Cut Gaming Infrastructure Costs by 65%
Handle 100x Player Surges
Stop overpaying for gaming infrastructure. Our AI scales game servers predictively, optimizes global edge placement, and maintains <50ms latency during viral moments.
🎮 Built for game studios • ⚡ <50ms latency • 💰 Average 65% savings
Gaming Infrastructure Challenges
Gaming workloads are unique - unpredictable surges, global latency requirements, and zero-tolerance for lag.
Massive Player Surges
Game launches and viral moments create 50-100x traffic spikes that traditional scaling can't handle efficiently
Global Latency Requirements
Low-latency gaming requires expensive infrastructure across multiple regions worldwide
Unpredictable Peak Patterns
Gaming traffic varies by region, time zone, events, and player behavior making capacity planning impossible
Post-Launch Cost Explosion
Success leads to massive infrastructure bills that can kill profitability and prevent scaling
Gaming-Optimized Solutions
Purpose-built features for gaming workloads, player behavior, and performance requirements.
Predictive Game Server Scaling
AI learns your player patterns and scales game servers before demand hits, maintaining zero lag during surges
- Event-driven predictive scaling
- Player behavior pattern analysis
- Real-time latency optimization
- Automatic instance type selection
Global Edge Optimization
Intelligent placement and scaling of edge servers worldwide for optimal latency and minimal cost
- AI-powered edge placement
- Regional demand prediction
- CDN cost optimization
- Player proximity matching
Game Database Right-Sizing
Optimize player data, leaderboards, and session storage based on actual usage patterns
- Player data storage optimization
- Read replica right-sizing
- Session state management
- Backup cost efficiency
Spot Instance Gaming Strategy
Use spot instances for non-critical gaming workloads with bulletproof fallback for player-facing services
- Background job optimization
- Analytics workload placement
- Development environment scaling
- Automated failover protection
Gaming Industry Results
Proven outcomes from game studios of all sizes - from indie to AAA.
Real Gaming Scenarios
See how our optimization handles real gaming events and player surges.
Battle Royale Launch
100-player matches with global tournament
Mobile Game Event
Limited-time seasonal event with rewards
MMO Expansion
New content release with returning players
Gaming Studio Success Stories
Real results from game studios who optimized their infrastructure costs.
BattleStorm Studios
- 68% infrastructure cost reduction
- 25ms average global latency
- Zero tournament downtime
- Handled 3x expected viewership
"DeepCost saved us $180K during our World Championship. The AI predicted our viewer surge perfectly and scaled everything automatically. Our tournament was flawless."
Pixel Adventures
- Handled 2M new players in 48 hours
- 75% cost savings vs traditional scaling
- Zero player-facing downtime
- Maintained sub-100ms response times
"Our game went viral on TikTok and player count exploded from 40K to 2M overnight. Without DeepCost's auto-scaling, we would have crashed and lost the moment."
Gaming Industry FAQ
Will optimization affect player experience or game performance?
Never. Our AI prioritizes player experience above all else. We include safety margins for latency-sensitive workloads and automatically scale before performance impacts occur. Gaming performance is actually improved through better resource allocation.
How quickly can you scale for viral game moments or surprise events?
Our predictive scaling acts 5-15 minutes before demand hits, and reactive scaling responds within 30 seconds. For gaming, we pre-scale based on social media buzz, streamer activity, and event calendars.
Can you handle different types of games (FPS, MMO, mobile, etc.)?
Yes. Our AI learns the specific patterns of your game type. FPS games need low-latency scaling, MMOs need database optimization, mobile games need global edge placement. Each game type gets customized strategies.
What about compliance and player data protection (GDPR, COPPA)?
All optimizations respect data residency requirements and compliance regulations. We ensure player data stays in required regions and maintain security standards for gaming industry compliance.
How do you optimize costs during game development vs live operations?
Development environments use aggressive spot instance strategies and time-based scaling. Live game infrastructure prioritizes performance with cost optimization that never impacts players. Different strategies for different game lifecycle stages.