- Mon - Fri : 09.00-17.00
Wivalux USA is a leading provider of innovative Smarter City™ Solutions, integrating intelligent infrastructure, IoT, AI, and sustainable technologies to build smarter, safer, and more connected communities. We are committed to helping cities, communities, and organizations transition from simply ‘tech-enabled’ toward smarter, safer, and more sustainable environments through innovative Smarter City™ Solutions.
We would love to learn about your needs and discuss opportunities for working together. We appreciate your consideration.
At Wivalux USA, we are committed to helping cities, communities, and organizations transition toward smarter, safer, and more sustainable environments through innovative Smarter City™ Solutions.
Wivalux provides comprehensive solar system solutions tailored for private and corporate clients, as well as municipalities, and large residential developments. Our expert operations team handles every aspect of your project—from consultation and design to regulatory approvals and financing—ensuring a seamless integration of solar energy into your operations. Our engineering and technical teams are headquartered in Europe and have designed projects across Europe, the Middle East, South America, and Africa. We offer a turnkey approach focused on maximizing profitability and ensuring sustainable energy for the future.
A BESS is an integrated technology that captures surplus electricity—often from solar panels or the power grid—and stores it in rechargeable batteries for later use. It balances electricity supply and demand, provides backup power during outages, and enables greater energy independence.
Wind turbines convert the kinetic energy of wind into electrical energy. As wind blows across the rotor, aerodynamic force causes the blades to spin, turning a shaft that powers a generator. They are highly scalable, ranging from small 500W residential models to utility-scale, offshore mega-turbines.100% renewable, decreases reliance on fossil fuels, and emits zero greenhouse gas emissions during operations.
At Wivalux, we specialize in innovative biogas systems that transform organic waste into renewable energy, providing municipalities, companies, and agricultural businesses with a
sustainable solution to manage waste and generate power. Our biogas systems contribute to cleaner energy, reduce waste disposal costs, and support environmental goals.
Organic Waste Collection and Processing: Our solutions begin with the efficient collection of organic waste. By utilizing advanced processing technologies, we maximize waste-to-energy conversion, ensuring optimal biogas production from organic materials such as food waste,
agricultural by-products, and sewage sludge.
Environmental and Economic Impact: Biogas technology offers numerous benefits: reduced greenhouse gas emissions, minimized landfill usage, and significant energy savings. Our solutions help clients meet environmental targets while generating valuable biogas for energy production, creating both ecological and economic benefits.
Our intelligent lighting solutions use advanced LED networks to transform lighting systems into efficient, adaptive infrastructures that deliver up to 75% in energy savings. These are installed strategically across streets, parks, and public spaces, providing not only optimal visibility but also a significant boost in public safety. By integrating features like motion detection, remote dimming, and real-time monitoring, these lights adjust to the surrounding conditions, ensuring consistent brightness and responsiveness.
This sustainable approach reduces light pollution, lowers operational costs, and minimizes carbon footprints, ultimately contributing to a greener, more connected community. Additionally, the system is designed to integrate seamlessly with other Smarter City™ applications, such as security cameras and IoT sensors, creating a cohesive network that supports broader community management objectives. With automated maintenance alerts and data-driven insights, our smarter lighting solutions make communities brighter, safer, and more eco-friendly while enabling smart, data-informed management practices.
Customizable and Scalable Design: Every community has unique safety needs, and our camera networks are fully customizable to address specific priorities—whether monitoring high-traffic public areas, securing building perimeters, or providing surveillance for critical infrastructure. Scalable by design, our networks can grow and evolve as cities expand, ensuring continued security as new challenges emerge.
Our camera networks provide civic leaders with real-time visibility, allowing for proactive and data-driven public safety management. With our solutions, urban spaces can become safer, more secure environments that meet both current and future needs for community protection.
Our camera networks bring state-of-the-art surveillance to community spaces, crafted in collaboration with local authorities to address their specific diverse security needs. Each camera system is equipped with advanced crime detection and public safety features designed to make community areas safer and more resilient.
Biometric Recognition: Our biometric technology identifies individuals through unique physical characteristics, such as facial features, allowing security teams to locate persons of interest and prevent unauthorized access to restricted areas. This capability aids law enforcement in identifying individuals linked to security alerts and enables proactive interventions in high-risk zones.
Automatic Behavior Detection: Built-in AI-powered behavior analysis identifies and flags unusual activities, from loitering in sensitive areas to sudden large gatherings. The system alerts security personnel in real-time, allowing for swift responses to potentially dangerous situations. Behavior detection helps prevent incidents before they escalate, creating safer public spaces and reducing response times.
Number Plate Recognition (NPR): NPR technology captures and logs license plates, making it easier for authorities to monitor traffic flows, track vehicles of interest, and manage traffic violations. By automating vehicle identification, NPR technology also supports stolen vehicle recovery and enhances security in restricted-access areas, like government buildings or public facilities.
Integrated Safety Ecosystem: Our camera networks work seamlessly with other smart city systems, including IoT sensors and adaptive lighting, to form a cohesive, city-wide safety infrastructure. By creating a connected surveillance ecosystem, communities can improve situational awareness and enable coordinated responses to security threats. This integration allows data from multiple sources to be combined, offering a holistic view of urban safety.
Our Internet of Things (IoT) infrastructure transforms urban areas into highly connected environments by linking a diverse array of sensors to create a data-rich, responsive network. This flexible system integrates seamlessly with sensor types dedicated to applications like security, environmental monitoring, and public safety, allowing cities to gather real-time data on key metrics such as air quality, noise levels, energy consumption, and traffic patterns. Designed for cost-efficiency, the IoT network is low-power, which extends device lifespans and minimizes energy usage—critical factors in large-scale urban deployments. Cities can achieve widespread sensor coverage without a significant impact on operational budgets, maintaining consistent performance with minimal maintenance.
This network not only collects data but also transmits it to a centralized monitoring platform, simplifying urban management by consolidating data streams into a unified interface. City administrators gain actionable insights that allow them to make data-driven decisions for traffic flow optimization, emergency response, and environmental protection. Additionally, the IoT system can scale as city needs evolve, making it ideal for cities planning for long-term growth and resilience.
Our IoT infrastructure empowers Smarter City™ communities to foster safer, more sustainable, and more efficient urban environments, enabling proactive responses to urban challenges and promoting overall quality of life for residents.
Our Wi-Fi solution, …built on LoRa (Long Range) 5G technology. provides a comprehensive, secure, and low-power network that spans the entire city. This network seamlessly integrates with existing smart infrastructure, such as LED street lighting and surveillance cameras, offering a unified system that supports multiple use cases. It not only enables public Wi-Fi access but also facilitates real-time communication between IoT devices, city management systems, and security personnel.
This expansive connectivity enhances city services by enabling the collection of actionable data. For example, pedestrian footfall heat maps are generated from sensor data, offering valuable insights into traffic patterns, helping urban planners optimize pedestrian flows, and guiding infrastructure development.
The system also delivers real-time public safety alerts, allowing law enforcement and emergency responders to act swiftly during critical situations, thereby improving the overall safety of the city.
Furthermore, the long-range capabilities of the LoRa technology ensure that even remote or hard-to-reach areas are covered, allowing for broader sensor deployment. Cities can continuously monitor environmental data, manage public utilities, and ensure the security of public spaces without the need for complex, high-energy-consuming networks.
Our integrated Wi-Fi system not only meets the current needs of urban areas but also allows for future expansion as cities grow. It is a scalable solution that adapts to technological advancements and urban developments, ensuring that cities remain connected, smart, and equipped to face future challenges in a sustainable and efficient way. This IoT-driven connectivity transforms urban management into a more data-informed, automated process, contributing to smarter decision-making and a higher quality of life for city residents.
