Turn thousands of distributed solar smart benches, bus shelters, pergolas, and totems into an interconnected nervous system for municipalities. Gather air quality telemetry, model pedestrian flow for car-free pedestrianization, and automate predictive maintenance in real time.
This is the ADLIS Smart City Management Platform used for live demonstrations. Every widget reads data straight from the NVIDIA Jetson Box inside the product: status, battery, temperature, solar charge and consumption.
Cities already contain tens of thousands of urban furniture items. Equipping them with Adlis PCB controllers and Jetson AI engines turns passive street assets into the largest smart grid in the world.
Rather than relying on 2 or 3 remote weather towers, deploy micro-sensors across hundreds of smart benches to monitor street-level PM2.5, PM10, NO2, temperature, and heat islands in real time.
Validate car-free conversion projects with accurate foot traffic metrics. Edge optical and radar sensors track crowd density and flow patterns while strictly protecting pedestrian anonymity.
Eliminate manual inspection rounds. The platform alerts municipal crews instantly when a solar panel requires cleaning, a battery reaches thermal stress, or a waste container reaches 85% capacity.
Deliver high-speed Wi-Fi 6, dual Qi wireless inductive charging, and Qualcomm Quick Charge 3.0 ports. Collect anonymous usage telemetry to understand peak utilization hours per square.
Monitor atmospheric water generators installed in smart shelters and parks. Supervise water purity, UV-LED disinfection status, and daily liters dispensed without municipal pipe infrastructure.
Direct SOS distress triggers, AI acoustic glass-break/gunshot detection, and automated adaptive illumination that brightens upon approaching pedestrians during nighttime hours.
Every piece of Adlis Smart Street Furniture houses an industrial-grade telemetry board. Designed for extreme outdoor weather (-30°C to +70°C), our hardware processes AI workloads right at the street corner.
Proprietary multi-channel controller regulating MPPT solar input, LiFePO4 battery storage, fast USB lines, and LED light timing.
Compact neural computer running localized computer vision for anonymous crowd flow and ambient environmental modeling.
Dual-SIM failover module delivering uninterrupted cloud uplink and municipal dashboard synchronization even during grid failures.
IP66 laser particle counters (PM1/PM2.5/PM10), electrochemical gas sensors (NOx, SOx, O3), and digital decibel meters.
By processing environmental and vision algorithms locally on the street furniture, video feeds are discarded immediately—transmitting only cryptographic statistical data to municipal servers for total citizen privacy.
Every smart device plugs into the ADLIS SKM PCB or the NVIDIA Jetson Box. Explore the ports in 3D, see the connected products on the map and add a new device to the platform.
Compact fanless AI box · NVIDIA® Jetson Orin™ Nano / NX SoM
Click a number on the 3D model or a port below to see what connects to it.
| GPU | Jetson Orin Nano: 20 / 40 TOPS Jetson Orin NX: 70 / 100 TOPS |
|---|---|
| CPU | 8-core Arm® Cortex®-A78AE 2.0 GHz 6-core Arm® Cortex®-A78AE 1.5 GHz |
| Memory | Orin NX: LPDDR5 8 / 16 GB Orin Nano: LPDDR5 4 / 8 GB |
| Storage | 1 × M.2 M key 2242 (PCIe ×4), NVMe |
| Expansion | M.2 B key 3042 (PCIe ×1 / USB 2.0) · Wi-Fi / Bluetooth / 4G |
| DC input | Wide range +9 ~ 36 V |
| UPS option | Super cap (2S1P / 4S1P) · Li-battery (2S1P / 2S3P) pack · ignition by module |
| Internal | SPI, I2S, I2C, USB 2.0 wafers |
Inside ADLIS products the box sits next to the SKM-2 PCB: power comes from the solar battery (9–36 V) and the PCB reports over RS485.
Most ADLIS products run on the Control Board and the DTU. Add a Jetson Orin Nano for AI on standard products, or the AGX Orin for high-level shelters, cabins and kiosks.
Designed and built by ADLIS
Used in: benches, tables, bins, chargers, light poles, beach and box products.
Compact fanless box · ADLIS-WYC-NNS1
Used in: smart products that need AI on site — screens, cameras, interactive services.
Maximum AI power
Used in: premium bus shelters, smart cabins, kiosks and special projects.
Smart street furniture is no longer an expense—it is a self-funding infrastructure. By providing actionable data, cities save up to 40% in municipal inspection costs and make evidence-based zoning decisions.