Edgegap and Gameye both offer container-based, dedicated game server hosting orchestration.
What sets them apart?
Edgegap | Gameye | |
|---|---|---|
Orchestration | Traditional, fleet-based pre-warmed pools; session-based autoscaling described by Gameye, ship date and production maturity unverified as of July 2026 | |
Infrastructure | Servers.com, 5 hyperscalers & 17 bare metal incl. consumer-grade hardware | |
Regions | Claims "200+ datacenters" (9 core bare metal regional groups; remainder is hyperscaler cloud capacity) | |
Pricing | $0.069/hr on-demand compute per vCPU (fractionable), $250/month for 16 vCPU Private Host | $0.07/hr on-demand compute, $230.40/month to $345.60/month for Bare Metal hosts (16 vCPU advertised, ~13.6 vCPU realistically available after OS overhead) |
Scalability | 14M CCU with real world testing, 110M sessions lifetime | 3M CCU is an internal load test, not production (Gameye's own platform data lists 250K as its highest production peak); 130M+ sessions lifetime (as of Q2 2026) |
Integration | Photon Fusion; matchmaker integrations with Unity, Nakama, Pragma, PlayFab, FlexMatch. No Unity/Unreal plugins. | |
Support | Tiered by contract; Discord, Slack, email | |
Latency | No data published | |
Track Records | 7+ years, key client departed 2025 |
Edgegap
Edgegap offers a modern, highly optimized, multicloud game server orchestration on the world’s largest edge network which enables multiplayer game developers to:
Ensure consistent end user experience with instant, regionless access to all of Edgegap's 615 locations worldwide (and counting) on-demand;
Edgegap’s Private Fleet provide the option to use hybrid orchestration which optimizes bare metal and cloud usage to further optimize costs for game studios while keeping end-user performance ideal.
Deliver low latency online experience for its players with a 58% average reduction vs. public cloud;
Rapid scaling with a confirmed, consistent 40 deployments per second for 60 minutes reaching 14 million concurrent users ("CCU") in that time span, with more possible over time;
High resiliency with the ability to instantly redirect deployments across its 17+ providers (cloud and bare metal) with guaranteed 99.99% uptime.
Edgegap's platform is accessible to anyone and can be tested with a free account which includes the essential resources to help game developers get started.
Edgegap's approach enables game studios to deploy to all its cloud locations worldwide at a single, universal price based on 100% compute usage.
Edgegap also offers an easy-to-integrate, fully managed matchmaking system.
Edgegap prides itself on its easy and short integration process (“get your game online in minutes”) including its compatibility through easy-to-use plugins, samples, and integrations with major game engines (Unity, Unreal) and tools most used by game developers (e.g., Heroic Labs Nakama, Mirror Networking, PlayFab, Photon Fusion, etc.; often endorsed by the original creators themselves), for an even easier integration process. Edgegap's game server SDK is optional; studios that prefer not to modify their game server binary can integrate directly via Edgegap's API.
Edgegap is constantly updated, with releases every two weeks on average including new features, platform improvements and bug fixing.
Gameye
Unlike Edgegap, Gameye does not offer open self-serve registration through its main website as of July 2026. Its public site routes new studios to an engineer consultation to obtain platform access. (Gameye's pricing page references a self-serve trial and lists self-service SaaS sign-up as forthcoming.)
Following the publication of Edgegap's original comparison, Gameye now publicly discloses pricing on its website. Their on-demand rate is $0.07/vCPU/hour at a 1:2 vCPU to RAM ratio. Gameye also introduced a "Bring Your Own Infrastructure" tier at $2/vCPU/month flat.
Gameye offers traditional game server orchestration and primarily taps into bare metal from providers including servers.com, GCore, and OVHCloud among others. Notably, servers.com is also a primary bare metal provider used by other bare metal-centric platforms, meaning Gameye's infrastructure foundation provides little meaningful differentiation from those platforms on this dimension. Gameye promotes being multi-provider as a key differentiator, explicitly listing 18 bare-metal providers and 5 burst-capacity providers across its website as of Q2 2026. However, as detailed in the Performance section of this comparison, some of these providers are consumer-grade gaming hosts rather than enterprise bare metal operators, which raises questions about Gameye's claims of a uniformly high-quality hardware network. As of July 2026, Gameye's homepage claims "200+ datacenters, 6 continents." However, Gameye's core bare metal infrastructure remains organized around 9 regional groups (primarily through servers.com), with the expanded figure incorporating hyperscaler cloud locations from AWS, GCP, Azure, Akamai, and Tencent Cloud, the same public cloud providers available to any orchestration platform on demand.
Gameye advertises the following headline metrics on its website, as Gameye itself points out: "3M CCU — Concurrent users load tested," "1M CCU — Peak live CCU (Chivalry 2 launch)," and "0.5 sec — Avg. container start time (production)." Each of these claims requires significant qualification.
The "3M CCU" figure is a load test with no published methodology, time frame, or independent verification. The "1M CCU" figure referred to Chivalry 2. Following the publication of this comparison, Gameye updated the framing on their comparison page, dropping the "1M CCU" headline in favor of "250,000 concurrent players in the first 30 minutes of launch." The underlying Gameye case study describes this as "nearly one million players in the first month," a cumulative total, not a concurrent figure. The shift in Gameye's own marketing language between versions of their comparison page warrants the same skepticism as the original claim.
The "0.5 sec" container start time describes the assignment of an already pre-warmed container from a standing pool, not a cold start from scratch.
Gameye's session-based autoscaling, the feature that would make this figure meaningful in a just-in-time context, is described by Gameye but its ship date and production maturity are unverified as of July 2026. Taken together, these three headline metrics present a materially different picture than their plain reading implies.
Gameye's integration, per their documentation, includes Photon Fusion as of writing. Gameye has also added documented matchmaker integrations with Nakama (native Fleet Manager), Pragma Engine, PlayFab, and AWS FlexMatch, though Pragma, PlayFab, and FlexMatch integration guides were listed as "in progress" on Gameye's roadmap as of April 2026. Gameye has since taken its public roadmap page offline (as of July 2026, the page displays only a placeholder stating it is being updated), so the current status of these in-progress items cannot be verified from that source. Gameye does not provide plugins for Unity or Unreal Engine, and does not provide integration samples or guides for major netcode transports such as Mirror Networking, Unity's Netcode for Game Objects, or Fish-Networking.
Following the publication of Edgegap's original comparison, which noted that Gameye had not published a single public-facing platform update since July 2023, Gameye resumed publishing monthly update articles on its blog from January 2026 onward. The reason for the two-year absence of public updates has not been addressed or explained.
Gameye's Promotional Metrics
Gameye's reliability and scalability claims, including 130M+ sessions (as of Q2 2026), 99.99% uptime, and any cited CCU figures, are derived exclusively from their pre-warmed pool architecture. Per Gameye's own platform data methodology, the 130M+ figure is a cumulative count of session API calls since January 2017 "including sessions that failed to start," where one session equals one allocation request, rather than a count of completed game sessions.
This is the model where containers are provisioned in advance and held in a standing pool awaiting assignment. Gameye also describes a session-based autoscaling capability that would scale capacity dynamically against actual player demand. The ship date and production maturity of this capability are unverified as of July 2026: Gameye's pricing page has referred to session-based autoscaling as forthcoming, and its public roadmap page was unavailable at the time of writing.
Studios evaluating Gameye based on its headline track record should be aware that the reliability and scalability figures describe the pre-warmed pool architecture, which is distinct from dynamic autoscaling.
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Initial Setup & Integration
Edgegap's documentation and videos highlight the orchestration platform's simple integration process and demonstrate how fast it can be achieved.
Edgegap provides integration process for both Unity Engine and Unreal Engine. Specifically for Unity, it offers a plugin which enables developers to containerize and deploy a game server directly from Unity's editor. Edgegap's "build from container" integration process for Unreal Engine is faster than any other method, as it doesn't require developers to build Unreal Engine from Source which is the typical dedicated game server integration process for this engine. Both help developers containerize their game server for their project, and deploy it to Edgegap's platform in minutes.
Additionally, Edgegap provides samples alongside dedicated integration processes across major netcode transport including Mirror Networking, Unity's Netcode for Game Objects (NGO), Photon Fusion, Fish-Networking ("FishNet"). This also includes major game services and backend tools such as Heroic Labs' Nakama, Microsoft's PlayFab, Epic Games' Epic Online Services, Unity Gaming Services (UGS) Matchmaking, Pragma Engine, and Beamable.
Edgegap provides game developers with the flexibility to choose which container registry they want to use, including Edgegap's own container registry, but also external solutions such as Docker Hub, GitLab, Google Cloud's Registry, and Amazon Elastic Container Registry (ECR).
Once a game server is deployed, Edgegap offers a highly intuitive user experience. Every user can quickly oversee its deployment on its dashboard. For more insights, Edgegap offers an Analytics dashboard which provides details on monitoring releases with live server count per version and resource usage overview, including CPU-related and memory insights, alongside networking insights to detect inefficient networking patterns and optimize netcode performance.
Gameye provides the ability to containerize its game server, plugin into the API and deploy it to its platform. However, for its container, it requires the use of Docker's HUB. Gameye does not provide its own plugins for Unity or Unreal Engine, and does not provide integration samples or guides for major netcode transports such as Mirror Networking, Unity's Netcode for Game Objects, Photon Fusion, or Fish-Networking.
Products
Beyond dedicated game servers, Edgegap offers a range of solutions to help multiplayer game developers, including:
Matchmaking: Group players easily and launch games instantly. A fully managed, infinitely customizable matchmaking system to optimally group players worldwide.
Server Browser: A lobby-like system that lets players discover, browse, and join available game servers directly.
Managed Clusters: Managed Clusters make hosting self-managed game services and game backend easy and fast.
Managed Infrastructure: Easily and cost-effectively run all backend services in Edgegap's fully managed clusters including managed Kubernetes, managed databases and storage, and real-time CDN.
Container Registry: Edgegap's registry includes 10 GB, with external registry integration available.
Analytics: Generate insights to optimize your game server, usage and orchestration experience.
Private, Always Online Deployments: Learn how to enable persistent worlds with 24/7 always online deployments. Ideal for multiplayer experiences such as social games and MMOs.
China Deployments: Leverage the same platform worldwide. Availability is pending regulatory, country-specific compliance in this market.
Hybrid Orchestration (Bare Metal + Cloud): For committed studios with predictable traffic, leverage Bare Metal for low tide traffic to optimize costs, and seamlessly scale with Cloud for traffic spikes.
Fleets: Edgegap's Fleets enable game developers to both 1. add persistent servers without Egress that help developers optimize costs at each of the selection locations and 2. add 24/7 persistent servers which are useful games as MMOs, social, survival, etc.
Edgegap offers a fully managed matchmaking system as part of its platform, alongside compatibility with matchmaking services, including UGS Matchmaking.
As of writing, Gameye does not offer its own matchmaking system.
However, Gameye has added documented integrations with external matchmakers including Nakama (native Fleet Manager), Pragma Engine, PlayFab, Unity, and AWS FlexMatch. Studios must still select, purchase, and operate a matchmaker independently; Gameye provides the allocation handoff between the matchmaker and its server pool.
Gameye doesn't offer managed clusters or infrastructure. Recently, Gameye added an analytics dashboard, as it previously required you to "plug into your analytics" without providing an analytics solution itself.
Performance (Distribution, Latency Reduction, Scalability & Resilience)
Distribution
Edgegap's modern, regionless orchestration platform is built from the ground up to provide a fully gated multi-tenant environment. Multiple studios can run on the same server, but each deployment is gapped in its own isolated container that cannot exceed its requested resources, so no container's usage can overlap another's on a shared server and no noisy-neighbor effect is possible. Resources are reserved per deployment, with Edgegap billing per dedicated vCPU, fractionable down to 1/4 vCPU.
This co-tenancy is an advantage. Private, traditional fleets carry wasted capacity because not every server is fully used at the same time: basic factors like location and time of day leave capacity idle, and the onus of optimizing that usage falls on each individual studio. With Edgegap's on-demand Edge Cloud, that wasted capacity and the per-location optimization workload are removed entirely. For studios that still want fleets for their specific benefits, such as persistent servers or egress-free hosting, hybrid orchestration offers the best of both, and Edgegap automatically optimizes across on-demand and fleet capacity.
Edgegap prides itself on leveraging its patented orchestrator on the world's first, and largest, edge network built for multiplayer game server hosting. It includes, as of Q1 2026, 615 locations worldwide across 17+ cloud and bare metal providers, all available to deploy game servers on-demand.
Edgegap's platform instantly distributes multiplayer games worldwide without the need to select regions as required in traditional orchestration platforms.
Edgegap also offers Fleets, available across 58 sites (as of July 2026), which let studios run persistent, always-online servers and egress-less servers, either standalone or combined with cloud through hybrid orchestration.
As of July 2026, Gameye's homepage claims "200+ datacenters, 6 continents." This figure aggregates Gameye's 9 core bare metal regional groups (primarily through servers.com) with cloud capacity from its 5 burst providers: AWS, GCP, Azure, Akamai, and Tencent Cloud. Gameye's FAQ continues to describe its coverage as "major population centers across North America, Europe, Asia-Pacific, and South America," and its documentation still advises studios to "speak with your account manager to check whether you have access to" all regions.
Gameye's website lists coverage including London, Amsterdam, Frankfurt, New York, Dallas, Singapore, Tokyo, Sydney, Dubai, and Johannesburg among its locations, which represents an improvement in geographic breadth compared to its original 9 regions.
However, the core bare metal footprint, where Gameye's steady-state sessions actually run, remains concentrated in major population centers. For games with globally dispersed player bases, particularly in underserved markets across South Asia, large parts of Africa, and Latin America, even the nearest listed location may still produce unacceptable latency.
Latency
Edgegap's platform, using its patented decision-making algorithm and the world's largest edge network, deploys game servers closest to users. This enables game developers to deliver:
Reduction of players' latency by "58% on average vs. public cloud";
"78% sub-50 milliseconds (i.e., 'real time') latency vs. 14% for public cloud," alongside "91% sub-100 ms latency (i.e. 'sweet spot' for non-eSports multiplayer) vs. 67% for public cloud."
Critically, this ensures a "95% improvement of players' experience" worldwide, which helps game developers maintain consistent end-user experience including traditionally challenging markets such as Oceania and Asia.
Additionally, it helps game developers avoid static, region-locked matchmaking, which helps increase match quality for players.
Gameye claims "200+ datacenters" as of July 2026, though its core bare metal infrastructure remains organized around 9 regional groups covering the expected major markets of players. For steady-state game sessions that run on Gameye's bare metal network rather than burst cloud capacity, this may prove too few locations to meaningfully impact latency. Regrouping cities far away geographically likely leads to poor latency for locations farther away from the database. For example, NA-Central covers "Dallas & Chicago" despite an 800 mile (1,300 kilometer) distance.
Edgegap's collaboration with a AAA publisher showed that, by using traffic from 600,000 transactions, only Edgegap demonstrated an average latency reduction from 116 milliseconds to a drastic 48 milliseconds.
Scalability
Edgegap’s performance benchmark proves its orchestration can consistently scale at 40 deployments per second, sustained for 60 minutes, for a total of 14 million concurrent users (“CCU”) of players worldwide. Thanks to its patented decision-making and rapid-scaling technology. Stacking two of such instances on Edgegap’s platforms allow game developers to manage as much traffic as Fortnite had during their peak launch (100 req. per seconds).
This allows game developers using Edgegap’s orchestration to scale and ensure to succeed the biggest scaling challenge of orchestrators; namely meeting player’s demand over a short period of time such as a midnight launch, a game’s addition to a subscription service, or a “streaming sensation” overnight popularity.
As of July 2026, Edgegap has deployed over 110M sessions worldwide to billions of players, up from 80M in December 2025.
As of July 2026, Gameye's platform-data page advertises "3M CCU" as an internal load-tested figure. Notably, Gameye's own platform data methodology now states directly that the 3M figure is "Not a production figure" and that its "highest production peak is 250,000 CCU (Chivalry 2 launch, June 2021)." Gameye's Chivalry 2 case study separately describes the game reaching roughly one million players in the first month, a cumulative figure rather than a peak concurrent count. By Gameye's own current accounting, then, its highest confirmed production concurrency is 250,000 CCU, distinct from both the 3M load test and the ~1M cumulative monthly total.
Gameye advertises sub-second container scaling, with their Session API documentation stating it "returns IP and ports in ~0.5 seconds." This figure describes the time to assign an already-warm container from a pre-provisioned pool, not a cold start from scratch. It is therefore not comparable to Edgegap's 3-second average cold start, which represents a server being deployed from zero.
Gameye describes a session-based autoscaling capability intended to address the gap between pre-warmed pool capacity and actual demand; its ship date and production maturity are unverified as of July 2026. When Gameye's pool runs short of pre-warmed capacity and autoscaling has not yet provisioned additional containers, new containers must still be provisioned, introducing the same delays that characterize traditional fleet-based orchestration.
Resilience
Edgegap's vast network telemetry allows it to detect issues with sites or providers, such as outages, and instantly redirect deployments across its 17+ providers across cloud and bare metal.
Edgegap's platform has been running live 24/7 for the past six years, maintaining over 99.99% availability.
Gameye describes automatic failover across its provider network, stating that "if one provider goes down, sessions continue on healthy capacity automatically." Gameye claims a 99.99% uptime as a contractual SLA on its website.
Unlike Edgegap, which maintains a public status page with documented historical availability spanning six years of live operation, Gameye does not publish a public-facing status page with historical uptime data to support its availability claim.
Platforms & Adoption
Edgegap's dedicated game server and various integrations ensure the platform supports all game hardware types, such as PC, consoles (PlayStation, XBOX, Nintendo Switch), VR, mobile, web-based (HTML5, WebGL, etc.) alongside new devices such as extended reality ("XR") devices including Apple's Vision headsets, and META's AI glasses such as Ray-Ban Meta and Meta Ray-Ban Display.
Edgegap is part of Nintendo's Switch developer portal alongside PlayStation's Partner Program.
Edgegap is the sole orchestrator endorsed by Epic Games, makers of Unreal Engine, through its Epic Online Services.
In terms of games, Edgegap supports titles from AAA to indie projects alike. Games that have run on Edgegap in 2026 include two mobile publishers among the top 10 by downloads and revenue, PAYDAY 3, the 7 Days to Die franchise, The Isle (a top-100 title by concurrent players on Steam in May 2026), 1047 Games, a KRAFTON title, Halfbrick Studios, Sinn Studios, and MegaBits Publishing, alongside challengers such as top-10 CrazyGames multiplayer "Drift.io" by Slipstream Games and the #1 MENA-region application "WOLF Qanawat." Case studies for certain of these games are available to read.
Over 1,600 studios have used Edgegap's platform (as of Q3 2025), managing millions of players and hundreds of thousands of game servers.
Gameye works with studios developing mobile, PC, VR and console games. Over its 7+ years of operation, Gameye has published 6 case studies in total. Its most recent, Nubs! Arena, launched in May 2025.
The case study published prior to that dates to August 2021, meaning only one new case study was added in the four years between 2021 and 2025. For a platform with a multi-year track record, more frequent and recent public client references would help studios better evaluate its current offering.
Gameye's case studies page lists several client logos, including studios such as Bungie and Remedy. However, Gameye's highest-profile completed case study remains Chivalry 2, which continues to serve as the lead reference on Gameye's website and its primary proof of scale across its comparison pages. Chivalry 2 moved its game server hosting to another provider in August 2025. As of writing in April 2026, Gameye continues to use Chivalry 2 as its primary reference for reliability, scale, and launch performance despite the game's departure from the platform.
Development
Edgegap, based in the region of Montréal, Canada, promotes its high-quality development and operations. Its product, development, and operations teams employ robust processes, including roadmap strategy, agile methodology, QA, and strict code reviews. Its CI/CD pipeline spans development, staging, and production environments, resulting in a high-quality platform with strong availability. The orchestrator's production is entirely in-house from Edgegap's office in the region of Montréal by a cohesive engineering team.
Edgegap consistently releases updates through sprints, maintaining a cadence of a release every two weeks on average, introducing new features, improvements, and bug fixes each time. All listed in its release notes.
Gameye does not provide detailed insights into its development process or team structure. Its website states that "45 thousand hours have gone into our orchestrator" as a general indicator of engineering investment, without further specifics on methodology, team, or process.
Following the publication of Edgegap's original comparison, which noted that Gameye had not published a single public-facing platform update since July 2023, Gameye resumed publishing monthly update articles on its blog from January 2026 onward. The reason for the two-year absence of public updates has not been addressed or explained. For studios evaluating a platform's development health and transparency over time, that gap is worth noting as context.
Gameye's monthly blog format represents an improvement in transparency.
Most critically, Gameye describes a session-based autoscaling capability intended to introduce just-in-time capacity management to its platform. Its ship date and production maturity are unverified as of July 2026.
Any reliability, uptime, or scalability claims Gameye makes, including its multi-year track record, 130M+ sessions (as of Q2 2026), and 99.99% uptime figure, describe its pre-warmed pool architecture, which is distinct from dynamic autoscaling.
Security & Support
Security
Edgegap advertises its automated protection against hackers with instant DDoS attack protection.
Whenever Edgegap detects abnormal traffic patterns indicative of DDoS attacks in real time, the platform automatically redirects traffic away from the targeted server, disperse the malicious traffic, and even scale up resources if needed.
As of April 2026, Gameye advertises DDoS protection as "built into every location," describing it as a provider qualification requirement rather than an add-on. Gameye's roadmap specifies this protection operates through "game-specific UDP flood mitigation on Gcore and OVHCloud infrastructure."
This means DDoS protection quality is dependent on the individual bare metal provider at each location rather than being a uniform, platform-level capability managed by Gameye itself. The practical protection level may vary across Gameye's 21 listed providers.
Support
Edgegap's client support is free and includes 24/7 on-call engineers for games with live traffic. It has a client support dashboard.
For integration support, or ongoing conversations with clients, Edgegap has a public Discord server, and supports clients via Slack or the ability to contact the team via email.
Edgegap also provides SLAs on a case-by-case basis.
Gameye states, in their documentation, that serious issues should be communicated via email. Gameye has also added support via Discord and Slack. Per their documentation, support is tied to four tiers of SLA, which appears to be tied to the client's contract. It also lists a client support dashboard.
Edgegap provides access to its platform with a free account. This includes a free trial with the essential resources to help game developers get started. No credit card is required.
Edgegap has a clear, transparent pricing for its game server orchestration that is solely based on usage. Namely, $0.00115/min per dedicated vCPU (which is fractionable) and $0.10/GB of monthly network egress as of Q1 2026. Edgegap's pricing is 100% for compute, unlike traditional orchestration which has wasted capacity.
Edgegap allows for vCPU fractioning, down to 1/4 vCPU. For game developers, optimizing their game server to 1/4 vCPU results in a final price of 25% * $0.00115 = $0.0002875/min.
Edgegap does not require a commitment, nor has upfront costs, nor does it require engineering support.
Edgegap offers hybrid orchestration (bare metal + cloud) through its Private Fleets, with two self-serve specifications: the Performance host at $250/month (16 vCPU, 32 GB RAM, 2.0 to 3.7 GHz, 5 TB egress included per host) and the Overdrive host at $290/month (3.7 to 5.1 GHz, 64 GB RAM) for CPU-intensive games. Commitment is limited to one month.
Studios with established usage patterns that are looking to migrate to Edgegap are encouraged to contact us for a custom estimate based on their actual, historical deployment patterns.
For matchmaking, Edgegap has managed cluster tiers with clear "per-hour" pricing. Starting as low as $22 per month.
Following the publication of Edgegap's original comparison, Gameye now publicly discloses pricing on its website. Their on-demand rate is $0.07/vCPU/hour at a 1:2 vCPU to RAM ratio. Gameye also introduced a "Bring Your Own Infrastructure" tier at $2/vCPU/month flat, where studios supply their own bare metal or cloud compute and Gameye layers its orchestration on top.
Additionally, Gameye doesn’t disclose the real vCPU availability of its bare metal machines, which will have a material impact on its pricing estimate given ~15% of every machine will be reserved for usage like OS. Highlighting how Bare Metal providers can misleads game developers with their promotional material.
At the 1:2 vCPU to RAM ratio, Gameye's on-demand compute rate ($0.07/hr) is broadly comparable to Edgegap's (approximately $0.069/hr). However, several structural differences make a direct comparison more nuanced.
First, Gameye advertises "no egress fees" as a headline pricing benefit. This is misleading.
Bare metal infrastructure carries egress costs regardless of how a platform prices its service. Servers.com, one of Gameye's primary bare metal network providers, lists egress charges on its enterprise bare metal tier beyond a monthly free allowance. Gameye absorbs this cost into its bundled rate rather than billing it separately. The fee exists in the supply chain; it is simply not visible to the studio. At full scale, where egress typically represents 20 to 25% of overall infrastructure cost, this distinction matters when evaluating total spend.
Second, Edgegap supports vCPU fractioning down to 1/4 vCPU, with pricing pro-rated accordingly. A game server optimized to run at 1/4 vCPU costs $0.0002875/min on Edgegap. Gameye prices in whole vCPU increments only, with no publicly available fractional option. For smaller game servers or studios optimizing tightly on cost, this represents a meaningful structural difference.
Third, Gameye's reserved pricing tier ($0.02 to $0.03/vCPU/hr) requires a contractual commitment. Edgegap requires no commitment at any tier.
Finally, Gameye's platform has historically operated on a pre-warmed container pool model. Gameye also describes session-based autoscaling, the feature that would allow the platform to scale capacity dynamically based on actual player demand rather than pre-provisioned inventory; its ship date and production maturity are unverified as of July 2026. Studios evaluating Gameye's "on-demand" pricing should consider that the autoscaling feature's real-world performance at scale has not been publicly demonstrated. Until a meaningful track record is publicly available, the underlying architecture may still carry some risk of idle, paid-for capacity during scaling transitions.
Switching gaming infrastructure is no minor feat. To ensure a smooth transition that maintains the integrity of gameplay and player experience, certain steps and considerations are vital.
Analyze the GameyeSetup:
Audit Current Implementation: Start by taking stock of the current setup on Gameye. This involves understanding the architecture, assessing any custom configurations, and identifying integrations or plugins in use. Edgegap and Gameye both use game server containers, and you might fight the transition easier using the Edgegap Unreal or Unity.
Documentation & Backup: Before initiating the migration, it's crucial to document the existing setup comprehensively and back up all essential data. This provides a safety net in case of unforeseen challenges during the migration.
Integration of Edgegap’s plugin and API:
Initial Integration: Post the preliminary analysis, the next step is to replace the Gameye API with the Edgegap API. This serves as the bridge between the game and Edgegap’s distributed infrastructure.
Custom Configurations: Depending on the complexity of the game and its features, developers might need to implement custom configurations that cater to the unique demands of their game, such as environment variables and port mapping.
Leverage Edgegap's Matchmaker:
Transitioning Matchmaking Systems: If your game requires a thorough matchmaking service, you’re in luck. Edgegap’s built-in matchmaker, optimized for latency and player preferences, can be configured to replace the existing system.
Player Experience: The objective of this step is to ensure that players continue to experience efficient, latency-optimized matching without disruptions during or after the transition.
Testing:
Stress and Load Testing: After the migration process, it's imperative to subject the game to rigorous testing. This includes stress tests to understand how the new infrastructure holds up under heavy loads and comprehensive game testing to identify any hitches or issues. See Edgegap's multiplayer launch checklist which includes load testing deep dive for details.
Feedback Loops: Engaging a set of players for beta testing on the new setup can provide invaluable feedback to make necessary adjustments.
Monitoring & Optimization:
Continuous Monitoring: While Edgegap is always there to monitor the current deplyoments, game studios can also monitor their servers using Edgegap's tools ensures that the game remains performant and that any anomalies or issues are detected promptly.
Iterative Optimization: Based on performance data and player feedback, iterative optimizations can be made to improve server performance, reduce costs, and enhance the overall player experience.
