At Sigilence Technologies, we make DevOps a strategic tool for businesses aiming to combine speed, reliability and scalability—building optimized infrastructures, automating critical processes and continuously improving deployments.
Our commitment: we embrace a DevOps approach that promotes collaboration and active listening, managing projects and developing software solutions aligned with our users’ real needs.
We also leverage our DevOps expertise to address:
Our areas of expertise
DevOps isn’t just about stacking tools and hoping for the best. It’s a methodical approach to designing and operating robust, scalable systems tailored to operational requirements. We automate, secure and optimize your processes, so you can focus on what matters most.
We can also support you in these areas.
All expertises
A DevOps transformation beyond mere tooling
Applying DevOps techniques to your software and infrastructure projects brings long-term peace of mind. We implement proven principles to eliminate friction, enhance code quality.
Our tools: Improved Velocity, Increased Reliability, Functional Validations, Technical Debt Management, Versioning, Security, Compliance, Monitoring
Mastering the environment means mastering the deployment chain
A good engineer knows that a system is never isolated: it interacts with its infrastructure, network and dependencies. Whether on-premise, public cloud, or hybrid, we optimize your platforms to ensure resilience, scalability and security.
Our tools: Debian/Ubuntu, Rocky Linux, Windows, Self-hosted, OVH, Scaleway, Azure, GCP
Workflows designed for humans, not just machines
DevOps enhances communication and alignment within your teams. We structure your pipelines and collaborative processes so developers, ops and architects work together efficiently, with rapid iterations and informed decisions. Less friction, more value.
Our tools: GitLab, GitHub, Artifactory, GitOps, API Stability, Decision Support, Code Review, Technical Facilitation
Tooling as a lever, not an end
Automation and continuous integration are futile if not well-conceived. We select and integrate each technological component with a clear objective: reduce human error, accelerate production deployment and ensure effective supervision. No unnecessary gadgets, only mastered and adapted tools.
Our tools: Ansible, Debian/RPM Packaging, Artifactory, Containers, Docker Registry, Kubernetes, Trivy, Lint and Code Quality
What sets us apart
Focused on your critical needs, discover how our technical skills translate into practical and tailored solutions to tackle your most complex DevOps challenges.
Designing distributed, highly available and fault-tolerant solutions.
Reducing manual interventions through optimized CI/CD pipelines and Infrastructure as Code tools like Terraform.
Analyzing and improving response times and availability for critical applications.
Smooth, integrated management of infrastructures across AWS, Azure, GCP, OVH, and Scaleway, with a hybrid or multi-cloud approach.
Implementing systems designed to handle rapid growth and major load fluctuations.
Embedding best security practices directly into CI/CD pipelines and DevOps processes
Methodology
Our DevOps approach combines leading practices, modern tools, and deep expertise to transform your software delivery processes.
Analysis of workflows, infrastructures and existing processes to identify bottlenecks and prioritize necessary improvements.
Implementation of pipelines for automatic integration, testing and deployment, reducing errors and speeding up delivery cycles.
Standardization and automation of environment deployment using tools like Ansible or Terraform.
Security integrated at every development stage through scanning tools and secrets management.
Advanced monitoring to detect anomalies, optimize performance and ensure system stability.
Collecting metrics and feedback to refine processes, reduce costs and enhance resilience.
Client cases
Discover some of the DevOps projects we’ve delivered in recent months.
A client undergoing acquisition had inherited a large legacy codebase, with little visibility into its true value.
Our mission: deploy a fully integrated system for measuring code coverage on a large-scale C++ project, to give visibility on how well the existing tests cover the codebase.
Our mission: help a client prevent functional regressions by implementing automated integration testing on their data visualization web app.
