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Find the perfect Cloud Security Engineers in Germany in minutes from 15,000 CVs with the power of AI.

Cloud security architecture, IAM hardening, container and Kubernetes security, plus cloud risk reviews for AWS, Azure, and Google Cloud. Get matched with vetted, available experts fast, with precise shortlists that fit your stack and your delivery model.

About the role

What they do

A Cloud Security Engineer protects cloud environments across build and run phases. The work covers secure landing zones, identity and access controls, network segmentation, logging, encryption, and policy enforcement. In many companies, the same person is also brought in as a cloud security specialist or DevSecOps engineer when security must be built into delivery, not added later.

Typical deliverables

  • Cloud security architecture reviews and gap analyses
  • IAM design for least privilege, federation, and privileged access
  • Security guardrails for AWS, Azure, or Google Cloud
  • Container and Kubernetes hardening
  • Logging, monitoring, and alerting setup for cloud workloads
  • Incident-ready runbooks and remediation plans

Skills and tools

Strong Cloud Security Engineers know how cloud platforms behave in real projects. They work with IAM, KMS, CSPM, SIEM, Terraform, Kubernetes, and CI/CD pipelines. They understand shared responsibility models, misconfiguration risk, secrets management, and how to secure APIs, storage, workloads, and third-party integrations without slowing delivery.

When companies bring them in

Freelance cloud security support makes sense when a team needs focused expertise for a migration, a platform redesign, a security audit, or a response to a weak setup. It also helps when product teams move fast and need a cloud security architect to validate designs before release. In Germany, this is common in regulated sectors, enterprise IT, and companies running hybrid cloud landscapes with internal and external teams.

What strong experts look like

  • They ask about the threat model before proposing controls
  • They can translate risks into clear technical actions
  • They balance security with developer flow
  • They document decisions in a way engineers can use
  • They know when to secure the platform and when to secure the workload
  • They leave behind patterns the team can keep using

How they work

Good Cloud Security Engineers collaborate closely with platform, infrastructure, and application teams. They can work remote on reviews, policy design, and remediation support, or on-site in Germany when access, workshops, or stakeholder alignment demand it. Clear communication matters as much as technical depth, especially when security decisions must be understood by engineers and non-technical owners alike.

Meet FRATCH Cloud Security Engineers

Halil Oeztoprak

Principal Cloud & DevSecOps Architect (AWS / Azure / Terraform / Kubernetes / CI-CD)

Bonn

Last position:

Senior Cloud Operations & DevSecOps Engineer (Azure / Terraform / CI-CD) at KfW Bankengruppe

  • Regulated environment within a German banking group (approx. 8,500 employees, hybrid cloud strategy).

  • Responsible for operating, provisioning, and continuously securing business-critical platforms – including a GenAI chat application, a big data/AI platform, and data science workspaces based on Azure Virtual Desktops and VMs. Ownership of Azure DevOps projects for ShaiHulud and React2Shell, as well as BSI alerts – Security Operations improvements across the SDLC.

  • Deployment responsibility for the GenAI chat application, big data/AI platform (BDAI), and data science workspaces (AVD/VM-based) in the respective landing zones.

  • Deployment & release management: end-to-end responsibility for deploying portal and service applications across multiple Azure landing zones, including technical approvals, compliance with development team deployment guidelines, and ensuring ITIL-based change and release processes via ServiceNow.

  • Azure landing zones & network architecture: design, provisioning, and operation of Azure landing zones for 3-tier web applications with enhanced network segmentation, VNet peering, hub-and-spoke architectures, private endpoints, and firewall integration across separate subscriptions and tenants.

  • Azure DevOps governance & operations: ownership of the Azure DevOps organization, including projects, repositories, and CI/CD pipelines; implementation of governance requirements such as branch policies, approval gates, permission models, and audit-ready operating structures.

  • Infrastructure as Code (Terraform): design, implementation, and operation of a modular Terraform architecture for standardized cloud infrastructure deployment, including state management, provider versioning, reusability, and policy-as-code approaches.

  • CI/CD pipeline engineering: design, operation, and optimization of complex YAML-based CI/CD pipelines with multi-stage deployments, template standardization, self-hosted agents, integrated secret management, and automated quality and security checks.

  • Git migration & platform consolidation: planning and execution of repository and pipeline migration from Azure DevOps to GitLab CI/CD, including automated scripts, full Git history transfer, pipeline porting, and platform consolidation.

  • Container & platform operations (AKS): operation and security assessment of containerized workloads on Azure Kubernetes Service, centralization of on-premises container registries for ACR.

  • OpenShift (OCP) security reviews: security assessment of code baselines, build pipelines, and deployment processes for on-premises OpenShift clusters with critical applications, and derivation of specific hardening recommendations.

  • Shift-left security & DevSecOps transformation: introduction of a company-wide shift-left approach for early security integration in development and deployment processes, enabling developers to perform self-led security checks and sustainably reduce vulnerabilities before production (IDE integrations, pre-commit hooks, local scanners).

  • Software supply chain security: analysis and mitigation of supply chain risks in NPM- and Yarn-based applications through dependency audits, CI/CD pipeline hardening, token rotation, and restriction of risky build and lifecycle mechanisms.

  • Frontend & framework security (React / Next.js): security assessment and coordination of critical vulnerability remediation across platform applications and web frameworks, including coordination and complementary technical mitigations with all teams following BSI alerts.

  • Software composition analysis (SCA): introduction and operation of automated vulnerability scans for container images, pipelines/artifacts, and third-party dependencies, including SBOM exports within CI/CD pipelines.

  • SAST/DAST integration: design and piloting of static and dynamic application security tests in close collaboration with security architecture and development teams, for continuous improvement of code and runtime security, and establishing operational acceptance tests.

  • Artifact & registry consolidation: analysis and consolidation of all package and container repositories for service applications and AKS workloads, aiming for a centralized, secured registry strategy with centralized vulnerability scanning and governance.

  • Dependency-Track & SBOM strategy: advising the compliance board on introducing a central SBOM and vulnerability management platform to increase enterprise-wide dependency transparency and accelerate CVE response capability.

  • CI/CD pipeline hardening: security analysis and cleanup of the existing pipeline landscape by removing unused pipelines, improving secrets hygiene, implementing least-privilege principles, and isolating build agent environments.

  • Azure Web Application Firewall (WAF) optimization: analysis and tuning of existing Azure WAF rules (OWASP Top 10 Core Rule Set, DSR/SDC, custom rules) to defend against known vulnerabilities and exploit patterns, including reducing false positives and improving threat detection.

  • Documentation & stakeholder communication: creating and maintaining technical documentation, runbooks, and architecture overviews in Jira and Confluence, as well as active knowledge transfer between operations, development, security, and compliance stakeholders.

Halil Oeztoprak

Sumalatha Bhuchupalle

Senior Python Developer & AI Engineer | Team Leader

Senden

Last position:

Copilot Cloud Security Chatbot | AI / LLM at Banyan Cloud

Conversational AI assistant for cloud infrastructure and security queries

  • Designed FastAPI backend with multi-turn conversation handler, token budgeting, and context window management.
  • Integrated Amazon Bedrock (Claude 3 Sonnet/Haiku); built RAG pipeline with MongoDB chat history and semantic search.
  • Implemented Factory Pattern for modular LLM provider switching; reduced model onboarding effort by 60%.
  • Reduced LLM inference cost by 35% through model tiering (Haiku vs Sonnet) and prompt/entity consolidation.

Tech: Python, FastAPI, Amazon Bedrock, MongoDB, Streamlit, Pydantic.

Sumalatha Bhuchupalle

Cedric Bergermann-Bißlich

IT / Enterprise Architect (Security & Regulatory)

Dorsten

Last position:

Enterprise & Cloud Security Architect at ---

Enterprise & Cloud Security Architect supporting the modernization of the SDK application landscape as part of the KVNeo transformation program. Responsible for enterprise architecture, cloud governance, security architecture, and the definition of technical standards for strategic business applications.

Key responsibilities include architecture governance, target architecture development, cloud and integration architecture, security-by-design, and the translation of regulatory requirements into sustainable technical solutions across multiple business domains.

Responsibilities and achievements

  • Designed and reviewed target architectures for strategic insurance applications and enterprise services.
  • Developed architecture documentation based on Arc42 and Architecture Decision Records (ADRs).
  • Defined governance models, architecture principles, and technical guidelines for cross-domain initiatives.
  • Supported the modernization of archive, document management, and output management platforms.
  • Designed integration architectures using REST APIs and event-driven communication patterns.
  • Led architecture discussions with enterprise architects, development teams, product owners, and business stakeholders.
  • Translated regulatory requirements such as DORA and ISO/IEC 27001 into practical architecture decisions.
  • Designed security concepts covering Identity & Access Management, authorization, authentication, auditability, and logging.
  • Supported SIEM integration, security monitoring, and enterprise logging concepts.
  • Evaluated technical risks, technical debt, and architecture improvements while providing decision papers for architecture boards.
  • Established architecture governance processes and contributed to enterprise-wide transformation initiatives.
  • Supported cloud governance activities and the definition of secure cloud architecture standards.
  • Facilitated architecture workshops and coordinated cross-functional stakeholders across business and IT.

Technologies & Methods Microsoft Azure • Arc42 • Architecture Decision Records (ADR) • REST APIs • Event-Driven Architecture • Microsoft Entra ID • Active Directory • IAM • SIEM • Cloud Governance • Enterprise Architecture • Security Architecture • Azure API Management • Jira • Confluence • Draw.io • DORA • ISO/IEC 27001 • Agile • Scrum

Cedric Bergermann-Bißlich

Markus Halbedel

Senior IT-Infrastructure, Cloud & Security Consultant

Kaufbeuren

Last position:

Senior M365 Consultant at BITMARCK GmbH

Developing concepts for the M365 implementation, especially for tenants, Entra ID, Entra Connect, and Exchange Online, following BAS standards (mandatory baseline security requirements) in the "M365 Concept" project, aiming to apply the concepts to Bitmarck's M365 environments and hand them over to the client.

  • Conducting an as-is analysis of existing M365 environments, on-premise setups, and BAS standards.
  • Creating concepts for tenants, Entra ID, Entra Connect, and Exchange Online according to BAS standards
  • Designing and implementing an automated solution to create standardized M365 tenants based on Microsoft M365 DSC (Desired State Configuration)
  • Applying the concepts to the M365 environments
  • Preparing detailed technical documentation
Markus Halbedel

Stanislav Stolberg

Senior IT Consultant and Digitalization

Köln

Last position:

Interim CTO / IT Consultant (Cloud & App Security · AI & Web3) at Deutsche Bank Group; Startups

  • Spearheaded strategic and operational oversight of IT infrastructures to accelerate innovation and ensure audit-proof delivery.
  • Acted as key liaison between management, business departments, and engineering, actively engaging in coding, cloud architecture, and CI/CD to resolve critical path challenges.
  • Engineered and implemented an AI Governance Program to manage risks and ensure compliance with the EU AI Act, reducing AI use-case approval times from 8 to 3 weeks.
  • Delivered and deployed secure AI systems into production (RAG-based knowledge platforms), resulting in a 35% decrease in standard support ticket volume.
  • Established robust security standards and governance frameworks for APIs (OAuth2/OIDC, mTLS) and cloud platforms (AWS/GCP) to guarantee compliance and system integrity.
  • Hardened cloud infrastructure by implementing Zero Trust principles and a comprehensive observability stack (logging/alerting), achieving 99.9% availability in a 24/7 on-call environment.
Stanislav Stolberg

Mohamed Ghassen Brahim

Founder & CEO

Berlin

Last position:

Lead / Principal Cloud, AI & Security Architect at Freelancer / CC Conceptualise GmbH

Projects:

Project: RWE – Development of a company-wide Zero Trust cybersecurity architecture (CITADEL) Role: Senior Enterprise Cybersecurity Architect / Zero Trust Architect Company: RWE AG Description: Concept and implementation of the strategic CITADEL cybersecurity target architecture at RWE, based on the Zero Trust architecture principle and aligned with regulatory requirements such as NIS2, ISO 27001 and company-wide security governance policies. The goal was to build a measurable, auditable and scalable security architecture with a strong focus on Identity Governance, compliance transparency and operational manageability. Responsibilities & Achievements:

  • Zero Trust architecture design: Developed a company-wide Zero Trust reference architecture (Identity, Device, Network, Application, Data) including trust zones, control points and enforcement mechanisms according to NIS2.
  • Identity & Access Governance (IGA): Designed and introduced IGA governance structures including role models, recertification processes, segregation of duties (SoD) and lifecycle management for identities and access.
  • Security governance & KPIs: Defined and implemented security KPIs and metrics to manage Zero Trust maturity, identity risks and compliance at the management level.
  • Compliance & reporting: Built standardized compliance reports and dashboards to support internal audits, external assessments and regulatory evidence (e.g. NIS2).
  • Architecture & stakeholder alignment: Worked closely with Enterprise Architecture, IT operations and business units to integrate the CITADEL architecture into existing IT and security landscapes.
  • Strategic security consulting: Advised programs and projects on Zero Trust compliance, identity centricity and regulatory requirements in the energy and critical infrastructure (KRITIS) environment. Technologies & Methods: Zero Trust Architecture, NIS2, Identity Governance & Administration (IGA), IAM, RBAC, SoD, Entra ID, SailPoint, Zscaler, Terraform / IaC, Policy as Code, security KPIs, compliance reporting, NIST 2.0, ISO 27001, Enterprise Security Architecture, governance frameworks, risk & control management

Project: Scalable AI Workbench Platform on Microsoft Azure Role: Cloud Architect & Engineer Company: Siemens Energy Description: Design, development and operation of a secure, modular cloud infrastructure to support Data Science, Machine Learning and AI applications for various engineering teams at Siemens Energy. Responsibilities & Achievements:

  • Cloud architecture: Designed and implemented an Infrastructure-as-Code solution (Terraform) for automated provisioning of Azure resources (Resource Groups, Storage Accounts, Cosmos DB, Application Insights, networking, PostgreSQL Flexible Server, Azure Container Apps, Azure Container Registry).
  • Developer portal: Used Backstage with custom frontend and backend plugins (Node.js, TypeScript, React.js, PostgreSQL, Container Apps) to enable self-service and empower developers, data scientists and AI/ML engineers.
  • Role-based access control: Implemented Azure RBAC to grant targeted access (e.g. Storage Blob Data Contributor, Reader) to engineering groups (e.g. AI Engineers) for relevant resources.
  • Data platform engineering: Built and configured a multi-layered storage landscape (Raw, Curated, Vector data), including automated container creation and access control for advanced analytics and AI workloads.
  • DevOps integration: Integrated with Azure DevOps for CI/CD pipelines to automate deployment, monitoring and compliance.
  • Security & compliance: Implemented Private Endpoints, network policies and Managed Identities to ensure data protection and regulatory compliance.
  • Collaboration: Worked closely with cross-functional teams to align the cloud infrastructure with business and technical requirements and drive digital transformation at Siemens Energy. Technologies: Azure, Terraform, Azure DevOps, Cosmos DB, Application Insights, Azure Storage, Private Endpoints, Azure Synapse, Azure Machine Learning, Azure Entra ID, RBAC, Backstage, Node.js, React.js, PostgreSQL, Python (automation), Git
Mohamed Ghassen Brahim

Tom Faulhaber

Project Manager SOC Service Transition and Implementation of Microsoft Cloud Security Solutions

Berlin

Last position:

Project Manager SOC Service Transition and Implementation of Microsoft Cloud Security Solutions at Sonovum GmbH

  • Analyzed existing SOC infrastructure and assessed security operations

  • Transitioned to a new operating model including security monitoring, incident response, and threat intelligence

  • Coordinated between internal teams, external partners, and service providers

  • Implemented Microsoft Intune: configuration, compliance policies, and BYOD management

  • Implemented Microsoft Defender: endpoint and network protection, automated threat detection, and incident response

  • Trained IT security teams and end users

  • Deployed Microsoft Sentinel: integration with existing systems, automation of playbooks

  • Introduced Conditional Access: policies, MFA, and creation of reports and dashboards

  • Managed project from initiation to closure including change, risk, and acceptance management

  • Handled project controlling regarding schedule, costs, and quality

  • Managed requirements: gathering, classifying, and evaluating IT security requirements

Tom Faulhaber

Discover over 15,000 top freelancers

Cloud Security Engineers statistics

Aggregated from the professional profiles of matched freelancers.

Experience

15 years

Position duration

1.6 years

Positions per freelancer

15

Top business areas

Information Technology, Project Management, Quality Assurance

Top industries

Information Technology, Banking and Finance, Insurance

Certification focus areas

Information Technology, Business Intelligence, Operations

Bachelor's degree or higher

71%

Master's degree or higher

57%

Doctorate

14%

Certifications per freelancer

11

Most common languages

German, English, French

Speak two or more languages

100%

Daily Rate Distribution

0 1 2 3 4
<€640 €800-960 €960-1120 €1120+

The chart shows how the daily rates of freelancers in this role are distributed, based on recent contracts on our platform. Each bar covers a rate range — its height shows how many freelancers charge within that range. Actual rates may vary depending on seniority level, experience, skill specialization, project complexity, and engagement length.

Average rates for Cloud Security Engineers & Seniority distribution

Rates are based on recent contracts and do not include FRATCH margin.

1000
750
500
250
Rate comparison chart
Daily rate avg. 913 €

The average daily rate is the mean of all daily rates from recent contracts of comparable freelancers on our platform.

1000
750
500
250
Rate comparison chart
Median rate 880 €

The median daily rate is the middle value of all daily rates — half of comparable freelancers charge less, half charge more. Unlike the average, it is barely affected by outliers.

Actual rates may vary depending on seniority level, experience, skill specialization, project complexity, and engagement length.

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Frequently Asked Questions

Do you have questions? Here you can find further information about FRATCH

A Cloud Security Engineer designs and improves the security of cloud platforms and workloads. That usually includes identity controls, network boundaries, logging, encryption, workload protection, and secure deployment patterns. In practice, they help teams move from a working cloud setup to one that is controlled and auditable.

The exact mix depends on your environment, but AWS, Azure, and Google Cloud are the usual base. Strong candidates also understand Kubernetes, Terraform, CI/CD pipelines, and the security services that sit around them. If your setup is hybrid, they should be comfortable connecting cloud controls to existing enterprise security tooling.

A Cloud Security Engineer focuses on the security of cloud infrastructure, identities, policies, and workloads. A DevSecOps engineer is usually closer to the delivery pipeline and secure software release process. In some teams the titles overlap, but the cloud security role tends to go deeper on architecture, guardrails, and platform-level controls.

A freelancer is a strong fit when you need focused cloud security expertise for a migration, an audit, a remediation effort, or a short design phase. It also works well when your internal team needs a specialist to coach engineers and then hand over a stable setup. If the need is narrow, urgent, or project-based, freelance support is often the better choice.

Ask which cloud services they have secured, which threats they look for first, and how they approach IAM, logging, and secrets. You should also ask how they review infrastructure as code and how they handle trade-offs between security and delivery speed. A strong cloud security specialist can explain the why, not just list tools.

Yes, much of the work can be done remotely, especially design reviews, policy work, and remediation guidance. On-site work can still help when workshops, access checks, or alignment with architecture and compliance teams are needed. In Germany, many clients use a mix of remote delivery and occasional on-site sessions.

Look for clear thinking, not just tool names. A strong candidate shows how they reduced real risk, how they documented decisions, and how they worked with platform and application teams. The best Cloud Security Engineer can explain cloud controls in plain language and still go deep when the architecture demands it.

Typical signs are cloud environments with unclear ownership, too many broad permissions, weak logging, messy Terraform standards, or security reviews that happen too late. If your teams ship quickly but struggle to keep controls consistent, this role can make a big difference. It is especially useful when a platform is growing faster than the security model around it.

The average hourly rate for Cloud Security Engineers in Germany is 114 €, which corresponds to a daily rate of about 913 € based on an 8-hour working day.

Of the freelancers working as Cloud Security Engineers in Germany, 71% hold at least a Bachelor's degree, 57% hold at least a Master's degree, and 14% hold a doctorate.

On average, freelancers working as Cloud Security Engineers in Germany have 15 years of professional experience, with a single engagement typically lasting around 1.6 years.

The most common languages among freelancers working as Cloud Security Engineers in Germany are German (100%), English (100%), and French (14%).

The most common industries among freelancers working as Cloud Security Engineers in Germany are Information Technology (86%), Banking and Finance (71%), and Insurance (71%).

The most common business areas among freelancers working as Cloud Security Engineers in Germany are Information Technology (100%), Project Management (100%), and Quality Assurance (86%).

FRATCH Cloud Security Engineers main locations

Our freelancers and interim experts are at home across the DACH region — available on-site in the major business hubs or fully remote. Choose a location to discover matched specialists, local market insights and up-to-date availability.

Berlin Hamburg Munich Cologne Frankfurt Stuttgart Dusseldorf Leipzig Dortmund Essen Bremen Dresden Hanover Nuremberg

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FRATCH CEO

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