Street Lighting Control Software

Complete street lighting control and management software solution

Effectively and dynamically manage and control street lighting projects regardless of their size and geography.

Universal support

Vendor agnostic and compatible with different lamps and lamp controllers with support for multiple technologies including LoRaWAN, ZigBee, LTE-M and NB-IoT. Third-party software and products can be integrated seamlessly.

24/7 Cloud Access

Intelligent cloud software platform for remote monitoring, management, and control of the entire lighting infrastructure with real-time analysis and health monitoring of the assets, networks, and sensors.

30-40% energy savings

Energy costs are reduced through intelligent on/off switching and targeted progressive dimming. Simpler, more efficient maintenance and reduced operational costs, thanks to the real-time status reports.

WiseBeam - Street Lighting Control Software
Intelligent monitoring, management and control of street lights

Our Smart City Sensors, Network and Light Management Software provides an in-depth real-time analysis and health monitoring of the assets, networks, and sensors so you can easily reduce energy and maintenance costs.


30-40%
energy savings
40-60%
maintenance savings

WiseBeam Street Lighting Control Software has a simple, highly interactive and user friendly dashboard that provides detailed lamp parameters, real time error reporting and advanced maintenance scheduling tools.

Features and functionalities

Street Lighting Control Software


  • Automatic street lighting operation (ON/OFF and dimming control)
  • Advanced scheduling based on astronomical calendar or light/motion sensors
  • Lamp and grid monitoring, real-time alerts, malfunctions management and triggered commands
  • Unlimited numbers of lamp grouping possibilities, advanced filtering and bulk updating actions
  • Advanced data analytics, reporting tools and performance graphs, featuring detailed filtering capabilities (lamp runtime reports, energy savings reports, luminary status reports, etc.)
  • Vendor agnostic, compatible with different lamps and lamp controllers
  • API, available for open data integrations
  • Multi-language interface
Remote management, monitoring and control of city-wide lighting infrastructure

Our Street Lighting Software gives you full visibility into your lighting infrastructure. Automatic fault detection alerts you to issues for quick response and minimal downtime. Data can be used to make informed decisions and optimize lighting performance. Manage lighting-related workflows from an intuitive app and view data from a centralized dashboard.

With an intuitive user interface and stringent security standards, WiseBeam Lighting Management Software is scalable to fit your needs and gives you complete visibility and control of your entire lighting system. Individual or group light point control provides flexibility in one platform, with the option to use licensed cellular networks and unlicensed radio frequency communications architectures.

Lighting control and management software
Benefits for city managers
Plan and maintain

Use data to predict when luminaires are approaching end of life and schedule maintenance or proactive replacement. Manage workflows and send accurate work requests to maintenance crews in the field.

Gain new insights

Identify opportunities to improve operations and reduce costs with easily generated reports, rich data visualizations and analytics showing how your city’s lighting is performing.

Secured in cloud

Data and information gathered from the Street Lighting Software is stored safely in the cloud. City managers can use this data to further optimize and improve lighting operations.

Open APIs

Open, secure APIs enable the integration of lighting control and management software with other city management and IT systems or dashboards enabling lighting to be synchronized with other city services or activities.

Lighting control and management software
Benefits for lighting operators
Clear work instructions

Accurate job instructions are sent directly from the system to field workers, eliminating the potential for false information and misunderstandings.

Accurate data

Any modifications made in the field are automatically tracked and incorporated, avoiding redundant data streams.

Optimize street lighting performance and accurately measure energy use in real time
Connected LED lighting combined with Energy optimization software gives you visibility into your lighting infrastructure’s energy use. This insight helps identify opportunities for further energy savings, either through dimming, scheduling and zoning, or by using presence detection sensors on the street lights to regulate light levels based on traffic and pedestrian use.
Save energy, lower costs

Switching to LED will deliver up to 70% energy savings. And by adding smart controls, you can save up to 80%. Use sensors to detect when people or cars are present, so the lighting can be dimmed at times when the streets are empty.

Better decision-making

Continuous energy consumption measurement and data enables new insight that supports more informed decisions to help improve operational efficiency and optimize lighting performance.

Continuous improvement

View real-time or historic data on lighting-based energy consumption across your city. Use this data to gain insights in order to create benchmarks and improvement initiatives to further drive energy efficiency that reduces CO2 emissions and costs.

Communication protocols and supported technologies

To make sure that the intelligent street lighting system is flexible and adaptable to any customer and specific project conditions, we support IoT communication technologies: LoRaWAN™, NB-IoT, LTE-M, Zigbee. Depending on local network coverage and specific requirements, you can use one open communications protocol or combine them in hybrid implementations to meet the project’s needs and create connected street lighting infrastructures. This generates unprecedented implementation options, but also allows lightning-fast deployments and commissioning in case of existing public network coverage.

LTE-M

LTE-M is a low power wide area (LPWA) technology standard published by 3GPP. It supports IoT through lower device complexity and extended coverage, while allowing the reuse of the LTE installed base. Supported by all major mobile equipment, chipset and module manufacturers, LTE-M networks will co-exist with 2G, 3G, and 4G mobile networks and benefit from all the security and privacy features of carrier-grade networks.

NB-IoT

Narrow-Band IoT (NB-IoT) is a narrowband RF communication technology specially designed for the Internet of Things (IoT). It connects devices more simply and effciently on already established mobile networks, and handles small amounts of infrequent 2-way data, securely and reliably. The special focus of this standard is on very low power consumption, excellent penetration coverage and lower component costs, deployed in GSM and LTE regulated frequencies.

LoRaWAN

LoRaWAN™ is a Low Power Wide Area Network (LPWAN) specification. LoRaWAN™ targets key requirements of Internet of Things such as secure bi-directional communication, mobility and localization services. It provides seamless interoperability among smart things without the need of complex local installations and gives back the freedom to the user, developer and businesses, enabling the rollout of Internet of Things

Zigbee

Zigbee is an IEEE 802.15.4-based specification for a suite of high-level communication protocols used to create personal area networks with small, low-power digital radios, such as for home automation, medical device data collection, and other low-power low-bandwidth needs, designed for small scale projects which need wireless connection. Hence, Zigbee is a low-power, low data rate, and close proximity (i.e., personal area) wireless ad hoc network.

Hardware devices and controllers

Smart streetlight controllers are the base of every smart street lighting projects. They can be connected to the power cabinet (directly to the lighting panel power source) or to the lamp, with restrictions in terms of design, installation and communication, and can be managed via a street lighting software. To keep deployment cost at a minimum we are offering several mounting solutions to ensure smooth lamp upgrade and fast lighting controller installation: with standardised connectors (NEMA, Zhaga) and wired (embedded, in-pole).

NEMA

The NEMA socket is a standardised connector for streetlight controllers, derived from the American socket standard, that can be easily mounted through plug-and-play installation on NEMA compatible lamps. Powering up is automatic and the luminaire is available immediately for feedback and control. NEMA sockets are sealed and suitable for outdoor deployments.

Zhaga

Mounted on-lamp through plug-and-play installation, Zhaga is a newer, more compact connector, developed especially for today’s slim LED fixtures. Produced according to a global lighting-industry standard, Zhaga connectors can be deployed on existing lighting infrastructure and integrated with third-party solutions. Zhaga sockets are suitable for outdoor installations.

Embedded

Designed to minimize occupied space, the embedded streetlight controller is the best way to keep the lamp’s architectural value intact. Mounted inside the pole, the controller can be wire-connected into most luminaire designs and can be embedded straight from the lamp production line, allowing any producer to offer ready smart street lighting fixtures.

Pole-mounted

The pole-mounted controller is the most flexible form factor option available as it does not require any special connections or certain lamp types. With its IP66 protection rating and compact dimensions, the controller can be installed directly inside or on the lighting pole, so it can be used to retrofit existing street lighting with minimal visual impact and virtually no civil works.

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