Gestion automatisée des identités numériques
Use Cases

How our customers have implemented our products and solutions to specific scenarios to solve real-world problems

Optimisez la gestion de vos certificats grâce à un inventaire simplifié, une gouvernance efficace et des processus automatisés.

Over time, digital certificates proliferate across teams, purposes, and CAs with little central oversight. The result is a fragmented landscape, scattered across internal PKIs, public CAs, cloud services, and endpoints, often without complete inventory or clear ownership. Without visibility, expirations go unnoticed until critical systems fail in production.

Solving Certificate Sprawl Problem

The challenge

Over time, digital certificates have been introduced wherever needed—by different teams, for different purposes, using different CAs. The result is a fragmented landscape with little central ownership. Certificates are spread across internal PKIs, public CAs, cloud services, and countless endpoints, oftenwithout a complete inventory or clear renewal responsibility. When visibility is missing, expirations go unnoticed—until a critical system fails in production.

Our approach

DISCOVER every certificate in your infrastructure
CENTRALIZE lifecycle management across all CAs in one platform
AUTOMATE renewals and deployments
ENFORCE consistent policies across the organization
MONITOR and ALERT before problems occur

The central piece for our solution is delivered by our CLM (Certificate Lifecycle Management) platform CEMA. It integrates seamlessly with your existing PKI and supports standard enrollment protocols (ACME, SCEP, etc.) and many proprietary protocols to enrol and manage certificates on your infrastructure. CEMA Certificate Manager integrate with Discovery Agents, network listener, etc. and CBOM solutions to a coherent ecosystem.

The value delivered

Full visibility across all certificates

Continuous discovery and centralized inventory provide a real-time overview of every certificate, its owner, and its expiration—across all environments and CAs.

Automated renewals and deployments

Certificates are renewed and deployed automatically before expiration, eliminating manual effort and preventing service outages.
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Central governance with team autonomy

Organization-wide policies, monitoring, and automation are centralized, while individual teams retain flexibility in how certificates are requested and used within their workflows.

Reduced operational workload

Standardized, automated lifecycle processes remove repetitive manual tasks, freeing IT teams to focus on stability and higher-value work.

Audit-ready control and accountability

Clear ownership, traceability, and policy enforcement simplify audits and provide measurable proof of compliance at any time.
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SSL/TLS Certificate Automation

The challenge

As environments and application needs grow, traditional, manual ways of managing SSL/TLS certificates no longer scale. Clear policies, defined services, and standardized processes are required to keep operations secure and predictable across systems, clouds, and teams. Centralization is essential to gain visibility and enforce consistency. At the same time, application and DevOps teams often fear losing flexibility when certificate management moves into IT operations. A modern approach resolves this tension by centralizing governance while preserving team autonomy through self-service and workflow integration. Automation completes the model. By automating enrollment, renewal, deployment, and monitoring, organizations ensure consistent quality, reduce risk, and deliver certificates as a reliable service—without slowing down innovation.

Our approach

We provide a centralized, automated SSL/TLS service that:

Enables self-service certificate requests
Automates approvals, renewals, and deployments
Integrates with existing tools and workflows
Maintains governance without slowing teams down

The value delivered

Faster certificate delivery for application teams

Application teams focus on delivering features and business value. Managing TLS certificates is necessary but not a core capability. Centralized automation removes a non-core task from their backlog.

Consistent service levels across the organization

Security, confidentiality, and integrity are shared responsibilities, not primary objectives for most teams. Centralized TLS services ensure these requirements are met uniformly without relying on individual expertise.

Reduced friction between IT and stakeholders

When teams must handle certificates themselves, delays and misunderstandings arise. Centralizing TLS management removes a recurring operational burden and simplifies collaboration between IT and application owners.

IT seen as a service provider, not a bottleneck

By owning TLS as a standardized service, IT enables teams to move faster while ensuring security—handling a critical requirement that supports the business but is not anyone’s core mission.

Overcome Microsoft ADCS limits

The challenge

While ADCS is a proven CA, it was never designed to manage today’s heterogeneous and cloud-native infrastructures. Manual renewals, ad-hoc scripts, and inconsistent processes expose organizations to outages, security gaps, and compliance risks. In regulated environments, unsupported automation and unclear ownership are not sustainable long-term solutions.

Most IT Operation Managers quickly discover that renewing certificates manually—generating CSRs, submitting them to ADCS, retrieving certs, installing them, restarting services—is far too tedious and error-prone once there are more than a handful of machines. This gap has led system administrators and developers to publish dozens of scripts, workarounds, and open-source adapters to automate ADCS enrollment. For most medium–large enterprises, especially regulated ones, relying on home-grown ADCS extensions and scripts as a long-term solution is risky and expensive compared to using a supported CLM / PKI management product.

Our approach

We turn ADCS into part of a centralized, automated certificate ecosystem:

Support for Linux, containers, network devices, and cloud workloads
Automate enrollment, renewal, and deployment end-to-end
Replace fragile scripts with supported, policy-driven workflows
Monitor and manage certificates from a single control plane

CEMA complements ADCS—not replacing it—so you gain enterprise capabilities without disrupting your existing PKI foundation. CEMA provides central visibility, enforces rules according to defined policies and automate processes.

The value delivered

Support all workloads beyond Windows

Manage certificates for Linux servers, containers, network devices, and cloud services alongside ADCS.

Replace fragile scripts with supported workflows

Eliminate home-grown automation that is hard to maintain, document, and audit.
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Centralize visibility across ADCS and other CAs

See all certificates, expiration dates, and owners in one place.

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Preserve team autonomy
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Application and platform teams keep control over their workflows while lifecycle governance is centralized.

Integrate ADCS into hybrid and cloud environments

Make ADCS usable in modern infrastructures without redesigning your PKI.
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Scale ADCS without increasing operational burden

Add systems and environments without adding manual work or complexity.
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Migrating PKI to a Multi-Cloud Architecture

The challenge

As applications move to multiple cloud platforms, certificate management becomes fragmented. Each cloud introduces its own services, APIs, and lifecycle mechanisms, making it difficult to maintain consistent security controls and operational processes. Manual coordination across clouds does not scale and increases the risk of outages.

Our approach

We introduce a centralized certificate lifecycle management layer that federates your existing PKI across all cloud environments:

Integrate cloud-native and on-prem PKI services
Automate enrollment, renewal, and deployment across clouds
Enforce consistent policies independent of cloud provider
Maintain a single operational model for all environments

You gain predictable, automated certificate operations across all clouds—without locking your PKI to a single provider or duplicating effort for each platform.

The value delivered

Centralized certificate management across clouds

Operate on-prem and multi-cloud certificates through one unified lifecycle platform.

Consistent security policies everywhere

Enforce uniform certificate standards across environments without cloud-specific exception.

Automated renewals that prevent outages

Eliminate manual renewals and avoid service disruptions in cloud workloads.

Full visibility into cloud and hybrid certificates

Maintain a real-time inventory of certificates, owners, and expirations across all platforms.

Smooth cloud migration without PKI rework

Migrate workloads without redesigning certificate processes for each cloud provider.

Cloud-agnostic PKI architecture

Avoid dependency on cloud-specific certificate services and reduce vendor lock-in.

Operating Zero-Trust Infrastructure at Scale

The challenge

As environments span on-prem, cloud, and hybrid platforms, traditional network-based trust no longer scales operationally. Managing identities and authentication manually across systems introduces complexity and inconsistency for IT operations.

Our approach

We establish certificate-based identities for systems, services, and users, managed centrally and automated across environments. Policies, issuance, and lifecycle management are standardized while integrating with existing infrastructure.

The value delivered

Reduced operational complexity across environments

Teams run applications, not identity infrastructure. Centralized Zero-Trust removes a complex, non-core responsibility from distributed teams.

Scalable Zero-Trust operations without manual overhead

Strong authentication is required everywhere. Central automation applies Zero-Trust consistently without manual effort from application teams

Clear service boundaries and responsibilities

Central Zero-Trust services define ownership clearly, removing identity and access management ambiguity from application teams

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Compliance Through Inventory

The challenge

Regulations require organizations to know where cryptography is used, who owns it, and whether policies are enforced. In fragmented environments, inventories are incomplete, manual, and outdated—making audits slow, disruptive, and risky.

Our approach

Our CLM provides continuous discovery and centralized inventory of certificates, keys, and cryptographic assets across environments. It integrates with Lifecycle data, ownership, and policy compliance are tracked automatically and kept audit-ready at all times.

The value delivered

Instant audit readiness
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Auditors need evidence, not estimates. A real-time inventory provides immediate, accurate answers without last-minute data collection.
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Reduced audit effort and disruption

Compliance data is maintained continuously, eliminating manual reporting and reducing interruptions to operational and application teams.
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Clear ownership and accountability

Every cryptographic asset is linked to owners and systems, removing ambiguity and simplifying compliance responsibilities.
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Consistent policy enforcement

Centralized visibility ensures cryptographic policies are applied uniformly and deviations are detected early.

Post-Quantum Readiness

The challenge

Quantum computing will break today’s widely used cryptographic algorithms. While timelines remain uncertain, the risk is real—especially for long-lived data, regulated industries, and critical infrastructure. Most organizations do not know where cryptography is used, which algorithms protect which systems, or which assets must be addressed first. Without visibility, planning a post-quantum transition is impossible.

Our approach

We help organizations start their post-quantum journey with structure and clarity:

Discover cryptographic usage across certificates, keys, systems, and applications
Build a cryptographic inventory, including CBOM data for dependencies and algorithms
Classify assets by risk, lifetime, and regulatory impact
Define a phased program: what must be addressed immediately and what can follow
Establish crypto-agile processes to support future algorithm transitions

CEMA provides the foundation by maintaining continuous visibility and lifecycle control.

The value delivered

Immediate risk visibility
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Identify quantum-vulnerable algorithms and long-lived data that require early action.

Structured transition instead of ad-hoc reactions

A clear roadmap replaces uncertainty and enables controlled, phased execution.

Crypto agility built into operations

Prepare systems and processes to adopt post-quantum algorithms without disruptive redesigns.

Confidence for regulators and stakeholders

Demonstrate that post-quantum risk is actively managed through a defined, auditable program

PKI for DevSecOps Environments

The challenge

Streamline DevSecOps with Automated Certificate Management. Automating certificate management is essential for DevOps organizations to integrate security seamlessly into their existing workflows, a core aspect of DevSecOps.

DevOps is a collaborative approach that aims to bridge the gap between software development (Dev) and IT operations (Ops) and has become ubiquitous in modern software development. The primary goal of DevOps is to enable organizations to deliver high-quality software products and services at a faster pace, with improved reliability, scalability, and security. Despite the widespread adoption and success of DevOps in transforming how organizations leverage technology, one critical area that lags behind is security integration. Many companies struggle to implement security automation that aligns with the rapid pace of DevOps-driven application delivery and deployment processes.

Embracing DevSecOps can be challenging for many organizations due to several reasons:

First, there's a conflict between security and speed in DevOps. Security measures take time, which clashes with the goal of rapid software delivery. Finding tools for quick, automated security has been difficult.
Second, expertise is lacking. Developers and DevOps engineers typically aren't security experts, making collaboration and automation around security tough.
Third, technologies that aid DevOps often come with security tradeoffs. For instance, containers and serverless functions enhance agility but introduce new security risks. Lastly, code signing

Our approach

The key to success is to provide a solution that cope with DevOps teams objectives for spead, reliability and security is to provide a service that support those objectives without overhead for the users. Automation ensures that certificates are managed consistently and securely, reducing the risk of vulnerabilities and unauthorized access.

Streamlined Processes: Automating certificate management simplifies complex processes, saving time and resources for DevOps teams
Boosted Visibility: Your entire team, from developers to testers, gets a clear view of all certificates throughout the development process
Effortless Integration: Leveraging protocols like ACME (Automated Certificate Management Environment), DevOps teams can seamlessly integrate certificates with their favorite DevOps tools into containers, container orchestrators, and secrets management services
Continuous Compliance: Automated certificate management empowers DevOps teams to enforce security rules automatically and consistently at every stage of the CI/CD pipeline. Automate security policies to ensure certificates are properly enrolled for all components in your workflow