Data security for offshore SAP teams

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Summary

Data-security-for-offshore-sap-teams refers to the strategies and technologies that protect sensitive SAP system data when managed by remote or offshore teams. This is crucial because SAP environments handle valuable business and customer information, making them common targets for cyberattacks and regulatory scrutiny.

  • Use privileged access management: Protect high-level SAP accounts by storing credentials securely, rotating passwords automatically, and requiring multi-factor authentication for sensitive tasks.
  • Isolate and encrypt data: Keep each customer’s SAP data separated using virtual servers, enforce network security boundaries, and encrypt data both in storage and while it’s being transferred.
  • Mask and anonymize sensitive data: Prevent unauthorized access by hiding or anonymizing personal and business information, especially in test or development systems where real data is often used.
Summarized by AI based on LinkedIn member posts
  • View profile for Raj Grover

    Founder | Transform Partner | Enabling Leadership to Deliver Measurable Outcomes through Digital Transformation, Enterprise Architecture & AI

    61,524 followers

    Multi-Layer Defence in Depth #SecurityArchitecture   #DataSecurity Customer Data Isolation: -A virtualized ABAP Application Server is provisioned for each customer tenant -Application isolation is enabled via “Security Group” -The “Security Group” allows communication between different application instances that belongs to one tenant. -Tenant “Security group” allows system communication between Q and P system of the same customer as shown in Figure 2 – #SAP S/4HANA Landscape #CloudArchitecture -At the network level, security group prevents communication between tenants. The network traffic rules are defined using on source, destination, protocol, and ports -Each SAP S/4HANA cloud tenant has their own tenant-database. It is part of overall SAP HANA Systems.   #DataEncryption: -SAP S/4HANA Cloud encrypts “data-at-rest” and “data-in-transit” -End-to-end encryption is applied for “data-in-transit” -“Data-at-rest” encryption covers database, central and local file systems, and storage backups. -The cryptographic keys are managed securely via Key Management Systems (KMS) by SAP cloud operations teams -“Segregation of Duties” guideline is applied for KMS.   #ApplicationSecurity -Secure Software Development Lifecycle (SSDLC) methodology is followed for the development of SAP S/4HANA application -The product development considers security and data protection & privacy requirements. This is embedded at the start of the development process. -The development team performs extensive risk assessment and threat modelling, design, and test effectiveness of the security controls which includes performing code scans, penetration tests, security tests – SAST & DAST and independent security assessments. More details on SAP SSDLC can be found here. -Customer access SAP S/4HANA Cloud via Internet using HTTPS (port 443). The HTTPS traffic is terminated on the Web Dispatcher cluster. -Customer access is enabled via central load balancer and using shared web dispatcher. There are separate Load Balancer Endpoints for UI end point by business user and an endpoint used for system-to-system communications. -Customer can access Application Security Audit Logs.   #NetworkSecurity -A trust boundary separates network into zones and each zone into segments. -The security control is implemented into each zone based on the exposure of the systems to Internet/Intranet and is based on the classification of data handled by the systems in the zones. -Virtual Private Cloud (VPC) is created for Systems, Admin, Backup. The system VPC is implemented to host the tenants of SAP S/4HANA cloud which spans availability zones. The secure central administration network segment host central cloud lifecycle management tools     Source: SAP Blog   #TransformPartner – Your #DigitalTransformation Consultancy  

  • View profile for Carl Weaver

    Ich unterstütze SAP-Partner-CEOs beim Wachstum durch smarte Talentstrategien

    17,128 followers

    Data privacy isn’t optional anymore. Especially in complex SAP environments. Hackers don’t care if it’s prod, test, or training data. They look for cracks, and there are many. Old mindset: “It’s internal, we trust the team.” New mindset: Trust no one. Mask everything. Here’s why data masking and anonymization are now essential 1/ Regulations are tightening ↳ GDPR, CCPA, HIPAA, fines are real ↳ Compliance isn’t optional anymore 2/ Access is everywhere ↳ Users, roles, systems, layers ↳ Too many entry points to rely on luck 3/ Dev/Test are still vulnerable ↳ Real data in staging = real risk ↳ Masking removes the hacker’s prize 4/ Insider threats are rising ↳ One wrong click can expose millions ↳ Masking limits damage before it happens 5/ SAP is going hybrid ↳ Cloud + integrations = more exposure ↳ Masked data stays protected across environments 6/ Business still runs ↳ Teams need data for training, QA, and reports ↳ You can secure and stay productive 7/ Brand trust is fragile ↳ One leak? Years of trust gone ↳ Prevention is cheaper than public apologies 8/ It’s a mindset shift ↳ Security by design, not by patch ↳ Privacy-first architecture builds resilience Modern SAP security starts with data privacy. Anonymize. Mask. Repeat. Because hope is not a strategy What’s one step your team is taking today? #SAPSecurity #SAPDataProtection #SAPS4HANA #SAPLandscape #SAPCompliance #GDPR #CCPA

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