SAP Builds a Cloud That Can Survive a Fragmented World

DAVOS, Switzerland — SAP is redesigning its cloud architecture around a world of sudden sanctions, data-localization laws, and regional network shutdowns as geopolitical fragmentation and nationalist economic policies divide the global digital economy.

Speaking at the World Economic Forum, Christian Klein, CEO of German software giant SAP SE, described localized infrastructure and platform-porting protocols intended to help the company operate across increasingly defensive spheres of influence. SAP, founded in 1972 by five former IBM engineers, provides the enterprise resource planning (ERP) databases and cloud systems that run the back offices of the world’s largest companies.

The shift toward “my country first” policies among the “G4” powers—the United States, China, Europe, and India—has ended the assumption that multinational operations can remain seamlessly global. Enterprise clients are increasingly asking for sovereign cloud environments in which servers stay inside national borders, data remains under local legal jurisdictions, or systems can be completely severed from the global network.

At the same time, SAP is moving corporate work away from manual data entry. Klein predicted that typing will end at SAP within the next two to three years, as advanced voice recognition in state-of-the-art large language models (LLMs) becomes capable of converting speech into structured business data and enterprise workflows.

The company’s geopolitical response relies on geographically segmented infrastructure. For Western operations, the Walldorf, Germany-based company depends heavily on U.S. “hyperscalers,” including Microsoft Azure, Amazon Web Services, and Google Cloud. SAP routing in China depends on local Chinese cloud infrastructure, while localized networks in Germany and France support compliance with strict European Union data privacy standards.

The same portability that supports those regional arrangements is also being applied to enterprise AI. SAP is steering clients away from treating AI as a siloed efficiency hack confined to individual divisions and toward a horizontal model connecting disparate operational silos. At a major consumer goods company, AI agents linked customer-demand planning with financial planning, procurement, and manufacturing, automating a process that had traditionally taken months and optimizing inventory levels by 20 percent.

Klein said SAP’s platform must be portable enough to migrate services between cloud infrastructures within days or weeks if trade sanctions or export controls are introduced. After Russia invaded Ukraine in 2022, SAP systematically wound down its cloud operations and support services there to comply with international sanctions. Similar operational pivots and system geo-locks have been used for long-standing export controls in countries such as Iran.

SAP is also embedding proprietary tools such as its “Joule” copilot into administrative work. Instead of extensive user training, these systems can scan millions of internal company documents, including historical financial presentations, and automatically produce performance analyses, visual charts, and actionable executive recommendations.

Klein also criticized Europe’s economic competitiveness. The European Union has become a global regulatory heavyweight through measures including the General Data Protection Regulation (GDPR) and the EU AI Act, but he warned that regulatory dominance cannot replace economic unity or digital innovation. “Europe is a superpower in regulation, but not in unity,” Klein said, citing the absence of a unified European banking union, trade union, or digital market.

Those missing integrated structures have made it difficult for European technology initiatives to match the scale of American and Chinese rivals. Klein urged European political and business leaders to focus less on digital taxation and heavy compliance frameworks and more on technological innovation and the creation of raw economic power.

The AI transition at SAP reflects a broader movement in the technology sector from experimental artificial intelligence to “applied AI.” Large language models are no longer confined to conceptual discussions; deployments are moving into enterprise-wide operational execution.

Klein said the next interface for those systems will increasingly be conversational. Corporate employees will use voice commands to execute complex analytical queries, trigger automated workflows, submit performance feedback, and log sales pipelines. “The end of the keyboard is near,” Klein said.

That technology has roots in the early 18th century. In 1714, English engineer Henry Mill patented the first design for a machine intended to transcribe letters, a precursor to the mechanical typewriter and the QWERTY electronic keyboards that dominated the 20th and early 21st centuries. Three centuries after Mill’s patent, the corporate world is preparing to replace physical typing with conversational business interfaces.