AWS for Gaming Companies
Reduce AWS infrastructure and CloudFront costs while building fast, scalable gaming infrastructure.
Gaming workloads can be expensive and unpredictable. A successful launch, major update, new season, live event, or sudden surge in player demand can rapidly increase traffic and infrastructure requirements.
At Cloudvisor, we help gaming companies get more value from AWS through cost optimization, CloudFront savings, scalable cloud architecture, and ongoing DevOps support.
Our AWS Resell offering currently includes 50–90% off standard CloudFront service rates and a 3% discount on AWS spend, except while AWS services are covered by credits.
- AWS Advanced Tier Partner
- 50+ AWS certifications
- 2,000+ customers
- Clients across 75+ countries
Over 2000 customers Have Trusted Us
When looking for an AWS partner, you want someone with a proven track record. Cloudvisor has worked with over 2000 startups to successfully get the most out of AWS solutions tailored to their requirements.
AWS infrastructure built around gaming workloads
Gaming infrastructure behaves differently from a typical business application.
Player demand can change quickly. Games may need to distribute large downloads and patches globally, keep backend services responsive, scale infrastructure around launches and events, and release updates without disrupting the player experience.
AWS provides the cloud infrastructure needed to support highly variable workloads, global content delivery, scalable compute, containers, databases, serverless applications, monitoring, and automation.
The challenge is making sure that infrastructure remains fast, reliable, secure, observable, and cost-efficient as the game grows.
That is where we can help.
50+ certifications in specialized areas of AWS
We take pride in our depth of knowledge and have worked hard to acquire a number of certifications in
specialized areas of AWS
Common AWS challenges for
gaming companies
High CDN and bandwidth costs
Content distribution can become a major AWS cost for games with large player bases.
Amazon CloudFront can be used to distribute:
- game downloads
- patches and updates
- downloadable content
- static game assets
- promotional media
- websites and APIs
- streaming content
For gaming companies moving large amounts of data, even relatively small improvements in cost per GB can translate into significant savings at scale.
That makes CloudFront one of the first areas we recommend reviewing when a gaming company’s AWS bill starts to grow.
Traffic spikes around launches, events, and updates
Gaming traffic rarely grows predictably.
A successful release, major content update, seasonal event, marketing campaign, streamer coverage, or unexpected viral moment can create sudden demand.
Infrastructure needs enough elasticity to absorb those spikes without forcing the company to pay for peak capacity throughout quieter periods.
AWS architectures can use elastic compute, load balancing, containers, serverless technologies, and Auto Scaling to increase capacity as demand grows and scale it down again when traffic falls.
Global latency and player experience
Players do not care where the infrastructure is located.
They care whether downloads are fast and the experience feels responsive.
For companies serving players across multiple countries or regions, content delivery, caching, network architecture, backend location, databases, and load balancing can all influence the user experience.
A well-designed AWS environment should therefore consider both infrastructure performance and geographical distribution.
Paying for infrastructure you do not need
Overprovisioning can protect against sudden demand, but permanently maintaining peak capacity can create unnecessary AWS costs.
The goal is to balance:
performance + availability + scalability + cost
Depending on the workload, this can involve rightsizing resources, Auto Scaling, Savings Plans, Reserved Instances, storage optimization, and architectural improvements.
Reliability during live operations
For a live-service game, infrastructure problems quickly become player-facing problems.
Downtime, slow APIs, failed deployments, database issues, or backend performance degradation can affect revenue, player retention, reviews, and trust.
Monitoring, alerting, resilient infrastructure, backup strategies, and tested recovery processes become increasingly important as the game and player base grow.
DevOps complexity
Modern games often continue evolving long after launch.
Features, content, fixes, backend changes, and seasonal updates need to move reliably through development, testing, and production environments.
Manual infrastructure changes and fragile deployment processes increase operational risk.
A mature DevOps setup can introduce Infrastructure as Code, CI/CD automation, monitoring, rollback procedures, and repeatable environments.
Reduce Amazon CloudFront costs with Cloudvisor
For gaming companies with significant content-delivery traffic, CloudFront is one of the strongest opportunities to review.
Our AWS Resell service currently provides 50–90% off standard CloudFront service rates.
If your game already uses CloudFront heavily for downloads, updates, assets, APIs, or other content, the commercial savings alone can be meaningful.
But reducing the rate is only one part of the opportunity.
We review how CloudFront is actually being used
Our AWS experts can review your existing setup and look for opportunities around:
- CloudFront usage and spend
- caching configuration
- origin architecture
- content distribution patterns
- unnecessary data transfer
- S3 and CloudFront architecture
- surrounding AWS resource usage
The objective is to combine better AWS pricing with better infrastructure decisions.
Already spending heavily on CloudFront? Let us review your current usage and estimate the available savings.
AWS cost optimization for gaming companies
CloudFront may be a major cost centre, but it is rarely the only one.
Gaming environments can also accumulate unnecessary spend across compute, storage, databases, Kubernetes clusters, networking, test environments, and inactive resources.
Our AWS cost optimization work can cover the wider environment.
Rightsizing infrastructure
We review actual resource utilization to identify infrastructure that is larger than the workload requires.
Rightsizing can reduce costs without reducing the resources needed during real demand.
Savings Plans and Reserved Instances
For predictable baseline workloads, AWS commitments may reduce compute costs compared with relying entirely on On-Demand pricing.
The right strategy depends on actual usage patterns, flexibility requirements, and expected growth.
Auto Scaling and elastic infrastructure
Highly variable workloads should not necessarily run at maximum capacity all the time.
Where appropriate, AWS infrastructure can scale around real demand so companies are not permanently paying for resources they only need during traffic peaks.
Better cost visibility
Engineering and finance teams need to understand where AWS spend originates.
Improved cost allocation, monitoring, and reporting make it easier to identify expensive workloads, unusual changes, and optimization opportunities before they become larger issues.
Architecture optimization
Sometimes the largest savings do not come from changing the pricing model.
They come from changing how the infrastructure works.
Data-transfer architecture, storage choices, networking, databases, and application design can materially affect the AWS bill.
Our cost optimization work starts from actual usage and architecture rather than assuming the same optimization strategy applies to every company.
Build AWS infrastructure that scales with player demand
Gaming infrastructure needs to remain stable during normal traffic and when demand suddenly exceeds expectations.
A launch that performs better than expected should be a business opportunity, not an infrastructure emergency.
We can help review and design AWS environments around:
- variable player traffic
- high-traffic launches
- global workloads
- multiple development environments
- backend APIs
- containerized workloads
- databases
- caching
- load balancing
- monitoring
- resilience
- automatic scaling
Managed DevOps for live-service games
AWS infrastructure does not stop requiring attention after launch.
Our AWS DevOps services can provide ongoing operational support so internal development teams can spend more time improving the game and less time maintaining cloud infrastructure.
Monitoring and observability
Monitoring provides visibility into infrastructure health, application behaviour, resource utilization, and operational issues.
The goal is to identify problems before they develop into larger player-facing incidents.
Infrastructure as Code
Infrastructure as Code makes AWS environments repeatable, version-controlled, and easier to manage consistently.
This can reduce configuration drift and make infrastructure changes easier to review and reproduce.
CI/CD and deployment automation
Reliable deployment pipelines help teams move application and infrastructure changes through development and production more consistently.
Automation can reduce manual deployment work and improve rollback processes when problems occur.
Security and infrastructure reviews
Infrastructure should continue evolving as the game, traffic, development team, and security requirements change.
Recurring reviews can help identify new risks and improvement opportunities before they become larger operational problems.
Continuous FinOps
Cost optimization should not be treated as a one-time exercise.
AWS usage changes as products grow, traffic changes, new services are introduced, and infrastructure evolves.
Continuous FinOps keeps cost management connected to actual cloud operations.
Need ongoing AWS operational support? Explore our managed AWS DevOps services.
| AWS service | Why it can matter for gaming |
|---|---|
| Amazon CloudFront | Distribute downloads, patches, game assets, websites, and APIs closer to users globally |
| Amazon S3 | Store game assets, downloads, logs, backups, and other object data |
| Amazon EC2 | Flexible compute for backend services and specialized workloads |
| Elastic Load Balancing | Distribute application traffic across scalable infrastructure |
| EC2 Auto Scaling | Increase or decrease compute capacity as traffic changes |
| Amazon EKS | Operate containerized workloads using managed Kubernetes |
| AWS Lambda | Run event-driven backend functions without continuously provisioned servers |
| Amazon RDS | Managed relational databases for application workloads |
| Amazon DynamoDB | Low-latency NoSQL storage for high-scale application data |
| Amazon CloudWatch | Monitor applications, infrastructure, logs, and operational health |
Spending Over $5K monthly on AWS? Let’s Talk Custom Savings.
If you’re already a heavy AWS user, we’ll prepare a custom discount offer. Just share your latest invoice and see what we can offer – no commitment.
CASE STUDIES
Relevant Cloudvisor experience for high-scale digital workloads
Gaming infrastructure requires many of the same capabilities we already manage across high-traffic AWS environments: global content delivery, elastic scaling, cost optimization, containers, monitoring, and reliable cloud operations.
Here are two examples of how we have applied those capabilities for Cloudvisor customers.
ONE Capital
CloudFront, Auto Scaling, and high-traffic infrastructure
For ONE Capital Switzerland, we implemented Amazon CloudFront to improve content delivery and reduce latency while using Amazon EKS and Auto Scaling to dynamically adjust infrastructure based on demand.
The customer also benefited from Cloudvisor’s CloudFront pricing.
This demonstrates capabilities directly relevant to gaming workloads: high-volume content delivery, dynamic scaling, containerized infrastructure, and combining AWS architecture improvements with CloudFront cost savings.
BitDegree
Cost and data-transfer optimization: BitDegree
BitDegree is a gamified Web3 learning platform rather than a game studio, but its AWS environment demonstrates several optimization areas relevant to digital gaming workloads.
Our AWS Cost Optimization Review identified opportunities around data transfer, compute commitments, storage, and ongoing cost management.
Following the implemented recommendations, BitDegree achieved a 33% reduction in AWS costs.
For gaming companies with significant infrastructure and content-delivery spend, the same principle applies: optimize based on actual usage instead of relying only on headline AWS pricing.
Why work with Cloudvisor?
Cloudvisor is an AWS Advanced Tier Partner supporting more than 2,000 customers across 75+ countries.
Our team holds 50+ AWS certifications across specialized AWS areas, and our work spans AWS Resell, cost optimization, migration, security, DevOps, Well-Architected Reviews, and managed infrastructure.
For gaming companies, that means you can start with one specific problem—such as reducing CloudFront spend—and bring us into the wider AWS environment only where additional expertise creates value.
Start with your AWS and CloudFront bill
You do not need to redesign your entire gaming infrastructure to find out whether Cloudvisor can help.
Share your current AWS usage
We review your current AWS and CloudFront spend and understand how the environment is being used.
Identify immediate savings
We determine which Cloudvisor Resell benefits apply and look for obvious infrastructure inefficiencies.
Decide whether deeper optimization is worthwhile
If the environment would benefit from architecture changes, DevOps support, or broader cost optimization, we prioritize the opportunities based on expected impact.
There is no requirement to turn a billing review into a large infrastructure project.
Let us review your AWS costs and show you where your gaming infrastructure could become more cost-efficient.
Discover How Startups Succeed with Cloudvisor
We are proud of having a total of 50 certifications, from AWS Cloud Practitioner, which everyone on our team holds, to advanced Security and Solutions Architect certifications.
Don't just take our word for it
Here are few of the reviews of the clients we have served
“We are very satisfied with Cloudvisor’s services and their impact on our AWS architecture. Their expertise and dedication have resulted in meaningful improvements across security, cost-efficiency, and performance. We highly recommend Cloudvisor for its exceptional ability to elevate AWS infrastructure to new heights.”
“We decided to move to AWS in order to improve efficiency and security of our platform, and we’re grateful Cloudvisor has helped to make it a reality by providing professional advice and hands-on migration services. In addition, we’re glad AWS Resell helps us save every month. By partnering with Cloudvisor, we’re sure our AWS infrastructure is in good hands.”
“We love working with Cloudvisor. Their service is excellent, and their overwhelming support helped us grow a lot. Their team was always ready to assist us when needed; with their help, we received the first portion of AWS credits that helped our startup scale, and we are about to opt for further AWS credits to keep our growth going. We would recommend Cloudvisor for every startup that seeks growth of their business and IT infrastructure.”
“Cloudvisor provides an incredible launch pad for startups. While their services are already powerful, they do something we haven’t seen anywhere else. Not only are you guaranteed continued support from their team, but they also make all the AWS credits work for your business, and none of them will be wasted. We recommend Cloudvisor to all startups who want to make their company successful and cost-effective from the very beginning.”
“It’s easy to use Cloudvisor’s services. Their platform allows us to track our bills and spending easily. Their support staff is available whenever required, and their service levels are incredible. Their invoices are clear, simple, and easy to validate and pay. I would recommend to anyone with AWS to use Cloudvisor.”
“Cloudvisor brings AWS-specific expertise to the table. It’s great to have a group of experts available to ensure that Cloud services are built on a steady foundation right from the start.”
“Cloudvisor helped us navigate the AWS maze, resolve our security concerns, reduce our server costs, and teach us lots of best practices and it’s actually AWS who pays for all that! Certainly a win-win-win collaboration.”
“This year, Cloudvisor significantly helped us kickstart projects involving Redshift and SageMaker, which are important to the whole Barbora business. A very knowledgeable team at Cloudvisor!”
“Extremely supportive and paying attention to detail. A must-have partner in the AWS journey!”
“The promptness in dealing with our concerns demonstrated excellent customer service. When we encountered challenges (i.e., accounts management and on-edge services), we were provided multiple solutions, complete with links and additional information; allowing us to understand our options better and make an informed decision. This proactive communication fosters a positive business relationship and helps us feel supported.”
“As a young technology-focused business, LO:TECH has found it hugely important to have dynamic, supportive, business partners. Cloudvisor fits that mould and has been pivotal to supporting our rapid AWS scaling requirements.”
“True-Kare has significantly benefited from Cloudvisor’s expertise as an AWS partner. Their guidance helped us optimize our cloud infrastructure, ensuring our platform remains scalable and secure while managing costs effectively. Thanks to this partnership, we’ve enhanced the reliability of our telecare solutions, providing seamless experiences for our clients.”
Frequently asked questions about
AWS for gaming companies
If you still have any questions, feel free to contact us and we will help you as best as we can.
AWS provides elastic compute, global infrastructure, content delivery, storage, databases, containers, serverless services, and monitoring.
These capabilities can support workloads ranging from game downloads and backend APIs to global player services and live operations.
The main advantage is the ability to build infrastructure that can adapt as traffic and technical requirements change.
Cloudvisor’s current AWS Resell offering provides 50–90% off standard CloudFront service rates.
The exact commercial benefit depends on your existing CloudFront usage and environment, so we recommend reviewing current spend before estimating savings.
Yes, when the environment is architected appropriately.
AWS services such as Auto Scaling, Elastic Load Balancing, containers, and serverless compute can help increase capacity as demand grows and reduce it again when traffic falls.
The architecture should be designed and tested around the expected traffic profile rather than relying on scaling alone.
Yes.
You do not need to migrate or rebuild the environment to work with us.
We can begin by reviewing existing AWS costs, CloudFront spend, architecture, monitoring, security, or DevOps processes and focus only on areas where there is a meaningful opportunity to improve.
Yes.
Our managed AWS DevOps service provides ongoing infrastructure monitoring, optimization, security work, continuous FinOps, and access to AWS-certified engineers.
This can complement an internal development or platform team rather than replacing it.
Yes.
Our AWS migration services cover assessment, planning, migration execution, testing, cutover, and post-migration optimization.
For gaming workloads, migration planning should account for player traffic, latency requirements, backend dependencies, databases, content delivery, deployment processes, and acceptable downtime.
Not necessarily.
AWS Resell is primarily a commercial and billing relationship. If your current architecture works well, you can benefit from available Cloudvisor pricing without redesigning the entire environment.
If our review identifies opportunities to reduce costs or improve performance, we can discuss those separately.