通过风河实现主权云：边缘的控制、合规和信心

Organizations have much to do to navigate the complexities of cloud adoption. Sovereign clouds have emerged as acritical requirement, especially in sectors such as defense, aerospace, public safety, healthcare, and financial services. It is no longer enough to consider only where data resides (traditional sovereignty). Organizations must also payattention to where data is processed, whether in centralized data centers, regional facilities, or at the edge. This expan- THE NEW DIMENSION OF SOVEREIGNTY Traditional cloud sovereignty focused on where data was stored, to ensure that it stayed within legal and jurisdictionalboundaries. In today’s distributed, edge-driven world, sovereignty also addresses where data is processed and where Data increasingly resides in factories, telco base stations, defense installations, or mobile platforms. The data may beprocessed locally to meet latency, bandwidth, or operational requirements. It’s all part of a larger wave of innovation thatcomes from the edge, where processing increasingly takes place close to the data source. Sovereignty must extend This creates a new set of sovereignty challenges: •Inference sovereignty:AI models running at the edge may process sensitive datasets. Regulations may requirethat these models and their outputs remain fully under local control. •Operational sovereignty:Autonomous edge operations must comply with local laws even when those operations •Telemetry sovereignty:Metadata sent to centralized systems could reveal sensitive operational details if not This evolution requires a granular, tiered approach to sovereignty. Organizations must decide: •Which workloads must remain•Which datasets can be aggregated or•Which processing stages can In short, sovereignty spans both data residency and processing locality. It demands technology that enforces policy at everynode, ensures secure workload placement, and provides transparent governance across a massively distributed footprint. WHAT TO LOOK FOR IN A SOVEREIGN CLOUD Once an organization accepts the notion of adopting sovereign clouds, it’s important to create a checklist of solution •Complete data residency:All compute, storage, andcontrol functions run locally, ensuring that data does not •Distributed architecture:Look for regional isolationand operational autonomy, which are ideal for •Processing locality:Workloads can be executed entirelyonsite, ensuring that sensitive data never needs to travel •Open interfaces:Open systems enable integrationof third-party GPUs, storage, and services for full- •Predictable performance:Avoid over-provisioning,to meet real-time requirements and lower total costof ownership. •Scale at any footprint:The organization can manage asingle environment, from a single autonomous edge siteto thousands of geographically distributed nodes. •Consistent operational experience:Unified lifecyclemanagement, security, and orchestration policies are WIND RIVER: BUILT FOR SOVEREIGNTY Enterprises and governments are turning to private and hybrid cloud solutions that enable regional autonomy without com-promising performance or scalability. Wind River answers this call with its commercially hardened cloud stack. Our options Wind River’s cloud infrastructure solutions are designed for sovereign deployments—both in the traditional sense ofdata residency and in processing locality at the edge. We enable customers to enforce sovereignty policies not only overwhere their data resides but also over where and how it is processed, analyzed, and acted upon. This dual focus ensures Wind River®Cloud Platform (a StarlingX distribution), Wind River Conductor, and Wind River Analytics together providethe backbone for secure, resilient, and sovereign cloud foundation. Our mission is to equip cloud builders with the tools,interfaces, and control mechanisms needed to design their own sovereign solutions—delivering full data awareness,lifecycle transparency, and compliance flexibility. The open source–based cloud platform built on StarlingX, Kubernetes, WIND RIVER CONDUCTOR: ZERO-TOUCH CONTROL ACROSS REGIONS Wind River Conductor provides centralized orchestration and automation across multi-cloud and multi-site environ-ments while preserving local control and compliance, making it an essential tool for managing sovereignty at scale. Inconjunction with Cloud Platform, the solution permits separation of workloads and data domains through logical isola- For sovereign deployments, Conductor’s architecture supports: •Region-based isolation:Enforce policies and deployments specific to geographic or regulatory domains.•Processing placement policies:Define exactly where workloads run based on compliance, latency, or security requirements. WIND RIVER ANALYTICS: IN-REGION INSIGHTS AND COMPLIANCE MONITORING Sovereign environments require full visibility—not just into where data is stored and processed but also into how it flows, Wind River Analytics offers real-time and historical