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Quality in Every Pixel, Innovation in Every Test

Transforming Game Testing With AI-Driven Precision and Efficiency
Welcome to Orome AI, we are a global provider of autonomous game quality assurance services, delivering innovative solutions to developers worldwide. Operating from Delaware, Dover, we specialize in Autonomous Game Quality Assurance, User Interface Quality Assurance, and Game Localization Quality Assurance, all designed to streamline the game testing process. By harnessing the power of AI technology, we ensure that every game meets the hi...
We offer the first fully autonomous game testing solution, transforming how games are tested. Unlike traditional methods that require time-consuming scripting and predefined scenarios, our system allows you to simply upload your game, and our AI-driven bots perform comprehensive testing automatically. This innovative approach dramatically reduces testing time and eliminates the need for manual intervention while ensuring accurate, reliabl...
We identified a recurring challenge in game development: traditional quality assurance methods were often expensive, time-consuming, and inefficient. With decades of experience in the gaming industry, we set out to create a solution that would eliminate these issues. Our commitment to innovation and quality has guided every aspect of our journey. Through autonomous testing, we help developers save time and resources while ensuring their g...

The Advantages of Autonomous Game Testing

Experience faster, more efficient, and cost-effective game quality assurance with our innovative AI-driven solutions

Accessibility

No need to schedule a testing session. Simply send Orome.AI a build and brief information on what requires testing. Our AI bots will do the work and send you back a report. No waiting, no planning, no hiring processes - just efficient testing.

Knowledge Base

While humans excel in communication, comparing minute details of each game session takes im- mense time. AI can perform these comparisons in a fraction of that time, providing additional insights from such analysis. This capability allows AI to identify elusive bugs more quickly and efficiently, as it doesn’t need to „play it one more time to check if it behaves like this always”— it has access ti data from allprevious playthroughs.

Concurrent Testing

Humans have limited focus and can process only a finite amount of information at a time. AI and computers don’t have these limitations. During the same playthrough AI can test for various issues simultaneously, such as translation mistakes and geometry errors. Additionally, AI continuously monitors game performance and gathers detailed information about game progress, making it easier for engineers to reproduce bugs.

Standardization

AI follows rules consistently. If configured to provide specific information about found issues, it will do so reliably. This consistency is crucial for reproducing steps. Due to the complex nature of games, some errors are difficult to reproduce, and humans can spend tens or even hundreds of hours trying to locate them. With access to all previous game sessions and detailed information about performed actions, AI can much more rapidly find exact reproduction steps and include them in issue reports.