Cloud for retail and logistics: secure, scalable, and sovereign

Retail is increasingly becoming a data-driven business. E-commerce, omnichannel strategies, digital customer services, and connected inventory management systems generate large volumes of data that must be processed quickly and securely. At the same time, customers expect always-on applications, fast response times, and a consistent shopping experience across all sales channels. Cloud computing helps retailers manage digital processes efficiently and deploy new applications with flexibility.

With T Cloud Public, retailers build a high-performance cloud infrastructure for e-commerce, omnichannel, and data-driven business models. Compute, storage, network, database, and container resources can be scaled on demand. Open cloud technologies, European data centers, and hybrid cloud architectures help organizations evolve existing IT infrastructures step by step and enable sustainable growth.

Logistics companies connect warehouses, vehicles, transfer points, supply chains, and customers and partners through numerous digital applications. At the same time, data volumes, transactions, and requirements for availability, transparency, and speed continue to rise. Large logistics centers may also be subject to KRITIS and NIS-2 requirements as critical infrastructure, which raises the bar for resilience, availability, and security.

Cloud computing helps logistics companies process data in real time, manage processes efficiently, and adapt applications flexibly to new requirements.

With T Cloud Public, logistics companies build a high-performance cloud infrastructure for modern supply chain processes. Compute, storage, network, container, and database resources can be provisioned flexibly and support cloud-based applications, IoT platforms, and data-intensive analytics. Open cloud technologies simplify the integration of existing IT infrastructures and partner solutions.

T Cloud Public provides compute power, storage, networks, databases, containers, and messaging services flexibly on demand. Organizations can centrally manage data, scale applications efficiently, and develop new digital services faster. European data centers and open technologies provide a secure foundation for modern logistics platforms and digital supply chain applications.

Comprehensive security measures and relevant certifications also support organizations in meeting regulatory requirements such as GDPR, NIS-2, and KRITIS.

Software vendors for retail and logistics are increasingly developing cloud-based platforms for CRM, ERP, process management, analytics, process mining, and AI. At the same time, customers are demanding greater data sovereignty, transparency, and control over their data. Modern software solutions therefore need to scale flexibly, integrate securely, and operate independently of any single cloud provider.

With T Cloud Public, software providers build a sovereign cloud foundation for digital platforms and SaaS offerings. Containerized architectures, Kubernetes, open APIs, and standardized interfaces enable the delivery of cloud- and platform-agnostic services. Existing hyperscaler strategies can be selectively extended with a sovereign cloud from Europe, making it easy to meet growing customer demands for data sovereignty.

T Cloud Public extends existing cloud environments with a sovereign cloud from Europe. Software providers can run sensitive data, AI services, and new digital platforms on a European infrastructure while continuing to use their existing hyperscaler environments. The result: modern SaaS offerings that combine data sovereignty, innovation, and technological independence.

No. T Cloud Public is a public cloud platform providing infrastructure and platform services, including compute, storage, networks, containers, databases, big data, AI, and backup and recovery services. Retail and logistics companies can run their own applications or partner software solutions on this infrastructure. However, T Cloud Public does not replace inventory management, shop, warehouse management, or transportation management software. Available all-in-one solutions on T Cloud Public can be found in the marketplace or identified with the help of expert support.

Suitable applications include data and analytics platforms, test and development environments, digital customer-facing applications, integration services, and cloud-based applications with fluctuating workloads. Whether a specific application should be migrated depends on its protection requirements, technical architecture, and dependencies on existing systems.

Modern cloud technologies make it possible to provision resources flexibly and scale applications efficiently during seasonal peak loads. This allows retail organizations to benefit from high availability and better utilization of their infrastructure.

Possible workloads include data platforms, IoT backends, interface and messaging services, analytics applications, development environments, and backup and recovery systems.

Time-critical applications or those tightly coupled to local systems require separate evaluation. A hybrid architecture may be more appropriate in such cases.

A hybrid cloud is suitable when established core systems are to remain on-premises or in a private cloud for the time being, while new applications, data analytics, or test environments are operated in the public cloud. Key success factors include clearly defined interfaces, secure network connections, and unified identity and access management.

This integrated architecture connects existing systems with modern cloud services and provides greater flexibility without requiring existing investments to be replaced.

A hybrid architecture can connect local warehouse, site, or edge systems with central cloud services. Data can be captured and processed on-site, while central analytics, platform services, or backups run in the cloud. Which components are operated where should be determined based on latency, availability, protection requirements, and data volume.

A cloud data platform can consolidate data from different applications and business units, creating a shared foundation for analytics, reporting, forecasting, and AI applications. T Cloud Public provides database, data warehouse, storage, and compute services for this purpose. Business modeling and analysis must be carried out by the organization or a solution partner.

Transport, location, status, and sensor data can be centrally captured, stored, and processed, enabling optimized processes across the entire supply chain. Applications and partners can be integrated via standardized interfaces, while logistics organizations have access to up-to-date information in real time at all times.

Cloud security encompasses the protection of identities, networks, data, applications, and interfaces. The cloud provider protects the underlying infrastructure. The customer remains responsible for user permissions, application security, data classification, and the secure configuration of their resources. This model is known as shared responsibility.

Disaster recovery for retail and logistics encompasses technical and organizational measures that enable applications and data to be restored following an outage. These include backups, data replication, redundant resources, and documented recovery procedures. T Cloud Public offers cloud backup and recovery as well as storage disaster recovery. In addition, resources can be distributed across multiple availability zones and data centers in Germany and the Netherlands. This increases reliability and supports business-critical applications in retail and logistics.

Cloud resources can be scaled up or down based on actual utilization. This means organizations do not need to permanently provision capacity for infrequent peaks. A prerequisite is that the application is technically designed for horizontal or vertical scaling. The cloud alone does not automatically make a non-scalable application elastic.

Open interfaces, standardized container technologies, documented data formats, and infrastructure-as-code facilitate portability. T Cloud Public is based on OpenStack and offers standardized APIs. Organizations should nonetheless define before migration how applications, configurations, and data can be exported and transferred to a different environment if needed.

Costs depend on factors including compute power, storage, data transfer, availability, and additional platform services used. Budgets, resource quotas, monitoring, and automated scaling rules create transparency. In addition to pure infrastructure costs, operations, maintenance, security measures, backup, and recovery should also be factored in. Optimized resource utilization improves efficiency and creates the foundation for sustainable growth – even with complex supply chains or globally distributed locations.