Design office · Connected products
You are leading the project.
We are managing its implementation.
A connected product combines electronics, software, application, and services. ParlezVousTech organizes their design and integration, from the initial idea to the deployed versions.
01 · From idea to product
Your idea deserves
a genuine product.
You know your customers, but don't have an electronics or software team? We transform your usage into a concrete technical project, then manage its implementation.
- Define what needs to be builtUse, useful functions, target cost and site constraints.
- Bringing together the right skillsElectronics, software, application and integration, with the necessary partners.
- Prototype, test, prepare for what's nextProgressive validations before moving on to the next step.
No need for a technical specification to get started.
The first deliverable
A framework: priority functions, envisaged architecture, implementation stages and estimated budget.
Then, depending on the mission: prototype, design files, software and test results.
A contact person. The right skills.
A project being managed.
Combined skills.
You're staying focused on your market.
We orchestrate the execution.
ParlezVousTech coordinates the design, integration and validations, with suitable partners in electronics and other specialties.
years of experience in embedded software and connected product integration.
You remain in control.
The roles, budget and milestones are validated with you at each stage.
02 · From prototype to field
Prepare the passage
From prototype to field.
A convincing prototype still needs to withstand real-world use. We coordinate product validation, hardware-software integration, and the technical elements necessary to prepare for manufacturing.
- Check the entire productElectronics, power supply, software, connectivity and application.
- Testing critical scenariosPower outage, network loss, interrupted update and resumption.
- Prepare for manufacturing and deploymentFiles, testing resources and exchanges with manufacturing partners, depending on the scope.
What you get back
A validation plan, the gaps to be corrected and the agreed deliverables to prepare for manufacturing and deployment.
Specialized testing and compliance: needs are identified during the scoping phase with appropriate partners.
03 · Understanding the incidents
Understand the incident.
Make the correction in the correct place.
Disconnections, freezes, inconsistent data: fixes are piling up, without a solid explanation. We examine the interactions between electronics, software, network, and application to isolate the causes.
- Reconstructing the eventsVersions, logs, conditions of occurrence and impact on users.
- Putting the hypotheses to the testReproduction, instrumentation and targeted testing, with the relevant specialists.
- Define the correction and its validationA prioritized action and a scenario to verify its effect.
What if the incident cannot be reproduced?
We distinguish between established facts and hypotheses and identify missing measurements. Targeted instrumentation can be proposed to capture the next incident.
A diagnosis
to decide.
What is confirmed, ruled out, or remains to be measured.
Where to intervene, why, and in what order.
The tests to be carried out to evaluate the correction.
The correction can be assigned to your team or be the subject of a separate project.
04 · Evolve the product
Keep your hand on
your deployed products.
New function, new sensor, application or remote updates: we evolve the building blocks of the product and check their compatibility.
- Evolve the productNew functions, sensors and interfaces: a coordinated evolution of hardware and software.
- Prepare for updates and recoveryIntegrity, interruption of the transfer and return to a functional version.
- See what's happening on the groundInstalled versions, equipment status and logs useful for diagnosis.
And what about embedded AI?
We start with the use case, assess the constraints on the target, and then define a measurable prototype before integration. A known function can start development directly.
A well-managed update
Plan
Version compatibility and integrity verification.
Tester
Installation, interruption and recovery mechanism.
Deploy gradually
A pilot batch, then a controlled expansion.
Observe the result
Installed versions, failures, and diagnostic information.
What you get back
The mechanisms implemented, their testing, and a deployment procedure adapted to your architecture.
You proceed step by step. You maintain visibility.
Feasibility study, design, prototype or targeted intervention: the proposal specifies the deliverables, scope, schedule and budget.
01 · Frame
A concrete objective and acceptance criteria shared with your team.
02 · To carry out
Validation steps on the equipment and under the agreed conditions.
03 · Transmit
The agreed deliverables: design files, source code, test results and documentation.
The details, when you need them
From electronics to application.
A product designed as a whole.
Electronic design & prototyping
Component selection, schematics, prototype boards and product integration, in collaboration with electronics partners involved in the project. Power supply, size and manufacturing constraints guide the choices.
Embedded Firmware & Linux
Software architecture, microcontrollers, drivers, Linux services, and integration on the target hardware. Product constraints guide the choices.
Applications, cloud & connectivity
Mobile or web applications, configuration interfaces, data exchange, and cloud services. Connecting equipment to your customers' needs, with technologies tailored to the product.
Embedded AI
Start with a specific use case: local detection, offline operation, or reduction of transmitted data. Study the feasibility on the target device using criteria such as accuracy, latency, memory, and power consumption.
IoT Security
Define a technical scope: access and data exchange protection, secrets management, and update integrity. The need for specialized assessment or compliance is identified during the scoping phase.
Remote updates & diagnostics
Firmware distribution, version tracking, gradual deployments, and recovery after failure. Making incidents observable to facilitate analysis.
Before contacting us.
Should we always start with an audit?
No. An idea can start with a scoping exercise or a feasibility study. A need that has already been defined can go directly into design, development, or integration.
What information should I prepare?
The intended use, your users, the project stage, and your deadline. An idea or a prototype is enough to get started; we help you define the technical requirements.
How are the price and delivery time determined?
The proposal specifies the scope, deliverables, necessary access, timeline, and budget. It takes into account the constraints and uncertainties identified with you.
What's your next step?
Your idea, your users, your next step: let's talk about it.