We design and deploy secure, scalable IoT infrastructures that connect and control mission-critical assets in cities, districts, defence, and large facilities.
From adaptive lighting to parking systems, feeder pillar monitoring, and traffic counting, our iLCS platform delivers real-time monitoring and bidirectional control — protected by Zero Trust, hardware encryption, and resilient cloud microservices.
Real-time dimming and centralized control of thousands of streetlights, based on traffic flow, weather conditions, and street category. Municipalities achieve up to 78% energy savings while improving safety and reducing CO₂.
Download PDFContinuous supervision of feeder pillars with certified energy metering, remote alarms, and automation features. Reduce downtime, optimize maintenance, and ensure operational continuity for critical infrastructures.
Download PDFAccurate vehicle counting and classification, pedestrian flow analysis, and advanced mobility planning with distributed sensors and edge computing. Cities gain real-time insights to improve safety, optimize traffic flow, and design more sustainable roads.
Monitoring and optimization of parking spaces using sensors, radars, or cameras. Seamless integration with EV charging stations and mobility platforms helps reduce congestion and improve user experience.
Download PDFIntegration of air quality, weather, and noise sensors for data-driven planning and compliance with sustainability goals. Cities can monitor conditions in real time and act proactively on urban wellbeing.
Do you have a unique challenge? From industrial IoT to defence applications, we design tailor-made hardware, firmware, and cloud solutions to match your exact needs — from idea to large-scale deployment.
At Wi4B we deliver IoT infrastructures that are secure, scalable, and quick to deploy. Thanks to remote commissioning and simplified installation processes, projects can be rolled out rapidly and expanded with ease — from small pilots to nationwide deployments.
We start with a detailed analysis of the operational context, existing assets, and communication requirements. Based on this assessment, we design resilient architectures that balance performance, scalability, and cost efficiency.
All sensors and controllers are designed for plug-and-play installation by local electricians or certified partners, while commissioning and configuration can be carried out entirely remotely. This makes deployments extremely fast and scalable, reducing costs and project risks.
Once installed, devices and gateways are unified under the iLCS platform, enabling real-time monitoring, analytics, and bidirectional control. Operators can manage thousands of devices simultaneously through intuitive dashboards and automated workflows.
Beyond deployment, Wi4B ensures continuous monitoring, OTA firmware updates, and modular expansion. Infrastructures evolve alongside customer needs, ensuring long-term resilience, minimized downtime, and future-proof scalability.
We combine deep expertise in IoT hardware, firmware, cloud, and network infrastructure to deliver truly end-to-end solutions. Our iLCS platform manages mission-critical operations for cities, districts, defence, and large facilities with unmatched reliability and scalability.
Our iLCS platform collects, organizes, and correlates data from thousands of heterogeneous sensors and devices. From streetlights to feeder pillars, environmental probes, and defence infrastructure, all information is unified in a single georeferenced view.
This allows operators to quickly detect anomalies, measure performance trends, and apply rules that transform raw data into effective actions across complex, multi-sensor environments.
We enable organizations to monitor and control their assets in real time — not only reading data but also commanding devices directly, from dimming streetlights to updating firmware remotely.
This bidirectional capability reduces downtime, cuts operational costs, and extends the lifetime of equipment
Our solutions are designed to keep large infrastructures running smoothly, even in distributed and difficult-to-access environments.
Security and continuity are at the core of our solutions. With Zero Trust architecture, hardware encryption, and end-to-end secure communications, we ensure that mission-critical infrastructures are always protected
Our systems are engineered to resist failures and cyber threats, guaranteeing reliable service in cities, districts, industrial sites, and defence scenarios where resilience cannot be compromised.