From streetlights to defence infrastructures, real-time data is only valuable if it leads to action. Wi4B’s iLCS platform transforms millions of events per second into secure, scalable operations — monitoring, analyzing, and instantly commanding devices at scale. Built for resilience, trusted by Defence, and proven in nationwide deployments.
Chosen by the Italian Defence for its reliability, the iLCS platform has been tested in the most demanding mission-critical environments. Its resilient architecture ensures that infrastructures remain operational even under stress, with high availability, redundancy, and secure design by default.
From local pilots to nationwide deployments managing tens of thousands of devices, iLCS is designed for scalability. Its cloud-agnostic architecture spans 5 data centers in different countries, combining load balancers, web accelerators, and distributed Kubernetes clusters for auto-scaling. This guarantees performance and low latency no matter the size of the deployment.
Unlike platforms that only collect and display data, iLCS was built for real-time task management and retroaction. Events from sensors can trigger automated responses instantly — from adaptive dimming of thousands of streetlights, to resetting feeder pillars remotely, or controlling traffic flows based on live conditions. This bidirectional control is a unique differentiator: the system doesn’t just show what happens, it acts on it.
The platform is designed to integrate with any existing sensors and systems: smart lighting, parking monitoring, traffic classification, energy metering, environmental analysis, video surveillance, and more. Thanks to its modular microservice approach, new features can be added without disrupting existing services — enabling tailor-made solutions for each client.
Security is embedded throughout the entire iLCS stack. At the edge, remote devices are equipped with ATSHA encryption chips, secure boot mechanisms, and anti-tampering protections to prevent unauthorized access. Gateways add another layer of defence with TPM 2.0 hardware encryption, VPNs with digital certificates, and the absence of exposed LAN ports, ensuring communications remain fully protected. In the cloud, security continues with end-to-end encryption both in transit and at rest, Kubernetes secrets for credential management, workload isolation, and continuous vulnerability scanning. This multilayered approach makes iLCS one of the most secure IoT platforms available today.
With iLCS, data is never static. Millions of events collected from sensors are transformed into dashboards that operators can understand at a glance — but more importantly, into real-time commands that act directly on the field.
From adjusting streetlight brightness, to resetting feeder pillars, to rerouting traffic flows, our platform ensures that insights instantly translate into smarter, safer, and more efficient operations.
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.