Cloud consulting and security
As an IT consulting and advisory firm, we help our clients secure their cloud infrastructures (AWS, Microsoft Azure, GCP) to guarantee the protection and confidentiality of their data.
I have a projectAs an IT consulting and advisory firm, we help our clients secure their cloud infrastructures (AWS, Microsoft Azure, GCP) to guarantee the protection and confidentiality of their data.
I have a projectIn the cloud, as elsewhere, it is essential to implement a robust security strategy to ensure optimal protection of your information system’s data. Whether using AWS, Microsoft Azure, or GCP, cloud providers offer advanced security services that must be activated as part of a shared responsibility model.
Cloud services enable the deployment of more or less impenetrable security measures, depending on the strategy applied across the key pillars of cloud security, perimeter protection, certificate management, access and user control, encryption, and more.
To effectively prepare your cloud security strategy, it is advisable to engage experts who can help define the right approach, master the shared responsibility model, raise team awareness, refine governance, and select the most appropriate security tools.

Our cloud architects and cybersecurity consultants leverage their experience to support you throughout your cloud security journey, from strategy definition and tool selection to technical implementation planning.
We perform in-depth cloud security audits to detect potential vulnerabilities across your infrastructure. Our assessment covers configurations, access controls, and existing security policies to deliver clear, actionable recommendations.
Using the CSP’s Cloud Adoption Framework, we design and implement customized cloud security policies covering identity and access management, data encryption, perimeter protection, and certificate usage, ensuring alignment with your business context and compliance requirements.
Deliver tailored training programs for IT teams and end users to raise awareness of cloud security best practices. These initiatives help reduce risks associated with human error and strengthen the overall security culture within the organization.
Integrate specialized security tools for cloud environments and configure native cloud services to ensure optimal protection for each platform’s specific architecture.
With over 12 years of experience in cloud migration, Synapsys has developed deep expertise across AWS, Microsoft Azure, and GCP environments. Our cloud consultants hold multiple certifications in AWS and Microsoft Azure solutions, and Synapsys is recognized as a Microsoft Partner Solutions provider.
If you’re looking to secure your cloud platform with the support of our cloud architects, or if you have any questions, feel free to contact us. We look forward to collaborating with you.
Speak with an expertCloud security differs from traditional approaches through its shared responsibility model: the provider secures the infrastructure, while the client is responsible for protecting data, applications, and configurations. Unlike on-premise environments defined by a fixed network perimeter, it is based on a Zero Trust approach where every access request is authenticated regardless of its origin.
Security becomes “as code,” embedded directly into CI/CD pipelines (DevSecOps), replacing manual configurations. Identity and Access Management (IAM) grows more complex, shifting toward API-centric controls, while detection and incident response capabilities become natively distributed. This evolution demands a shift in skills toward automation, orchestration, and mastery of native cloud services.
Implementing a Zero Trust strategy in a cloud or multicloud environment rests on several pillars. A dynamic inventory maps all assets, services, and data flows. Unified identity management relies on centralized Identity and Access Management (IAM) with systematic multi-factor authentication (MFA). Micro-segmentation isolates workloads using security groups, virtualized property plots (VPCs), and service meshes. Securing APIs requires gateways with strict request validation. Finally, contextual access control continuously assesses risk based on the user, device and location.