Neon Drift
Racing application featuring physics-based drift mechanics. Achieved 120% increase in daily active users through adaptive difficulty algorithms.
A curated selection of high-performance mobile experiences engineered for the galactic market. Each project represents a unique challenge in retention optimization and visual analytics.
Racing application featuring physics-based drift mechanics. Achieved 120% increase in daily active users through adaptive difficulty algorithms.
RPG exploration title with procedural dungeon generation. Retention rates exceeded industry benchmarks by 45% after implementing the modular loot system.
Puzzle game inspired by Celtic patterns. Featured on editorial lists for its innovative input handling and minimalist art direction.
Real-time analytics dashboard for mobile SDK integration. Processes 50k concurrent events with sub-100ms latency.
Simulation engine for crafting virtual circuits. Open-sourced components used in 200+ community projects.
Gesture-based control system. Reduced user input errors by 60% through predictive haptic feedback loops.
Rendering pipeline optimization framework. Reduced battery consumption by 35% across tested device ranges.
Ambient exploration experience. Featured for its adaptive soundtrack and minimalist interaction model.
Explore our full methodology and technical capabilities.
View ServicesSimulated growth trajectory based on aggregated portfolio performance metrics. Hover over data points to examine retention benchmarks and user cohort details.
Data visualization represents simulated performance metrics from portfolio implementations. Actual results vary by integration scope.
Understanding retention metrics requires looking beyond surface-level download counts. True engagement is measured by the stickiness of the core loop and the friction introduced at critical decision points.
When evaluating portfolio candidates, we specifically analyze Day-1, Day-7, and Day-30 retention cohorts. A healthy mobile title should maintain 40% D1, 20% D7, and 10% D30 as a baseline. Our optimization pipeline focuses on reducing time-to-fun and smoothing difficulty curves.
"More features automatically mean better retention."
Feature bloat increases cognitive load. We often remove mechanics to strengthen the core loop.
Our methodology is data-driven and iterative. We ship fast, measure accurately, and refine based on real user behavior, not assumptions.
Identify the core mechanic. Establish hard limits on memory, battery, and latency. Create the "Kill Sheet" for feature scope.
Choose the tech stack (Unity, Native, or Hybrid). Run smoke tests on lowest-spec target devices. Validate assumptions via rapid prototyping.
Integrate analytics hooks. Deploy to closed beta. Monitor session duration and drop-off points in real-time via the dashboard.
A/B test UI variations. Optimize asset loading. Ramp up user acquisition once KPIs hit green thresholds.
We can schedule a technical audit within 24 hours.
In the mobile landscape, visual fidelity is not just about graphics—it's about communication. Every shader, every particle, and every transition must serve the user's understanding of the system state.
At Breflem, we treat the UI as a first-class citizen of the game loop. We reject the "UI on top" philosophy. Instead, we build interfaces that breathe with the game world, using motion to convey causality and feedback.
Real metrics from real deployments. Transparency in process and results.
Based on 12-month retention targets met by portfolio titles.
Average measured on mid-tier devices (2024 baseline).
Average time to first human response for integration queries.
"The analytics integration was seamless. We identified a critical drop-off point in the tutorial within 48 hours of beta launch."
"Breflem's visual optimization reduced our app size by 20% without compromising quality. Critical for emerging markets."
GDPR Compliant