Our challenges

Objective: Implement a precise, low-infrastructure geolocation solution to monitor assets in real time, both indoors and outdoors.

Key Technical Requirements:

– Real-time geolocation of mobile assets and materials/products

– Full indoor and outdoor coverage

– High precision in dense indoor areas

– Easy-to-deploy technology with minimal infrastructure

– Position visualization for production, logistics, and maintenance

– Equipment usage metrics

– Event alerts (e.g., assets out of zone)

– Optional integration with existing systems

Objective: Automate and streamline candidate interaction, document exchange, and selection of operational profiles in a talent-scarce context.

Key Functional Requirements:

– Automated communications (messaging, reminders, follow-ups)

– Centralized and secure document management during the process

– Dashboard to visualize application status and pending documents

– Mobile-friendly and accessible user experience

– Integration with HR systems

– Automatic document validation (e.g., safety training certificates)

Objective: Centralize planning, resource allocation, order tracking, and reporting in a unified solution to manage industrial projects from commercial phase to after-sales.

Required Features:

– Commercial pipeline: Opportunity planning to anticipate delivery times before ordering

– Engineering program: Visual plans per order, shareable across departments

– Resource planning: Staff allocation based on availability

– Live order book: Real-time visibility of order status with color-coded tracking

– Multi-project control: Consolidated project view, similar to Microsoft Project

– Production plan: Clear task assignment per project

– Weekly engineering and supply chain reports: Progress and material tracking

– Daily production report: Compliance or delay verification

Objective: Implement a tool that provides real-time visibility of order status, optimizes maritime container shipments, and facilitates coordination between the purchasing center and business units.

Key Functional Requirements:

– Order visibility from manufacturing units, with traceability by supplier, component, and destination

– Management of estimated and actual delivery times, with deviation alerts

– Planning and tracking of maritime shipments: load consolidation, container planning, in-transit tracking, and arrival estimation

– Integration with ERP, TMS, or other internal systems

– Dashboards and reports for logistics and operational decision-making

Objective: Implement a safe, autonomous, and efficient system to automate heavy load transport outdoors, reducing human intervention and optimizing time and costs.

Key Technical Requirements:

– Operation in outdoor environments under various weather and terrain conditions

– High load capacity for heavy goods (specify if known)

– Autonomous navigation with obstacle detection, route planning, and environmental adaptability

– Integration with logistics or ERP systems for planning and tracking

– Continuous operation with intelligent battery management

– Compliance with industrial safety regulations

Objective: Digitize and manage CMRs (road consignment notes) and eCMRs (electronic) for real-time tracking and traceability.

Key Requirements:

– Digital generation, signing, and storage of CMRs/eCMRs

– Integration with existing TMS/ERP systems

– Mobile access for carriers and customers

– Full traceability with event and evidence logging (photos, location, signatures)

– Compliance with digital transport regulations

Objective: Collaborate with a company to advance our Linux-based embedded systems, enhancing our technology platforms.

Desired Profile:

– Experience in high-level application development for embedded systems

– Proficiency in system software and low-level communications

– Robust solutions with high cybersecurity standards

Required Skills:

– DevOps methodologies and continuous integration

– Containerization and deployment automation tools

– Customization of embedded Linux distributions

– Programming in C/C++, Python, and Go

– Development and maintenance of hardware-specific drivers

– Security-by-design practices

– Use of static code analysis tools