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Cloud infrastructure provider Vultr has announced the integration of AMD’s new EPYC 4005 Series processors into its platform, positioning itself among the first in the industry to deploy the latest chips. The move aims to deliver high-performance, enterprise-grade computing at an affordable price point, especially for expanding businesses and hosted IT service providers seeking efficient and scalable infrastructure. The AMD EPYC 4005 Series processors represent the latest addition to AMD’s EPYC lineup, tailored to serve workloads that demand performance and energy efficiency without the complexity or high cost often associated with data center deployments. Designed with up to 16 simultaneous multithreading (SMT) cores and support for DDR5 memory, the chips offer streamlined memory and I/O capabilities, enabling reliable operation for business-critical applications in compact, cost-conscious environments. Vultr CEO J.J. Kardwell emphasized the importance of balancing cost and capability in today's cloud ecosystem. "Our mission is to provide cutting-edge infrastructure with unbeatable price-to-performance value. The AMD EPYC 4005 Series brings exactly what modern businesses need - speed, scalability, and energy efficiency - delivered in a way that supports innovation and sustained growth." The rollout includes the AMD EPYC 4245P and 4345P chips as part of Vultr’s expanding Bare Metal offerings. Additionally, the 4345P will feature in Vultr’s High Frequency Compute (HFC) instances, appealing to businesses requiring fast clock speeds and access to NVMe storage for latency-sensitive workloads. According to Derek Dicker, Corporate Vice President of AMD’s Enterprise and HPC division, the EPYC 4005 Series was designed in close alignment with system partners like Vultr. “With our Zen 5 architecture and a targeted feature set, the EPYC 4005 enables customized and cost-effective infrastructure solutions suited for hosting providers and scaling enterprises,” Dicker noted. This integration extends Vultr’s broader portfolio of AMD-based offerings, which also includes the EPYC 7003 and 9004 Series processors, as well as AMD’s Instinct MI325X and MI300X GPUs. AMD is a key member of the Vultr Cloud Alliance, a coalition of technology partners collaborating on modular and integrated cloud computing solutions. As demand grows for accessible, enterprise-grade compute power across sectors - from software development to IT hosting - Vultr’s adoption of the EPYC 4005 Series reflects an industry-wide push toward more efficient, flexible, and budget-friendly infrastructure options tailored for modern digital businesses.

Being one of the first public-cloud platforms to guarantee volume access to AMD's new flagship accelerator when production units start shipping in the third quarter, cloud infrastructure provider Vultr has started its reservation queue for the upcoming Instinct MI355X GPU. This week's announcement of the pre-order program puts Vultr in a position to meet demand from developers and businesses who have had difficulty securing capacity due to a worldwide lack of high-performance AI silicon. The main component of AMD's fourth-generation CDNA architecture is the MI355X. In order to minimize inter-GPU communication overhead and keep huge transformer models resident in memory, each board has 288 GB of next-generation HBM3E memory and maintains an on-package bandwidth of 8 TB/s. Along with FP8 and FP16, developers may now exchange arithmetic accuracy for significant throughput benefits during both training and inference thanks to support for the new ultra-low-precision FP4 and FP6 data types. Early-Access Clusters in New Jersey and Amsterdam AMD is aiming for liquid-cooled racks for the component, recognizing that operators want tighter, more efficient footprints to control power costs and that contemporary accelerators are pushing the thermal boundaries of air-cooled data centers. Prior-generation Instinct MI300X and MI325X GPUs are already fielded by Vultr, and they are paired with AMD EPYC 7003 and 9004 series CPUs. The new EPYC 4005 ‘Turin’ CPUs and the MI355X will fit into that stack, according to Vultr CEO J.J. Kardwell, providing clients with a single-vendor CPU–GPU route linked via AMD's Infinity Fabric. Before expanding the hardware to other locations later in the year, the business intends to launch early-access clusters in its main New Jersey and Amsterdam areas. Although Vultr's product team has not yet revealed pricing, early adopters will get discounted credits and a guaranteed upgrade route when additional capacity becomes available online. Independent clouds like Vultr are seen by AMD as an essential distribution channel. Tens of thousands of AI start-ups that are unable to get allocations from the major three platforms are served by smaller regional providers, while hyperscale operators - such as Oracle, who just committed to a 30,000-GPU cluster based on the same silicon - make headlines. Next-Gen AI Infrastructure "AMD MI355X GPUs are designed to meet the diverse and complex demands of today’s AI workloads, delivering exceptional value and flexibility," added Kardwell. "As AI development continues to accelerate, the scalability, security, and efficiency these GPUs deliver are more essential than ever. We are proud to be among the first cloud providers worldwide to offer AMD MI355X GPUs, empowering our customers with next-generation AI infrastructure."  Although third-party benchmarks have not yet confirmed AMD's claims, early performance figures from its recent Advancing AI briefing indicate the MI355X offers a 40 percent tokens-per-dollar advantage over NVIDIA's liquid-cooled Blackwell B200 and a roughly four-fold generational leap in inference throughput. To facilitate the transition for engineers with CUDA training, the accelerator will come with ROCm 6, AMD's open-source software stack. The latest version includes optimized kernels for PyTorch 2.3, ONNX Runtime integration, and mixed-precision libraries tuned for FP4 and FP6.  Supply shortages are still a wild card, according to analysts. The MI355X depends on state-of-the-art interposers and TSMC's sophisticated HBM3E packaging capability, both of which are in low supply throughout the industry. Nevertheless, Vultr officials say they are optimistic that they will start generating client cases by the end of September, with "meaningful" scaling coming in the fourth quarter when more wafers are produced. The Vultr offer is an early test of AMD's ability to convert semiconductor specs into easily accessible cloud capacity for business purchasers considering alternatives to established Nvidia infrastructure. The launch may be a significant step toward a more competitive and varied AI computing market if the Miami-based company can fulfill its Q3 commitment.

India’s enterprise cloud ecosystem is set to expand with the launch of Airtel Cloud, a telco-grade platform developed by Xtelify, a wholly-owned subsidiary of Bharti Airtel. Initially built to support Airtel’s internal operations - managing up to 1.4 billion transactions per minute - the platform is now being offered to Indian enterprises.  Designed to deliver scalable, secure, and AI-driven cloud infrastructure, Airtel Cloud positions itself as a sovereign, vendor-agnostic solution aimed at addressing the rising demand for localized, high-performance computing across industries. Airtel Cloud offers a full stack of cloud services, including Infrastructure-as-a-Service (IaaS), Platform-as-a-Service (PaaS), and enhanced connectivity capabilities. Hosted in next-generation, sustainable data centers, the platform features GenAI-based provisioning and operations support from 300 certified cloud experts. Airtel emphasizes that the platform is vendor-neutral, ensures seamless workload migration, reduces total cost of ownership, and adheres strictly to data sovereignty requirements by keeping all operational control and data within India’s borders. Alongside Airtel Cloud, Xtelify has launched a suite of AI-powered software solutions designed specifically for the telecom sector. These include an analytics engine, a workforce optimization tool, and a customer experience platform - all intended to streamline operations, reduce customer churn, and increase average revenue per user (ARPU). The goal is to give telecom operators a converged, cloud-native stack to manage everything from infrastructure to real-time customer interactions. To support global deployment, Xtelify has partnered with telecom operators across three regions. In Singapore, Singtel will adopt “Xtelify Work,” a productivity-focused platform that provides real-time tracking, automated dispatch, and governance tools for its field operations. Singtel’s CEO, Ng Tian Chong, noted that the solution would help improve service delivery, reduce emissions, and optimize engineer deployment. In the Philippines, Globe Telecom will implement “Xtelify Serve,” an AI-powered customer support platform designed to handle service requests more intelligently and empathetically. Globe President and CEO Carl Cruz emphasized that the platform aligns with the company’s mission to deliver transparent and responsive service across all channels. In Africa, Airtel Africa will integrate Xtelify’s Data Engine, IQ, and Work platforms across its 14-country footprint. The rollout will support use cases including fraud prevention, AI-driven insights, and secure omnichannel customer engagement. Group CIO Jacques Barkhuizen stated that the collaboration will bring meaningful digital transformation to millions of users across the continent. Airtel’s Shift to Digital Infrastructure Provider Gopal Vittal, Vice Chairman and Managing Director of Bharti Airtel, described the launch as a major milestone in the company’s evolution. “This is a pivotal moment as we take our world-class, homegrown platforms to Indian businesses and telecom operators globally,” Vittal said. He added that Airtel Cloud reflects years of experience managing over 590 million consumer interactions and solving complex telecom challenges at scale. Vittal also reinforced Airtel’s data sovereignty commitment, noting that Airtel Cloud’s operations and controls remain entirely within India, ensuring that no foreign entity has access to the platform’s infrastructure or customer data. The announcement marks Airtel’s transition from a telecom provider to a broader digital infrastructure player. With Airtel Cloud and Xtelify’s platforms, the company is aiming to deliver advanced, AI-ready cloud and software solutions to meet the rapidly evolving needs of enterprises and telecom operators - both in India and around the world.

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Amazon Web Services (AWS) has announced plans to invest A$20 billion (approximately US$13 billion) over the next five years to significantly expand its cloud computing and artificial intelligence (AI) infrastructure in Australia. The move marks AWS’s largest technology investment in the country to date and reinforces its long-term strategy of strengthening regional capabilities to meet rising global demand for advanced computing. The investment, scheduled to run from 2025 through 2029, will fund the expansion, operation, and maintenance of AWS’s Australian data center infrastructure, with a strong emphasis on supporting generative AI workloads and increasing server capacity. According to AWS, this will not only enhance Australia’s AI capabilities but also contribute to economic growth, technology innovation, and job creation, Australian Prime Minister Anthony Albanese praised the development on social media, calling it a “huge vote of confidence in the Australian economy” and a foundational step toward future-proofing the nation’s digital competitiveness. AWS also announced that it will support this infrastructure expansion with renewable energy commitments, including the development of three new solar farms in Victoria and Queensland. The company plans to source more than 170 megawatts of renewable energy capacity from these projects, contributing to its goal of achieving fully carbon-neutral operations. AWS has already surpassed its 2023 target of 100% renewable energy usage and remains the world’s largest corporate purchaser of renewable energy. The new infrastructure will build on AWS’s existing Australian presence, which began in 2012 with the opening of its first region in Sydney and later expanded to Melbourne in 2023. To date, AWS has invested over A$9.1 billion in the country and contributed significantly to the growth of the local cloud ecosystem, creating tens of thousands of direct and indirect jobs, particularly in data center operations and cloud-based IT services. Google Cloud, Microsoft Azure According to the Australian Department of Industry, Science and Resources, AI and automation could add up to A$600 billion annually to the country’s GDP by 2030. AWS’s expansion aligns closely with this projection, positioning the company as a key enabler of Australia’s digital transformation goals. It also comes as competition from other major cloud providers like Google Cloud and Microsoft Azure intensifies across the Asia-Pacific region. Beyond economic gains, AWS emphasized the environmental benefits of its cloud model. A recent study with Accenture showed that companies migrating AI workloads to AWS could reduce carbon emissions by up to 94% compared to traditional on-premises data centers. AWS’s strategy to pair its AI infrastructure growth with sustainable energy sourcing addresses mounting concerns around the environmental cost of energy-intensive technologies, including generative AI and large language models. Once operational, the three new solar projects will join AWS’s existing renewable energy assets in Australia, bringing the company’s total to eight such projects. Together, they are expected to generate approximately 1.4 million megawatt hours of clean electricity annually - enough to power nearly 290,000 Australian homes. With this investment, AWS further cements Australia’s role as a strategic regional hub for cloud computing and AI innovation while reaffirming its commitment to environmentally responsible growth.

French decentralized cloud computing startup PoliCloud has raised €7.5 million in a seed funding round led by Global Ventures, marking a significant step forward in the firm’s ambition to provide secure, sovereign cloud infrastructure alternatives to traditional hyperscale providers. The Cannes-based company, founded in 2025 by entrepreneur David Gurlé, is positioning itself as a disruptor in the increasingly critical domain of edge computing and data sovereignty. PoliCloud leverages custom-designed hardware and distributed computing software to operate micro data centers across local geographies, enabling organizations to access high-performance computing and encrypted storage without relying on centralized cloud systems. Its architecture is tailored to meet the growing demand for compliant, localized cloud services - especially among governments, municipalities, and enterprises looking to retain control over their data and minimize exposure to foreign jurisdictions. The system includes scalable GPU capabilities optimized for AI workloads and integrates strong encryption and edge computing principles to enhance both performance and security. With sovereignty, sustainability, and performance as its pillars, PoliCloud aims to offer a compelling alternative to global hyperscalers in a market increasingly shaped by regulatory constraints and environmental imperatives. Sovereignty, Security, Performance, Sustainability “This is a critical market need - combining sovereignty with security, performance, and environmental responsibility,” said founder David Gurlé. “Our edge computing model offers public and private sector clients a practical, high-performing solution that aligns with data localization and energy-efficiency goals.” Alongside lead investor Global Ventures, the round included participation from Paris-based OneRagtime, digital research institute Inria, Hong Kong’s MI8 Limited, and several private investors. The funding will be used to develop PoliCloud’s proprietary infrastructure, expand its team, and pursue international growth, with a particular focus on European public sector customers. Simon Sharp, Senior Partner at Global Ventures, emphasized the company's promise: “PoliCloud aligns with our vision of backing founders with bold ideas and global ambition. David’s team is building exactly the kind of infrastructure today’s digital economy demands.”

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As a leading international news platform covering the global cloud, hosting, and data center industries, HostingJournalist.com has hit a significant milestone today with the publication of the 30,000th editorial news article and over 28,000 videos across its digital channels. This achievement underscores the news platform’s continued commitment to delivering comprehensive, real-time industry coverage to a growing audience of IT professionals, decision-makers, and infrastructure providers worldwide. Since its launch in 2013, HostingJournalist.com has built a reputation as a reliable and insightful source of daily news, analysis, and interviews. The platform now serves readers in the US, Europe and Asia and has become a go-to destination for those following developments in cloud computing, colocation, edge computing, managed services, and data center operations. In the past year alone, HostingJournalist.com has expanded its contributor network, increased its coverage of emerging technologies including AI infrastructure, sustainable data center design, quantum computing, and much more. Self-Publish Press Releases, Videos, and More The 30,000 news article milestone and the addition of 28,000 videos to its multimedia catalog reflect HostingJournalist.com’s push to meet the evolving content preferences of a global B2B tech audience. From expert interviews, industry podcasts and event coverage to technical deep dives and executive commentary, HostingJournalist’s video content has become an essential component of its news delivery strategy. “Reaching 30,000 published articles and 28,000 videos is more than just a numbers game,” said Koen Stegeman, Editor-in-Chief HostingJournalist.com. “It signals the trust our readers and partners place in our journalism. As the cloud and infrastructure ecosystem grows more complex, our goal remains to inform and empower professionals with relevant, accurate, and timely information in every format they rely on.” HostingJournalist Insider Business Memberships HostingJournalist has complemented its editorial expansion with a revamped Insider Business Membership program, offering industry partners a dedicated directory listing and self-service access to the news site’s Global Tech Wire, Latest Videos, Upcoming Events, and other editorial sections. HostingJournalist Insider Business Members can upload press releases, blogs, videos, webinars, event notices and white papers from their user-friendly dashboard directly through the portal, its socials, and its 8,000+ recipient email newsletter, positioning branded content alongside the news platform’s independent reporting for heightened visibility within the global cloud, hosting and data-center community. “The HostingJournalist business membership allows us to put Servers.com content in front of a relevant global audience. It’s great knowing that our wider content marketing strategy is supported by a targeted platform that brings together industry experts and fellow professionals, including journalists.” - Swati Gupta, Senior SEO Manager at Servers.com “This content partnership with HostingJournalist Magazine strengthens our members’ advocacy." - Christian Dawson, co-founder & Executive Director of i2Coalition How to join Find below a 2-minute Guided Tour to give a quick impression on what content partners can achieve when becoming a HostingJournalist registered Insider member: https://HostingJournalist.com/guided-tour As a company active in the cloud, hosting, and data center sector, you’ll tap into an audience of 87,000+ unique visitors monthly, with an extensive geographic reach. Discover Insider membership benefits and plans: https://HostingJournalist.com/insider-self-publishing-service

Hybrid cloud architecture has emerged as a preferred strategy for enterprises seeking the agility of cloud computing combined with the control of on-premises systems. A hybrid cloud allows data and applications to move seamlessly between private cloud infrastructure, public cloud services, and on-premises environments. Hybrid cloud promises scalability, cost-efficiency, and operational resilience - three pillars essential for businesses navigating competitive and unpredictable markets. However, as with most technologies offering high reward, the path to a successful hybrid cloud deployment is riddled with complex challenges, particularly during the initial implementation phase. Organizations venturing into hybrid cloud models often encounter a blend of technical, regulatory, operational, and strategic obstacles. Among the foremost concerns is compliance with regional and industry-specific regulations. From Europe’s GDPR to the United States' HIPAA and globally recognized standards like PCI DSS, organizations must ensure that sensitive data is stored, processed, and transmitted according to strict legal frameworks. These requirements become more complex in hybrid environments, where data may reside across different jurisdictions and infrastructure layers. Inconsistencies in audit logs, unclear data residency, and unencrypted transmissions are frequent culprits of non-compliance. Addressing these issues requires robust encryption protocols, detailed audit trails, identity and access management (IAM), and strategic selection of region-specific cloud services. Data migration is another critical hurdle. Transferring workloads from on-premises systems to hybrid cloud environments is rarely a simple lift-and-shift exercise. Different systems have varying data formats, performance characteristics, and communication protocols. Without meticulous planning, migration efforts can result in application failures, data loss, and service downtime. Enterprises need detailed data mapping, middleware solutions like iPaaS for bridging incompatible systems, and comprehensive sandbox testing to validate migration strategies before full-scale execution. Optimizing workloads for performance and cost in their new cloud context is also essential to avoid inefficient resource utilization. SLAs, Knowledge Gap, Governance Service Level Agreements (SLAs), often treated as routine contracts, play a pivotal role in hybrid cloud deployments. Inadequate or poorly defined SLAs can leave organizations exposed to performance lags, data outages, or unaddressed security incidents. Clearly defined SLAs must include measurable performance indicators, explicit security obligations, remediation procedures, and penalties for non-compliance. Regularly reviewing and renegotiating SLAs ensures that contractual terms evolve in tandem with organizational needs and technology advancements. The knowledge gap within internal IT teams can also hinder hybrid cloud adoption. Operating across public, private, and on-premises infrastructures demands a multi-disciplinary skill set that spans cloud architecture, DevOps, security, and networking. When such competencies are lacking, businesses often turn to third-party vendors—introducing operational dependency and cost overhead. Addressing this deficit requires sustained investment in training programs, strategic hiring, and partnerships with managed service providers (MSPs). Equally important is institutionalizing knowledge transfer mechanisms to reduce reliance on external resources over time. Governance challenges arise when control and oversight mechanisms fail to keep pace with hybrid complexity. Inconsistent policy enforcement, fragmented management, and a reactive approach to security can all stem from inadequate governance. Effective governance frameworks must cover data security, compliance, operational control, and standardized policy implementation across environments. Centralized management platforms, continuous compliance monitoring, and role-based access control (RBAC) are foundational tools for ensuring governance at scale. Networking, Compatibility, Visibility & Control Compatibility issues frequently surface when disparate cloud and on-prem systems fail to integrate seamlessly. These issues often require custom connectors, create administrative complexity, and increase maintenance costs. Mitigating such problems begins with adopting uniform tools, APIs, and open standards across platforms. Middleware can provide a compatibility bridge, while regular integration testing ensures that evolving systems continue to communicate effectively. Visibility and control are often compromised in hybrid setups due to the dispersed nature of services and infrastructure. Without unified observability, performance bottlenecks, security gaps, and compliance blind spots can go undetected. A strategic approach involves implementing monitoring tools that offer granular insights into resource usage, system performance, and security events across the entire environment. Dashboards integrating data from various sources - using tools like Prometheus, Grafana, Splunk, or the ELK Stack - can offer IT leaders a single pane of glass view. Intelligent analytics and machine learning algorithms, as found in AWS GuardDuty or Azure Security Center, further enhance anomaly detection capabilities. Networking forms the circulatory system of a hybrid cloud, and any flaws in its architecture can severely impact performance, security, and connectivity. Poorly designed networks are prone to latency, configuration mismatches, and exposure to external threats. Building a robust hybrid cloud network starts with designing a topology that optimizes data flows, isolates critical assets through segmentation, and ensures secure communication via technologies like VPCs, NSGs, and direct connect options. Proper traffic management solutions must also be in place to optimize bandwidth use and minimize delays. Redundancy is essential for resilience, yet often neglected in early-stage hybrid cloud deployments. Without sufficient redundancy, system failures can escalate into full-blown outages, leading to data loss and significant business disruption. Enterprises need robust backup strategies, failover architectures, and multi-region deployments to ensure high availability. Disaster recovery plans, regularly tested through drills and simulations, must be integral to any hybrid cloud strategy. - story continues below the photo - Encryption, Cloud Provisioning, Vendor lock-in Security concerns pervade all layers of hybrid cloud environments, particularly as data moves across varied infrastructures. Data breaches, unauthorized access, and compliance violations are significant risks if security protocols are not harmonized across the hybrid stack. Organizations must apply strong encryption for both data at rest and in transit, implement intrusion detection systems (IDS), enforce strict IAM policies, and deploy multi-factor authentication (MFA). A well-structured incident response plan, supported by regular security audits and penetration testing, is critical to mitigating threats effectively. Efficient provisioning of cloud resources remains a balancing act. Over-provisioning inflates operational costs without delivering commensurate value, while under-provisioning can degrade performance and disrupt end-user experiences. The key lies in leveraging orchestration tools like Kubernetes and Docker Swarm, which dynamically manage resources based on demand. Predictive analytics and historical usage data should inform capacity planning, while cost management tools from major cloud providers can track spending, offer recommendations, and set alerts to prevent budget overruns. Auto-scaling functionality further allows organizations to adapt to workload variations in real time. Vendor lock-in is another strategic concern. Entrenching operations with a single cloud provider can limit flexibility, inflate costs, and restrict innovation. Porting workloads to alternative platforms may become prohibitively complex due to proprietary architectures and APIs. To prevent this, enterprises should adopt multi-cloud strategies that distribute workloads across providers, ensuring operational continuity and negotiation leverage. Building applications using open standards, containers, and microservices can enhance portability. Regular evaluations of cloud vendors help ensure alignment with evolving business needs and reduce dependency over time. As hybrid cloud adoption accelerates, businesses must recognize that success is not guaranteed by technology alone. It demands a cohesive strategy that aligns organizational goals with technical execution, anticipates integration challenges, and remains agile in responding to emerging threats and opportunities. Navigating this complexity requires more than a checklist - it calls for a cultural shift toward continuous optimization, cross-functional collaboration, and proactive governance. In doing so, organizations not only unlock the hybrid cloud’s full potential but also future-proof their infrastructure in an increasingly digital, distributed world.

SUSE, a global provider of enterprise open-source solutions, has launched a new service aimed at meeting the rising demand for digital sovereignty across Europe. The offering, called SUSE Sovereign Premium Support, is designed for organizations requiring a proactive, customized, and regulation-aligned approach to IT infrastructure management. With a focus on maintaining operational resilience and independence, the service supports both public and private sector clients navigating evolving European Union data regulations and geopolitical pressures. The launch comes as IDC reports that more than 80% of European organizations either currently use or plan to implement sovereign cloud solutions by 2025. This growing momentum reflects a broader industry shift toward stronger data governance, localized infrastructure, and minimized external risk - particularly in response to increasing geopolitical uncertainty. SUSE's Sovereign Premium Support provides enhanced data privacy, controlled access protocols, and EU-based service delivery. Support operations, including troubleshooting data storage, are confined to EU-based servers and networks, reinforcing compliance with EU regulatory standards. The service is staffed by Premium Support Engineers (PSE) and Service Delivery Managers (SDM) located within the European Union, offering clients local expertise and greater assurance over data residency and access. Compliance Issue vs Strategic Imperative The company has long maintained strong European roots while operating globally. This regional grounding, combined with deep open-source expertise, enables SUSE to meet complex sovereignty and compliance needs across sectors. SUSE’s existing customer base already includes defense and law enforcement entities, as well as public administration bodies that require the highest levels of compliance and operational security. SUSE CEO Dirk-Peter van Leeuwen emphasizes that the new support offering represents a natural evolution of SUSE’s existing approach. "Our SUSE Sovereign Premium Support reaffirms our commitment to delivering a resilient, future-proof IT infrastructure. It extends our philosophy of being open by design and sovereign by choice, which we’ve upheld for over three decades," he said. The aim is to offer clients the control they need over their data and operations without compromising on flexibility or innovation. The demand for services like SUSE Sovereign Premium Support is not limited to traditional regulated industries. According to IDC analyst Rahiel Nasir, organizations across all sectors are recognizing the value of digital sovereignty. “This is not just a trend among governments or critical infrastructure providers. We’re seeing broad interest in sovereignty options such as sovereign clouds, especially as companies begin new cloud journeys and factor in regulatory requirements from the outset,” he noted. Udo Wuertz, Fellow and CDO at Fsas Technologies Europe, echoed this sentiment, highlighting SUSE’s ability to deliver regionally tailored support. “SUSE has been a valuable partner on sovereignty solutions for years. Their deep understanding of European needs, combined with their EU-based support capabilities, allows us to jointly serve customers in a compliant and future-ready way.” As the 2025 milestone approaches, digital sovereignty is emerging not just as a compliance issue but as a strategic imperative. SUSE’s new offering appears well-positioned to meet the complex needs of a market shifting toward more localized, secure, and autonomous IT ecosystems.

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