Solutions iot multi domaines

The contract timeline is as follows:

The framework agreement has an initial duration of one (1) year. It is renewable three (3) times for periods of twelve (12) months each through tacit renewal. The total duration of the contract, including all renewals, is not explicitly stated in its entirety but cannot exceed a certain limit.

The contract start date, distinct from the notification date, begins on the date specified in a unilateral decision from Resah, potentially in the form of a service order. If no such decision is issued within 6 calendar months following the notification date, the start date will be the day after this 6-month period expires.

Key phases and associated deadlines include:

• Study and definition of the solution.
• Delivery of equipment.
• Installation and configuration.
• Commissioning of the solution.
• Transmission of the "Dossier des Ouvrages Exécutés" (DOE).

If no specific deadline is provided by the Contractor for a given service, the default contractual deadline for each phase is set at twenty (20) calendar days.

The core scope of work for this tender involves several key phases and deliverables.

The Study & Qualification Phase includes analyzing needs, formalizing use cases (such as smart mobility), technical qualification, defining the target IoT architecture (comprising magnetic sensors, flow counters, LoRaWAN network, SaaS platform, dynamic display API, and open data), and qualifying network coverage across the communal territory. This phase also requires field visits for surveying parking spaces, measuring sensor implantation, and assessing access and power constraints.

The Supply of Connected Objects focuses on providing magnetic sensors for parking space detection, specifically mentioning the Nwave Parking Sensor model.

Works & Integration encompasses the installation of simple and complex outdoor Gateways, including mounting, existing electrical connections, standard configuration, and addressing challenges like height, difficult access, and specific safety requirements. It also covers the installation and parameterization of IoT objects (for up to 100 standard objects and additional units) and the integration of the IoT software platform for specific use cases and object quantities.

Project Management & Deployment involves project steering and coordination, which includes managing meetings, planning, and reporting. Additionally, it requires support for acceptance testing and the drafting of the Dossier des Ouvrages Exécutés (DOE).

Corrective Maintenance (MCO) for a 36-month budget includes an annual lump sum for corrective maintenance, supervision, and support (both FAS and subscription models). This phase details on-site interventions during working hours for routine incidents (diagnosis, sensor replacement, N1 corrective actions for network/cabling/gateway, and N2 corrective actions for platform/firmware) performed by senior and confirmed technicians and engineers. It also covers on-site and remote interventions during non-working hours for critical incidents by senior technicians and engineers.

The core deliverables from the study phase explicitly state the requirement for:

• A needs analysis note, detailing selected use cases and service levels.
• A technical qualification note, covering environmental analysis, identified constraints, and prerequisites.
• A target architecture document, including functional and technical diagrams of the solution (equipment, networks, data flows, software solutions, interfaces).
• A note on cybersecurity and regulatory compliance, outlining principles and reference frameworks.
• A network coverage or connectivity study, if necessary.
• Detailed sizing of equipment and software components.
• Solution performance commitment levels, including indicators, commitment levels (availability, GTI, GTR), reference timeframes, and any market exclusions.
• A detailed costing of the solution, based on BPU unit prices.
• A provisional implementation schedule, detailing key steps, milestones, and deadlines.