Services designed for complex projects

Strategic clarity, rigorous execution, sustainable systems.

We support organizations facing complex technical challenges: new structural projects, systems to evolve, or situations to resolve.

Our role is to clarify, structure, and deliver solutions designed to last.


27 years
of experience
50,000+
people served
10+ years
of lasting client relationships

Situations where our intervention is relevant

We intervene when challenges go beyond simple execution and require a complete understanding of technical, organizational, and strategic dimensions.

New structural project

Design of platforms or digital products requiring solid architecture from the start, clear technical choices, and long-term vision.

Evolution of existing system

Modernization of production systems: adding critical features, architecture redesign, progressive migrations, while ensuring operational continuity.

Need for strategic guidance

Support for technical decision-makers and internal teams: architecture review, technical debt assessment, product or technology roadmap planning, and structural decision-making.

Accessibility or compliance requirements

Projects subject to high regulatory constraints (WCAG 2.2 AA, sectoral compliance), requiring a rigorous approach from conception.

Complex or stuck project

Poorly documented systems, drifting projects, or at-risk situations. Diagnosis, clarification, and getting back on track with controlled execution.

Performance and costs to optimize

Slow or expensive platforms to operate. Analysis, architecture optimization, and measurable improvement in performance and operating costs.

Discover how we proceed

Our 4 value pillars

A structured approach combining strategic clarity, advanced technical expertise, recovery capability, and sustainable vision.

Strategic clarity

Making decisions possible

Strategic clarity means asking the right questions before taking action.

It helps anticipate risks, clarify technical choices, and give decision-makers the confidence to move forward.

The engagement goes beyond execution, taking the form of long-term advisory support and strategic guidance.

27 years of experience

Complete journey, from the field to technological leadership.

Digital Director at Cirque du Soleil, with 40+ resources.

360° Vision

Business analysis → architecture → code → deployment → maintenance.

An integrated understanding that reduces blind spots.

Proven trust

Leaders from Cirque du Soleil and Vidéotron sought this approach for high-impact strategic decisions.

An advisory posture, beyond execution.

Typical use cases

Feasibility assessment
  • Technical and business risk analysis
  • Realistic cost and timeline estimation
  • Analysis of possible scenarios
  • Documented decision recommendation
Decision architecture
  • Justification of technology choices
  • Build-or-buy option analysis
  • Progressive migration strategy
  • Structured contingency plan
Project recovery
  • Current situation diagnosis
  • Blocking point identification
  • Clear recovery plan development
  • Supervised and transparent execution
Strategic guidance
  • Strategic decision support
  • Architecture and technical debt review
  • Technical team mentoring and guidance
  • Product roadmap planning
Discuss a strategic challenge?

360° technical vision

Seeing the entire field

Business analysis → architecture → code → deployment → maintenance.

An integrated understanding that connects decisions, anticipates impacts, and reduces blind spots. Nothing is left to chance.

Complete cycle mastered

From needs analysis to automated deployment, seven ERPI applications in stable production for over 5 years.

An integrated approach, with no blind spots.

Integrated architecture

Frontend, backend, infrastructure, security, performance: a unified vision.

100+ HAT modules in production.

Impact anticipation

Each decision is evaluated for its cascading impacts.

27 years of experience to identify risks before they become problems.

Our integrated approach

Discovery
  • Detailed business needs and objectives analysis
  • User journey and flow modeling
  • Technical and organizational constraints identificatio
  • Existing integrations evaluation
Architecture & design
  • Scalable architecture design
  • Data and API modeling
  • Security and compliance strategy definition
  • Deployment and operational monitoring plan development
Development & quality
  • Systematic code review
  • Automated testing implementation (unit and integration)
  • Continuous technical documentation maintenance
  • WCAG 2.2 AA accessibility standards application
Deployment & operations
  • Automated CI/CD pipeline implementation
  • Automated infrastructure management and deployment
  • Continuous monitoring and proactive alerts
  • Complete operational documentation
Let's discuss your architecture

Complex situation recovery

Transforming instability into sustainability

Abandoned projects, poorly documented, or in critical situations.

When complexity exceeds usual execution capabilities, a structured intervention enables regaining control, stabilizing systems, and restoring a sustainable trajectory.

Undocumented system recovery

Recovery and reconstruction of systems without documentation or usable environments.

Stabilization, evolution, and complete documentation on solid, controlled foundations.

High-risk project intervention

Intervention on refused or abandoned projects, with progressive recovery, production restoration, and structured knowledge transfer.

High operational standards

Delivery of stable, documented, maintainable systems designed to evolve over time.

Project recovery examples

Abandoned project without documentation
  • Existing architecture analysis and recovery
  • Business logic reconstruction
  • Development and operational environments setup
  • System stabilization and securing
  • Complete technical documentation
Blocked technology migration
  • Existing system and dependencies audit
  • Progressive migration trajectory definition
  • Module-by-module technical recovery
  • Automated regression testing
  • Knowledge transfer to internal team
Significant performance degradation
  • In-depth performance and bottleneck analysis
  • Query and application architecture optimization
  • Adapted caching strategies implementation
  • Operating cost optimization
  • Measurable overall performance improvement
Complex systems integration
  • Existing systems analysis
  • Reliable integration layer design
  • Cross-system data synchronization
  • Error and inconsistency management
  • Exchange monitoring
Discuss a critical situation

Sustainable digital gardens

Designed to last and evolve

Solutions designed to stand the test of time.

Thoughtful architecture, rigorous code, and measured technical choices enable platforms to evolve without constant rebuilding, while maintaining performance, accessibility, and stability.

Controlled performance

Large-scale platforms with controlled operating costs and stable performance over time, in production for several years.

Accessibility integrated from conception

Projects designed and delivered according to WCAG 2.2 AA standards, tested with assistive technologies and documented to ensure lasting compliance.

Lasting relationships

Long-term support, stable teams, and systems maintained and enhanced over several years, without quality loss or repeated rebuilds.

Sustainable technical principles

Sustainable serverless architecture
  • Serverless functions and REST API for native scalability
  • Global distribution via CDN
  • Resilient and performant NoSQL storage
  • Automated and reproducible deployments
  • Decoupled architecture favoring evolution without rebuilding
WCAG 2.2 AA accessibility
  • Development compliant with WCAG 2.2 AA requirements
  • Testing with assistive technologies and keyboard navigation
  • Readability and contrast optimization
  • Semantic HTML and mastered ARIA landmarks
  • Documented and verifiable compliance
Rigorous and maintainable code
  • Limited and justified dependencies
  • Continuous, clear, and exploitable technical documentation
  • Automated tests covering key scenarios
  • Systematic code review
  • Proven standards and practices
Evolution without rebuilding
  • Scalable modular architecture
  • Versioned and backward-compatible APIs
  • Planned progressive migrations
  • Integrated monitoring and observability
  • Structural documentation to support long-term evolution

Technology foundations

Proven technologies, chosen for their stability, scalability, and ability to support long-term sustainable systems.

AWS Lambda

Functions

DynamoDB

NoSQL

CloudFront

CDN

API Gateway

APIs REST

Vue.js

Interface

Node.js

Runtime JavaScript

Design a sustainable solution

A clear method, adapted to each situation

Each intervention begins with a complete understanding of the context. The process then adapts to the project's nature, whether it's new development, evolution, recovery, or strategic guidance, while maintaining a clear and proven structure.

  1. Discovery

    Complete context understanding, objective clarification, risk and constraint identification.

  2. Architecture

    Technical choice structuring, architecture definition, and long-term guidance.

  3. Implementation

    Progressive, rigorous, and supervised implementation of defined solutions.

  4. Delivery and evolution

    Controlled production deployment, stabilization, and support in system evolution.

Let's discuss your situation

You're facing a technical challenge, a structural project, or a situation to clarify.
An initial discussion allows us to evaluate the context and determine if collaboration makes sense.