Comprehensive Game Engine Consulting & Technical Support
From licensing strategy to cross-platform optimization, we handle the technical complexity so you can focus on great games.
Beta provides hands-on consulting across the full game development lifecycle—from engine selection and licensing to deployment and optimization. Whether you're navigating Unity's commercial requirements, optimizing Unreal Engine performance, or shipping to multiple platforms, our New York-based team delivers expert guidance and responsive support.
Engine Selection & Licensing Guidance
Choosing the right game engine and navigating commercial licensing is one of the most critical decisions your studio will make. We break down the complexity so you can make an informed choice aligned with your project scope, team size, and budget.
Unity vs. Unreal: Strengths, Use Cases, and Trade-offs
Unity
Best for:
- Mobile and cross-platform games
- 2D games and indie projects
- Rapid prototyping and iteration
- Web-based games (WebGL)
Key strengths:
Large asset store, flexible licensing, strong mobile support, extensive documentation, large developer community.
Licensing consideration:
Free to use; commercial revenue threshold determines if seat licenses are required.
Unreal Engine
Best for:
- AAA and high-fidelity 3D games
- Console and PC-first titles
- Advanced real-time rendering
- Photorealistic visuals and cinematics
Key strengths:
Industry-leading graphics, Blueprints visual scripting, robust toolset, strong console support, active AAA ecosystem.
Licensing consideration:
Free to use; 5% royalty on gross revenue above $1M per game per calendar year.
Commercial Licensing Requirements and Cost Implications
Both engines offer free development licenses, but commercial revenue triggers licensing fees. Understanding these thresholds is critical for budgeting and long-term planning.
Unity Commercial Licensing
Personal Use: Free for individuals and teams with less than $100K annual revenue.
Pro/Enterprise: Seat-based licensing required once revenue exceeds $100K. Costs vary by team size and features needed.
Key consideration: Revenue is calculated globally across all your games. A single successful title can trigger licensing requirements for your entire studio.
Unreal Engine Commercial Licensing
Free License: No upfront costs or seat fees. Develop and ship for free.
Royalty Model: 5% of gross revenue per game, per calendar year, after the first $1 million in revenue.
Key consideration: Royalties are per-game, not per-studio. A high-revenue game triggers royalties; your indie prototype doesn't.
Pro Tip: The "right" engine depends on your revenue model and team structure. High-revenue, multi-game studios often benefit from Unreal's per-game royalty model. Lean teams shipping multiple smaller titles may find Unity's seat licensing more predictable.
Seat-Based Pricing and Team Scaling Costs
If you're using Unity commercially, seat licenses scale with your team. Here's how to estimate costs:
| Team Size | Estimated Monthly Cost | Annual Investment |
|---|---|---|
| 5 developers | $150–300 | $1,800–3,600 |
| 10 developers | $300–600 | $3,600–7,200 |
| 20+ developers | $600–1,200+ | $7,200–14,400+ |
Note: Actual costs depend on plan tier (Pro, Enterprise) and negotiated volume discounts. Not all team members need individual seats—support staff and non-developers can often share licenses or work with free tiers.
Cost Optimization Strategies
For Unity Users
- 1. Delay licensing if possible. Stay under $100K revenue before committing to paid seats.
- 2. Negotiate volume discounts. Large teams can often secure better rates.
- 3. Share seats strategically. Non-programmers (audio, art) may not need individual licenses.
- 4. Plan for growth early. Build licensing costs into your budget before they're required.
For Unreal Users
- 1. Optimize revenue projections. Royalties only apply after $1M per game; price accordingly.
- 2. Leverage the royalty model. Multiple smaller games may avoid royalties entirely.
- 3. No seat cost overhead. Your team grows without additional licensing fees.
- 4. Plan for success. Budget 5% of revenue for royalties if you expect high sales.
Long-Term Licensing Roadmap and Budget Planning
A solid licensing strategy requires forward planning. Here's how to think about it:
Year 1: Development & Pre-Release
Use free licenses. Focus on development, not licensing costs. Decide on your engine choice now based on project scope and team size.
Year 2: Launch & Early Revenue
Monitor revenue closely. If approaching licensing thresholds, budget for seat licenses (Unity) or royalty reserves (Unreal). Negotiate rates early if needed.
Year 3+: Scaling & Multi-Project Strategy
Plan your next title with licensing costs in mind. Consider how licensing scales with your team and revenue. Revisit engine choice if your project profile has changed.
Real example: An indie studio with 8 developers shipping a mobile game on Unity estimates $5K/year in seat licensing. They negotiate a volume discount, reducing it to $3.5K. Meanwhile, a mid-size team on Unreal with a high-revenue console title budgets 5% of projected $5M sales ($250K) for royalties—a manageable cost of doing business.
Unsure Which Engine and Licensing Model Fits Your Studio?
Every project is different. Our game engine consulting team in New York can review your specific situation—project scope, team size, revenue projections—and provide a tailored licensing roadmap with cost estimates.
Get Licensing GuidanceFree consultation. No obligation. Response within 24 hours.
Ship Your Game Everywhere
Cross-platform deployment is complex—PC, console, mobile, and web each have unique constraints. Beta provides hands-on guidance to ship quality games across all platforms without sacrificing performance or stability.
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Performance Optimization & Real-Time 3D
Real-time rendering demands precision. Whether you're targeting 60 FPS on mobile or pushing visual fidelity on console, performance optimization separates shipped games from abandoned projects. We help studios identify bottlenecks, implement proven techniques, and maintain frame rates across platforms.
Rendering Optimization
Draw calls are the enemy of frame rate. We optimize batching strategies, implement LOD (Level of Detail) systems, and use dynamic batching to keep your GPU busy without overwhelming it. Reducing draw calls from 1,000 to 100 per frame is realistic—and the difference between 30 FPS and 60 FPS.
- • Static vs. dynamic batching: Grouping geometry to reduce GPU state changes
- • LOD systems: Swapping high-poly meshes for lower-poly versions at distance
- • Culling strategies: Frustum, occlusion, and distance culling to skip invisible geometry
Physics Simulation & Collision
Physics engines can become bottlenecks fast. We optimize collision detection, reduce rigidbody count, and tune solver iterations to maintain smooth gameplay without sacrificing realism. Strategic use of kinematic vs. dynamic bodies and compound colliders makes a measurable difference.
- • Collision layers: Reducing unnecessary checks through layer-based filtering
- • Rigidbody optimization: Using kinematic bodies, constraints, and sleeping states
- • Solver tuning: Balancing accuracy and performance through iteration counts
Asset Optimization
Bloated assets kill performance. Uncompressed textures, oversized meshes, and inefficient animations waste memory and bandwidth. We implement texture atlasing, mesh decimation, animation compression, and platform-specific asset variants to keep your game lean.
- • Texture compression: BC formats for desktop, ASTC for mobile, choosing the right quality/size tradeoff
- • Mesh optimization: Vertex count reduction, normal baking, and polygon efficiency
- • Animation compression: Keyframe reduction and quantization without visible loss
Memory Management & Profiling
Memory leaks are silent performance killers. We profile your game using engine-native tools, identify memory hotspots, and implement efficient pooling and loading strategies. Mobile games especially need careful memory budgeting to avoid crashes and frame drops.
- • Profiling tools: Using Unity Profiler, Unreal Insights, and platform-specific analyzers
- • Object pooling: Reusing instances to reduce allocation overhead
- • Streaming & loading: Async asset loading and scene streaming for seamless gameplay
AI & Procedural Generation
NPCs, enemy pathfinding, and procedural content can overwhelm the CPU if not optimized. We implement efficient behavior trees, spatial partitioning for pathfinding, and smart LOD systems for AI to keep gameplay responsive even with hundreds of active agents.
- • Behavior trees: Scalable NPC logic without per-agent overhead
- • Spatial partitioning: Quad-trees and grids for efficient pathfinding and queries
- • Procedural optimization: Caching generated content and using noise functions efficiently
Modern 3D Workflows & Tools
The 3D pipeline has evolved. We guide studios through asset creation pipelines, shader optimization, and integration with industry tools like Blender, Substance Painter, and Houdini. Real-time ray tracing and modern rendering techniques require strategic planning.
- • PBR workflows: Physically-based rendering setup and shader optimization
- • Real-time ray tracing: Balancing visual quality with performance on target hardware
- • Tool integration: Blender to engine pipelines, automated asset processing
Common Performance Bottlenecks We Address
GPU Bottleneck
Too many draw calls, overdraw, or expensive shaders limiting frame rate. Reduced via batching and culling.
CPU Bottleneck
Physics, AI, and scripting consuming CPU cycles. Fixed via optimization and async processing.
Memory Pressure
Bloated assets and leaks causing stutters and crashes. Addressed through profiling and pooling.
Real-World Example: Mobile Optimization
A mid-size studio was shipping a 3D action game to iOS and Android. Initial performance: 25–30 FPS on mid-range devices, unacceptable for a fast-paced title. Through our optimization consulting:
- 1. Draw call reduction: Implemented batching and LOD systems, dropping draw calls from 800 to 200 per frame.
- 2. Texture compression: Switched to ASTC compression, reducing texture memory by 60%.
- 3. Physics tuning: Reduced rigidbody count and optimized collision layers, cutting physics time in half.
- 4. Memory profiling: Eliminated leaks and implemented object pooling, stabilizing memory usage.
Result: 55–60 FPS on the same devices. Game shipped on schedule with positive performance reviews.
Why This Matters for Your Studio
Performance isn't a feature—it's a foundation. Players notice frame drops, stutters, and crashes immediately. Studios that optimize early avoid costly rewrites late in development. Cross-platform shipping demands even more precision: what runs at 60 FPS on PC might hit 20 FPS on mobile without optimization.
We've helped studios ship games that hit target frame rates across PC, console, and mobile. Our approach combines profiling, targeted optimization, and ongoing monitoring to keep your game responsive as you add content and features.
Need Performance Optimization for Your Game?
Let's profile your game, identify bottlenecks, and implement optimization strategies tailored to your platforms and targets. Get expert technical guidance on real-time rendering, physics, and asset optimization.