웹사이트, 애플리케이션 및 다운로드 속도 향상
전 세계적으로 낮은 지연 시간
Gcore CDN을 사용하면 사용자는 마치 호스팅이 항상 동일한 위치에 있는 것처럼 앱에 접속할 수 있습니다.
동적 콘텐츠 가속
동적 콘텐츠 가속은 웹 애플리케이션을 더욱 원활하고 빠르게 반응하게 하여 생성된 콘텐츠의 전송 시간을 단축합니다.
뛰어난 가용성
Gcore CDN은 예기치 않은 트래픽 급증 또는 서비스 거부(DDoS) 공격 시 서버 과부하를 쉽게 방지할 수 있습니다.
고급 기능
IPv4 / IPv6
전체 인프라가 IPv4와 IPv6 프로토콜을 모두 지원합니다.
글로벌 네트워크
당사는 글로벌 네트워크에 투자하여 값비싼 인프라를 구매할 필요가 없도록 지원합니다.
180개 이상의 PoP
전 세계
200+ Tbps
네트워크 용량
30 ms
전 세계 평균 레이턴시
85%
평균 캐시 적중률
2,000,000
초당 요청 수
14 Tbps
일일 최대 대역폭
사용 사례
웹 애플리케이션 및 전자상거래
웹사이트 속도 향상동적으로 생성되는 자산의 가속화즉각적인 이미지 압축 및 변환제품 비디오의 즉각적인 재생트래픽 급증 및 DDoS 공격 시에도 가용성 유지TLS 암호화 및 액세스 제어게임 및 소프트웨어 자산
200 Tbps의 글로벌 네트워크 용량콘텐츠 프리페칭대용량 파일 전송 최적화지연 시간 개선을 위한 캐시 샤딩오리진 서버 쉴딩비디오 스트리밍
글로벌 네트워크 용량 200Tbps즉각적인 재생을 위한 TTFB 감소스트림 무결성을 위한 연결성 향상라이브 비디오를 위한 마이크로 세그먼트 캐싱라이브 비디오용 RAM 캐싱공개 및 제한된 액세스 제어오리진 서버 차폐
비디오 스트리밍에 최적화
Gcore CDN은 주문형 비디오(VOD) 및 라이브 스트리밍에 최적화된 솔루션입니다.
서비스형 이미지 최적화
Gcore의 이미지 스택은 웹사이트 소유자와 웹 개발자가 작업을 간소화할 수 있도록 도와주는 클라우드 기반 이미지 최적화 도구입니다. URL 쿼리 문자열과 웹사이트 설정에 약간의 변경만 적용하면 대역폭 비용을 절감하고 사용자 경험을 개선할 수 있습니다.
WebP, AVIF로 변환
WebP 또는 AVIF 형식의 이미지를 압축하면 주어진 품질 수준에서 파일 크기를 최대 85%까지 줄일 수 있습니다.
이미지 품질 제어
웹사이트 이미지의 품질 수준을 설정하여 웹페이지 로딩 속도와 CDN 트래픽 전송량을 제어할 수 있습니다.
이미지 크기 조정
몇 개의 쿼리 문자열만 추가하면 원본 이미지의 높이, 너비, 배율을 줄일 수 있습니다.
이미지 자르기
설정된 매개변수를 초과하는 과도한 이미지 영역을 줄여 사용자에게 전달할 수 있습니다.
확장 API 및 데브옵스 지원
Gcore CDN은 인프라 자동화를 보완하고 강화할 준비가 되어 있습니다.
확장 API를 사용하면 일반 운영에 영향을 주지 않고 CDN의 이점을 누릴 수 있습니다.
제품 문서로 이동 → { "cname": "cdn.example.com","originGroup": 132,"origin": "example.com","secondaryHostnames": ["first.example.com","second.example.com"],"le_issue": true,"description": "My resource" } 
기본 제공 웹 보안
- SSL/TLS 암호화
- 고급 액세스 정책
- L3, L4, L7 DDoS 방어
- 차세대 WAF
정적 및 동적 콘텐츠 보호
DNS 영역을 권한 있는 네임서버에 위임하면 CDN 효율성이 향상되고 네트워크(L3) 및 전송(L4) 계층에서 DDoS 공격에 대한 정적 및 동적 콘텐츠 보안이 강화됩니다.
자세히 알아보기 →최근 사례 연구더 많은 사례 연구
Leonardo AI delivers high-speed, global content creation with Gcore AI services
Leonardo.Ai helps creators turn ideas into stunning AI-generated content in seconds. Headquartered in Australia and now part of Canva, the company gives game developers, designers, and marketers powerful tools to generate and refine images, videos, and creative assets in real time.As James Stewart, DevOps Engineering Manager at Leonardo.Ai explains, the team’s top priority is speed. Their north-star value is “go fast”, taking ideas to prototype and release at an impressive pace. But delivering that kind of speed at scale takes serious GPU infrastructure and deep levels of expertise around orchestration.Seeking speed, scale, and infrastructure maturity under pressureDelivering AI speed at scale for customers worldwide requires powerful, on-demand GPU inference infrastructure. Early on, Leonardo found that limited GPU availability and high cost were bottlenecks.GPUs make up a significant part of our operating costs, so competitive pricing and availability are crucial for us.James Stewart, DevOps Engineering Manager, Leonardo.AiWith big growth goals ahead, Leonardo needed an efficient, flexible GPU provider that would support their plans for speed and scale. They looked at AI providers from global hyperscalers to local GPU services. Some providers looked promising but had no availability. Others offered low prices or easy access (no long-term commitment) but were missing essential features like private networking, infrastructure-as-code, or 24/7 support.Cheap GPUs alone weren’t enough for us. We needed a mature platform with Terraform support, private networking, and reliable support. Otherwise, deployment and maintenance become really painful for our engineers at scale.James Stewart, DevOps Engineering Manager, Leonardo.AiFortunately, they found what they were looking for in Gcore: solid GPU availability thanks to its Northern Data partnership, a fully-featured cloud platform, and genuinely helpful technical support.We chose Gcore for overall platform integration, features, and support. Compared to some of the less capable GPU providers we’ve utilized, when using Gcore our engineers don’t need to battle with manual infrastructure deployment or performance issues. Which means they can focus on the part of the job that they love: actually building.James Stewart, DevOps Engineering Manager, Leonardo.AiFinding a flexible provider that can meet Leonardo’s need for speedLeonardo AI needed infrastructure that wouldn’t slow innovation or momentum. With Gcore, it found a fast, flexible, and reliable AI platform able to match its speed of development and ambition. Leonardo chose to run their inference on Gcore GPU Cloud with Bare Metal, offering isolation, power, and flexibility for their AI workloads. Their demanding inference workloads run on current-gen NVIDIA H100 and A100 GPUs with zero virtualization overhead. This means their image and video generation services deliver fast, high-res output with no lag or slowdowns, even under the heaviest loads.On-demand pricing lets Leonardo AI scale GPU usage based on traffic, product cycles, or model testing needs. There’s no overprovisioning or unnecessary spending. Leonardo gets a lean, responsive setup that adapts to the business’ scale, coupled with tailored support so their team can get the most out of the infrastructure.We push our infrastructure hard and Gcore handles it with ease. The combination of raw GPU power, availability, fast and easy provisioning, and flexible scaling lets us move as fast as we need to. What really sets Gcore apart though, is the hands-on, personalized support. Their team really understands our setup and helps us to optimize it to our specific needs.James Stewart, DevOps Engineering Manager, Leonardo.AiDelivering real-time creation with top-tier AI infrastructurePartnering with Gcore helps Leonardo to maintain its famously rapid pace of development and consistently deliver innovative new features to Leonardo.Ai users.With Gcore, we can spin up GPU nodes instantly and trust that they’ll work reliably and consistently. Knowing that Gcore has the capacity that we need, when we need it, allows us to quickly and confidently develop new, cutting-edge features for Leonardo customers without worrying whether or not we’ll have the GPUs available to power them.James Stewart, DevOps Engineering Manager, Leonardo.AiThe team now uses Terraform to provision GPUs on demand, and containerised workflows to “go fast” when deploying the suite of Gcore AI services powering Leonardo.Ai.Powering global AI creativityGcore GPU Cloud has become part of the backbone of Leonardo AI’s infrastructure. By offloading infrastructure complexity to Gcore, the Leonardo AI team can stay focused on their customers and innovation.Our partnership with Gcore gives us the flexibility and performance to innovate without limits. We can scale our AI workloads globally and keep our customers creating.James Stewart, DevOps Engineering Manager, Leonardo.AiReady to scale your AI workloads globally? Discover how Gcore’s AI services can power your next-generation applications. Find out more about GPU Cloud and Everywhere Inference, see how easy it is to deploy with just three clicks, or get in touch with our AI team for a personalized consultation.
Funcom delivers the successful launch of Dune: Awakening in South America with Gcore
Founded in 1993, Funcom is a leading developer and publisher of online multiplayer and open-world games. Known for its rich storytelling and immersive universes, Funcom has developed acclaimed titles like Conan Exiles, The Secret World, and Anarchy Online. With its latest and most ambitious project, Dune: Awakening, Funcom is building an expansive open-world multiplayer survival game on a massive scale set in the iconic sci-fi universe of Dune.Launching Dune: Awakening with low-latency performance for South American playersIn preparation for the global launch of Dune: Awakening, Funcom faced a critical challenge: delivering a smooth, high-performance multiplayer experience for players in South America, a region often underserved by traditional infrastructure providers.With a large and passionate LATAM player base, the stakes were high. Funcom needed to deploy compute-intensive workloads capable of powering real-time gameplay and matchmaking with minimal latency, all while providing resilience against potential DDoS attacks during the launch window.Choosing Gcore for high-frequency compute power and managed orchestrationTo meet these infrastructure demands, Funcom partnered with Gcore to deploy:Bare Metal Servers configured with AMD Ryzen 9 9950x CPUs for high single-threaded performanceManaged Kubernetes clusters to orchestrate scalable multiplayer backend services on bare metal serversBuilt-in advanced DDoS Protection to secure critical launch infrastructureThe robust presence of Gcore in Latin America, supported by its global backbone and edge PoPs, made it possible for Funcom to deliver a high-quality experience to South American players comparable to what’s typically available in North America or Europe.The Gcore infrastructure in South America is purpose-built to support latency-sensitive workloads like online multiplayer gaming. With multi-terabit capacity in São Paulo, participation in IX.br (the region’s largest internet exchange), and private peering agreements with major ISPs such as Claro and TIM, Gcore ensures stable, low-latency connectivity across the region. Crucially, DDoS mitigation is handled locally, eliminating the need for long-haul traffic rerouting and enabling faster, more reliable protection at scale.The ability to directly deploy high-frequency bare metal nodes in the region has been a cornerstone of our South American launch strategy. Gcore allows us to reach players in regions where performance at this level is not usually possible.Stian Drageset, CFO & COO, FuncomGuaranteeing smooth operations with Kubernetes and low-latency infrastructureWith Gcore Managed Kubernetes, Funcom was able to dynamically manage containers across a cluster of powerful bare metal nodes, crucial for maintaining game state, matchmaking, and multiplayer interactions in real time. This setup enables flexible scaling in response to player demand, whether it spikes on launch day or ramps up as more players join.Thanks to Gcore’s managed services, our team can focus on game logic and player experience, not orchestration or hardware.Rui Casais, CEO, FuncomProving performance at scale during beta—and beyondAnticipation was already high leading up to the launch. During the invite-only beta weekend in May 2025, the game attracted nearly 40,000 concurrent players—a strong early signal of the momentum behind the title. Behind the scenes, Gcore supported Funcom with high-performance Bare Metal servers and Managed Kubernetes to provide uninterrupted performance at scale during this critical milestone. That success laid the groundwork for a smooth and stable full launch in South America.Monitoring results post-launchAs Dune: Awakening prepared for its launch, Funcom and Gcore closely monitored infrastructure performance and prepared for a high-concurrency environment. Post-launch data included:Reached the top ten most-played games on Steam globally within 24 hours of launch, climbing to number two within the first weekPeak of 142,000 concurrent players in the first couple of days, and 189,000 by the end of the weekExpanding into underserved gaming regionsThis deployment showcases how Gcore’s infrastructure helps game studios expand into emerging regions like South America, where consistent low-latency, high-frequency compute has traditionally been harder to access.South America is often seen as a “blue ocean” market in the gaming industry—vast, underserved, and perceived as difficult to serve due to infrastructure limitations. With a population of over 400 million, the region holds immense potential. Gcore makes it easy for publishers like Funcom to unlock that opportunity, delivering a seamless experience to players across LATAM without compromise.Gcore’s ability to deliver high-frequency compute in South America gives us a real advantage in reaching players where latency and infrastructure have long been challenges for online multiplayer gaming.Stian Drageset, CFO & COO, FuncomPowering next-gen multiplayer survival games globallyBy choosing Gcore Bare Metal servers and Managed Kubernetes, Funcom is positioned to deliver a high-performance multiplayer experience to players in South America and beyond. The flexibility of Gcore infrastructure ensures optimal resource usage, rapid scaling, and reliable DDoS protection—foundational components for a smooth multiplayer survival game launch.Scale your multiplayer experience—everywhereLooking to launch your next multiplayer title in regions others can’t reach? Gcore offers flexible, high-performance infrastructure tailored for real-time gaming. Contact us to learn more about how we can help you reach every corner of the globe.Contact us
Saber delivers record-breaking launch for Warhammer 40,000: Space Marine 2 with Gcore
Founded in 2001, Saber Interactive is renowned for developing games across major platforms. Their portfolio includes hugely popular titles like Warhammer 40,000: Space Marine 2, World War Z, SnowRunner, and RoadCraft. With a commitment to delivering exceptional gaming experiences, Saber continually pushes the boundaries of game development and innovation.Preparing for massive player surges during a hotly anticipated title launchIn September 2024, Saber prepared to launch Warhammer 40,000: Space Marine 2, one of the most eagerly awaited releases in the franchise's history. Given the overwhelming excitement surrounding the game, the team anticipated an enormous surge in player activity, particularly during launch week. Achieving a smooth and uninterrupted experience for millions of players requires careful planning—choosing the right infrastructure was critical to preventing performance bottlenecks, latency issues, or downtime.For the launch of Space Marine 2, Saber developed Hydra, an advanced multiplayer game services middleware that enables cross-platform play, matchmaking, and dedicated server management. This proprietary technology allows for a hybrid approach to server hosting, combining bare-metal servers with cloud-based infrastructure to handle peak concurrent user (CCU) demands efficiently. Saber needed to select the optimal infrastructure providers that could integrate with Hydra’s architecture and deliver reliable performance with low latency and fast load times, leveraging edge delivery.During our major game launches, we see a substantial increase in concurrent players, requiring robust server support to maintain optimal performance and the best gaming experience for our players.Janna Goranskaya, Head of Business Development CIS&EE, Saber InteractiveDeploying 300+ bare metal servers and high-performance virtual machines for a seamless global launchTo meet the launch demand and deliver a smooth experience, Saber turned to Gcore as their primary provider for bare metal servers in most regions worldwide, continuing a trusted partnership from previous game releases like World War Z. Gcore provided over 300 bare metal servers optimized for the most latency-sensitive workloads, delivering minimal lag and uninterrupted gameplay. High-performance virtual machines complemented this foundation by supporting additional gaming infrastructure, including testing and development environments.Hydra enabled Space Marine 2 to dynamically utilize this hybrid infrastructure, orchestrating resources efficiently between Gcore Bare Metal and cloud services to address fluctuating player demands while maintaining seamless cross-platform multiplayer experiences. Built-in DDoS protection—available by default for both bare metal and virtual machines from Gcore—played a critical role in safeguarding Saber’s game servers from malicious attacks, supporting a secure and stable launch.Gcore’s extensive range of bare metal configurations allowed us to select the ideal setup for each workload, providing maximum performance across all aspects of our game infrastructure. Their ability to customize servers to meet the specific requirements of our game engine was essential in optimizing performance and delivering a seamless experience for players worldwide.Kirill Igumnov, Lead Backend Infrastructure Developer at Hydra Team, Saber InteractiveFlexible and scalable server solutions for ultimate efficiencyThe Gcore pay-as-you-go model with hourly billing for bare metal servers offered Saber the flexibility to scale server usage in line with player demand. During the initial launch phase, server capacity was ramped up to accommodate the influx of players, with the ability to scale down as demand normalized over time.The flexibility of Gcore Bare Metal servers allowed us to manage resources efficiently, scaling up during peak times and reducing capacity as needed without long-term commitments. This is perfect for the fluctuating demands of a new title launch during its first weeks.Dmitri Brevdo, Head of Game Services, Saber InteractivePowering a record-breaking game launchWith Gcore support, Saber successfully launched Space Marine 2, which set new franchise records with over 400,000 concurrent players. The robust hybrid server infrastructure enabled a seamless experience for players worldwide, even during peak usage periods. The game attracted more than two million players within the first few days of its release.Our Hydra platform integrated seamlessly with Gcore’s infrastructure, giving us the perfect combination of performance and flexibility. The Gcore global network allows us to deploy servers exactly where our players are, providing minimal latency and a smooth gaming experience.Vladislav Nazaruk, Senior Backend Developer at Hydra Team, Saber InteractiveCelebrating six years of collaborationOver the past six years, Saber and Gcore have cultivated a strong partnership focused on flexibility, trust, and performance.Our long-standing relationship with Gcore has been pivotal in our ability to deliver high-quality games to a global audience. Their dedication to innovation and performance aligns perfectly with our commitment to gamer experience.Janna Goranskaya, Head of Business Development CIS&EE, Saber InteractiveBy choosing Gcore as the main provider of bare metal servers for integration with their Hydra middleware’s hybrid approach, Saber has effectively managed the challenges of several large-scale game launches. Powered by high-frequency CPUs/vCPUs, these servers provide the dedicated compute resources needed for latency-sensitive applications, guaranteeing optimal performance and stable connections for real-time gaming experiences. This partnership has resulted in seamless performance during peak periods, contributing to the success and popularity of their titles.Achieving seamless, scalable, and successful game launches with GcoreBy leveraging an extensive global network with 180+ points of presence (PoPs) and continuously evolving to deliver cutting-edge infrastructure, Gcore is well-equipped to meet the gaming industry’s demands and pace of innovation, no matter the use case.If you’re looking for high-performance, flexible infrastructure that can scale with your plans, contact us to talk through your bare metal or virtual machine needs.Contact us
Riga Technical University accelerates genomic research with Gcore GPU Cloud
We saw a 95% reduction in processing time, but more than speed, we also gained flexibility. We could scale from 2 to 8 GPUs instantly, and because usage was on-demand, we only paid for what we needed.Andris Locāns, Head of RTU HPCCompany backgroundRiga Technical University High-Performance Computing Center (RTU HPC) is Latvia’s largest supercomputing resource provider, supporting scientific and technological advancements across the Baltic region. RTU HPC has collaborated with multiple research institutions, including the Latvian Biomedical Research and Study Centre (BMC), a leader in molecular biology and biomedical research. BMC’s genomic research focuses on analyzing thousands of human genomes as part of European initiatives.Accelerating AI-powered genomic processing without compromising controlGenomic research is essential for understanding human health and disease origins, but like any activity that requires sizeable data-set processing, its computational demands are immense. In Latvia, the Riga Technical University High Performance Computing Center (RTU HPC) is leading a shift from traditional scientific computing toward an AI-first model of innovation.Working alongside the Latvian Biomedical Research and Study Centre (BMC), the team set out to solve a critical challenge: rapidly process thousands of human genomes using AI, without losing time or control to hardware bottlenecks or foreign cloud vendors.Essentially, what we wanted was to accelerate variant calling, the computational process of identifying genetic variations.Edgars Liepa, Scientific Assistant, BMCTraditional CPU-based computing often struggles with large-scale genome sequencing and analysis, leading to extended processing times. As a result, the RTU HPC faced several key challenges:The need for faster genome sequencing to support biomedical research.High compute requirements for analyzing large datasets efficiently.The difficulty of sourcing high-performance GPU hardware within a short timeframe.Ensuring cost-effective and scalable computing solutions without major upfront investments.GPU-as-a-service (GPUaaS) for genomic researchRTU HPC turned to Gcore, provisioning Cloud GPUs for immediate access to high-performance computing. Instead of waiting months for on-premises GPU hardware, they gained on-demand access to NVIDIA’s most advanced GPUs—including the H100, designed for AI inference at scale, and located on Gcore’s European cloud infrastructure.“We didn’t want to offload sensitive health data to platforms outside our legal jurisdiction,” Andris Locāns, Head of RTU HPC explains. “Gcore extensive infrastructure enabled us to maintain data sovereignty and compliance by keeping our data in-region, while still delivering the AI acceleration we needed.”This immediately unlocked the following benefits for the team:Instant access to powerful GPUs: Avoiding long procurement cycles for physical infrastructure.Scalability & cost-efficiency: Gcore’s pay-as-you-go model allowed RTU HPC to allocate resources flexibly based on research demands.Data sovereignty: Ensuring genomic data remains within a secure, compliant cloud infrastructure in the Baltic region.Optimized performance: Benchmarking multiple GPU configurations (V100, A100, L40S, H100) for genomic analysis with NVIDIA Clara Parabricks software.“With Gcore, we had near-instant access to compute that would have taken us six months to deploy internally,” says Edgars Liepa, Scientific Assistant at BMC. “That completely changed the pace of our work.”Benchmarking performance for maximum efficiencyRTU HPC and BMC collaborated with Gcore to conduct extensive performance tests on various GPU configurations. By leveraging Cloud GPUs, they identified optimal setups for accelerating genomic workflows.Comparison of CPU vs. GPU: Genome sequencing that previously took over 650 minutes on CPUs was reduced to under 30 minutes with GPU-powered processing.Testing NVIDIA GPUs: Experiments with GPU configurations provided insights into computational efficiency, with findings indicating that scaling up GPUs did not always equate to faster processing.Future discussions with NVIDIA: Gcore’s collaboration enabled further optimizations in GPU usage for genomic analysis.A comparison of CPU and GPU computing times: while CPU processing time exceeded 650 minutes, it could be significantly reduced to under 30 minutes for all tested configurations when using fq2bam H100Faster, scalable, and cost-effective genomic researchNVIDIA H100 GPUs, provided as-a-service by Gcore, delivered graphics processing units with a compute performance that is revolutionizing cloud infrastructure. They are also specifically designed with the power required for high-performance computing tasks such as computational genomics. “It was important for us to see how fast inference runs on the H100,” says Edgars Liepa, “We didn’t customize the model but instead used one developed by NVIDIA, which was already well suited for our task.”The collaboration between RTU HPC, BMC, and Gcore delivered significant benefits to the research program, including:Significant reduction in processing time: Variant calling tasks were completed up to 50x faster.Cost savings with on-demand GPUs: Eliminating upfront hardware investments while optimizing computing costs.Scalable infrastructure: The ability to dynamically allocate resources based on real-time needs.Data sovereignty and security: Genomic data was processed within a compliant, secure cloud environment.The measured processing times of the tested H100 GPUs in detail: the processing time ranged from 13 minutes for haplotypecaller H100 with 2 GPUs used to just under 90 minutes for Deepvariant H100 with 8 GPUs used, indicating that GPU overhead can slow down the processing time when the effective memory limit is reached“It’s not just about going faster,” Liepa adds. “It’s about enabling analysis at a national scale. The AI models are there—but without the right compute power, they’re just theory.”Advancing high-performance genomics in the Baltics and beyondBy leveraging Gcore’s Cloud GPUs, RTU HPC has established a model for scalable, cost-effective genomic research, and this is only the beginning. Now that the speed and flexibility has been proven on genomics processing, RTU HPC plan to broaden AI applications even further.Wider adoption of Cloud GPUs in genomics: RTU HPC is considering Cloud GPUs expansion for broader research applications.Future collaboration with Gcore: Optimization of GPU configurations will continue, and RTU HPC plans to explore AI Inference opportunities with Gcore Everywhere Inference for genomic workloads.Global implications: BMC’s work with the 1+ Million Genomes Project, an EU-wide initiative to make genomic information more accessible for diagnosis and treatment, contributes to international research efforts.The benchmark test results for H100 GPUs using 2, 4, or 8 GPUs: fq2bam and haplotypecaller achieved the shortest processing times on average and comparatively consistent results across 2, 4, and 8 GPUsPioneering AI-powered genomics with sovereign cloud infrastructure“This is the future of AI in healthcare: fast, flexible, sovereign,” says Liepa. “Gcore gave us the infrastructure to make it real—not just for today, but for what comes next.”As AI continues to transform life sciences, the ability to combine cutting-edge GPU performance, regional data compliance, and on-demand scalability is emerging as the key to competitive advantage—not just for companies, but for countries.“We’re proud to support Latvia’s vision for AI-powered genomics,” says Vsevolod Vayner, Product Director of Edge & AI Cloud at Gcore. “This project is a blueprint for how nations can lead in biotech innovation without giving up digital sovereignty.”Find out more about how Gcore Cloud GPUs can enhance your high-performance computing projects.Try Gcore Cloud GPUs
Gcore를 신뢰하여 비즈니스 및 인프라를 강화하는 고객사
사용 후기 및 성공 사례
알비온 온라인과 같은 MMO 게임의 성공을 위해서는 안정적이고 빠른 응답이 가능한 호스팅 파트너를 확보하는 것이 중요합니다. 지코어는 바로 그런 서비스를 제공합니다. 게임에 고급 DDoS 보호 솔루션을 구현하든, 개별 플레이어의 연결 문제를 해결하든, Gcore 기술자들은 24시간 내내 저희 곁을 지켜주었습니다. 항상 도움이 되고 전문적이며 헌신적이었습니다.
David Salz
보안과 확장성을 위해 고객 동영상 전송을 평판이 좋은 CDN 제공업체에 맡기기로 바로 결정했습니다. Gcore의 인프라를 선택했고 후회하지 않습니다.
Nathan Ihlenfeldt
방문자에게 콘텐츠를 빠르게 전달할 수 있기를 원하는데, Gcore는 이를 훌륭하게 수행합니다.
Ethan Cheong