, Stepico co-founder and CEO Andrii Titov presented a guest lecture for game design and development students at the University of Technology Sydney.
His presentation focused on the practical differences between conventional gamification and serious games. Rather than simply adding points, badges, or other game-like incentives to an existing activity, serious games create complete interactive systems designed around a specific training or educational objective.
Game Technology Finds New Applications
The growing interest in serious games reflects a wider change taking place across the interactive entertainment industry.
Technology originally developed for games can now be used to recreate environments, simulate complex situations, collect information about user decisions, and provide immediate feedback. Modern game engines also make it possible to combine these systems with VR, XR, artificial intelligence, and real-time 3D visualization.
For development studios, this creates opportunities outside traditional entertainment projects.
A training simulation, for example, can allow participants to repeatedly practice situations that would be expensive, dangerous, or difficult to reproduce in the real world. The same underlying skills used to develop commercial games, including environment creation, interaction design, gameplay systems, animation, UI, and real-time rendering, can be applied to these experiences.
Stepico says its experience in this area includes projects connected with education, enterprise, manufacturing, and defence.
A Broader Direction for Stepico
The developments around Stepico in 2026 point to a broader evolution of the company’s work.
The release of Discovery: Rogue Planet demonstrates how an internal technical experiment can grow into an original commercial product and eventually lead to the creation of a dedicated product team. At the same time, Stepico’s activity around serious games shows how game development expertise can be applied to industries where the primary objective is training or simulation rather than entertainment.
Neither direction replaces the company’s existing work in game development and art production. Instead, VR, original products, and applied interactive experiences add new areas where the same production and technical expertise can be used.
As game engines continue to expand beyond traditional entertainment, the boundary between video games, simulation, training, and immersive technology is becoming less distinct. Stepico’s recent projects offer a practical example of how established game development companies are beginning to operate across those areas.
