Bayer

Bayer operates at the intersection of pharmaceuticals and agriculture, running multi-cloud infrastructure across AWS, Azure, and GCP to support research pipelines, supply chain operations, and global healthcare delivery. The company's security posture spans legacy systems dating back decades alongside modern containerized workloads orchestrated through Kubernetes, creating a sprawling attack surface that requires protecting everything from clinical trial data to crop genomics research. With operations touching critical infrastructure in food production and healthcare - sectors that face heightened regulatory scrutiny and nation-state interest - the threat model includes both IP theft and supply chain compromise. The security engineering environment reflects the complexity of a 160-year-old organization undergoing digital transformation. Teams work across CI/CD pipelines instrumented with SAST, DAST, and SCA tooling, while cloud-native application protection platforms (CNAPP) monitor containerized deployments. Identity management runs through Microsoft Entra ID, and infrastructure provisioning leverages Terraform and Azure DevOps. The tech stack includes Python and PowerShell for automation, ServiceNow for orchestration, and Databricks for data platform security. GitHub hosts code repositories requiring supply chain security controls, while Power BI dashboards surface security metrics across the enterprise. Security work here means protecting research investments exceeding $27 billion, spanning pharmaceutical development and agricultural innovation programs aimed at climate resilience and food security. The operational reality involves securing hybrid environments where Linux systems, legacy Windows infrastructure, and cloud-native services coexist, all while maintaining compliance across heavily regulated industries. Under CEO Bill Anderson's leadership, the company continues pushing boundaries in life sciences, creating security challenges that span from protecting breakthrough drug formulations to defending agricultural data that could impact global food supply.