Custom
Electronics for the Infrastructure That Makes Cities Smarter, Safer, and More
Livable
From city-wide LoRaWAN environmental sensor networks to adaptive traffic signal control electronics to transit passenger information systems — Ankh builds smart city hardware around the municipal constraint set: IP66 outdoor durability, 10-year deployment lifecycle, FIWARE NGSI-LD interoperability, IEC 62443 cybersecurity, and the open standards that govern how cities buy technology.
The Challenge
Cities Need Hardware Built for Urban Scale — Not Consumer IoT Repurposed for Infrastructure
Cities are under simultaneous pressure from every direction. Climate change is driving urgent demand for real-time environmental monitoring, flood prediction, and urban heat island management infrastructure — systems that require city-wide sensor networks capable of continuous outdoor operation for years without maintenance. Urban population growth is straining traffic infrastructure, transit systems, and public safety resources — and the hardware layer of the smart city response is where adaptive signal control, real-time passenger information, and computer vision public safety systems actually deliver measurable outcomes. Fiscal constraint makes the cost-per-insight of legacy manual monitoring approaches unsustainable, and citizen expectations for real-time service quality have been normalized by private-sector technology.
The hardware layer that connects physical city infrastructure to the digital platforms that make it manageable is the critical bottleneck — and off-the-shelf commercial IoT hardware was not engineered for 10-year outdoor deployment, city-scale LoRaWAN network management, FIWARE NGSI-LD data model interoperability, or the IEC 62443 cybersecurity requirements of critical public infrastructure. A smart city infrastructure node is not a consumer IoT sensor in a weatherproof box. It is a precisely engineered device with solar power management for multi-year battery backup life, IP66 and IK10-rated enclosures for outdoor urban environments, OTA firmware update capability for devices mounted on infrastructure that requires specialist access equipment, and open-standards data output that integrates with the existing and future municipal technology ecosystem.
Ankh Innovations builds smart city hardware around the municipal constraint set — not the startup constraint set. We understand the difference between a city pilot and a city-scale deployment, between a commercial LoRaWAN gateway and a city-operated multi-network server architecture, and between a proprietary smart city platform and a FIWARE-compliant open data infrastructure that preserves the city's future procurement options. Smart city platform vendors, municipal infrastructure operators, transit authorities, and urban technology startups all need an engineering partner with genuine smart city domain knowledge — and that is what Ankh delivers.
Smart City Hardware We Engineer
From city-wide environmental monitoring networks to adaptive traffic signal control electronics to transit passenger information systems — purpose-built for outdoor urban deployment at city scale.
Environmental Monitoring & Urban Sensing Networks
Traffic Management & Connected Mobility Electronics
Smart Street Lighting Electronics
Flood & Water Infrastructure Monitoring
Public Safety & CCTV Infrastructure Electronics
Urban Mobility Electronics
Smart Waste & Utility Management Hardware
Bridge, Infrastructure & Structural Monitoring
IP66 enclosure design for outdoor urban environments, IK10 vandal resistance for publicly accessible hardware, solar power management for infrastructure-independent deployment, multi-year primary battery life engineering, and component selection for 10-year field-life targets. Designed not for the city pilot, but for a decade of unattended urban operation across thousands of nodes where every unnecessary maintenance visit has a measurable cost in crew time and public disruption.
Ultra-low-power firmware on ARM Cortex-M and STM32 platforms for 5 to 10-year field deployment without battery replacement. LoRaWAN firmware with ADR (Adaptive Data Rate) management, Spreading Factor optimization for urban street canyon RF environments, and multi-network server architecture for city deployments spanning multiple administrative domains. Watchdog, fault recovery, and local data buffering for unattended outdoor operation through power outages and connectivity loss.
LoRaWAN for city-wide sensor networks covering entire urban areas from minimal gateway infrastructure. LTE-M and NB-IoT for nodes requiring higher data rates or cellular coverage. MQTT and CoAP for smart city platform middleware integration. Dual-mode connectivity with graceful degradation and local buffering during network interruption — maintaining data continuity through the power outages and connectivity gaps that are a routine feature of unattended outdoor infrastructure.
Edge AI firmware for on-device urban analytics — traffic flow classification, pedestrian behaviour analysis, crowd density monitoring, environmental anomaly detection, and noise event classification running locally without cloud round-trip latency. Computer vision for public safety applications — incident detection, license plate recognition, abandoned object detection, and perimeter intrusion monitoring on hardware designed for 10-year unattended outdoor operation.
FIWARE NGSI-LD data model integration for smart city open data interoperability. NTCIP-compliant interfaces for traffic management system integration. SAE J2735 V2X and SPaT broadcast hardware. Integration with Siemens MindSphere, Microsoft Azure IoT, AWS IoT Greengrass, and custom municipal data platforms. Urban digital twin data pipeline engineering connecting physical sensor readings to 3D city models.
IEC 62443 awareness for smart city operational technology security. NIST Cybersecurity Framework alignment for municipal critical infrastructure. Secure boot, encrypted communications, network segmentation support for OT/IT boundary devices, and ETSI EN 303 645 IoT cybersecurity baseline compliance. Smart city infrastructure is critical public infrastructure — the cybersecurity architecture is designed in from the start, not retrofitted after deployment when a penetration test reveals the exposure.
Platforms & Protocols
The Technology Stack Behind Smart City Infrastructure
Why Engineering Teams Choose Ankh
Designed for City-Scale Deployment and Decade-Long Operation
IP66 enclosures for outdoor urban environments, IK10 vandal resistance for publicly accessible hardware, solar power management for locations without power infrastructure, and OTA firmware update architecture for devices mounted on infrastructure that requires specialist access equipment to reach. Hardware designed not just for the pilot, but for 10 years of unattended city-scale operation across thousands of nodes where every unnecessary maintenance visit has a measurable cost in crew time, traffic management, and public disruption.
Open Standards and Interoperability First
FIWARE NGSI-LD for smart city data model interoperability and open data publication. LoRaWAN Alliance certified for city network integration. NTCIP for traffic management system compatibility. SAE J2735 for connected vehicle and V2X communication infrastructure. Hardware that integrates into the existing and future municipal technology ecosystem — without proprietary lock-in that limits the city's future procurement options and creates the kind of vendor dependency that municipal technology officers are actively procuring away from.
Cybersecurity by Design for Critical Urban Infrastructure
IEC 62443 awareness, NIST Cybersecurity Framework alignment, ETSI EN 303 645 IoT cybersecurity baseline, secure boot, encrypted communications, and network segmentation support for OT/IT boundary devices. Smart city infrastructure is critical public infrastructure — sensor networks covering thousands of locations, traffic signal control electronics managing major intersections, and public safety camera systems monitoring high-footfall public spaces. The cybersecurity architecture is not optional and is not retrofitted after deployment when a penetration test finds the vulnerability.
Full Stack from Sensor Node to City Platform
Environmental sensor hardware, edge AI firmware, LoRaWAN connectivity, FIWARE-compliant platform integration, urban digital twin data pipeline, and city operations dashboard — under one roof with no integration gaps between the physical sensor reading a PM2.5 concentration on a city street and the screen in the city operations center showing real-time air quality compliance status. Smart city technology projects fail at integration boundaries. We eliminate those boundaries.
City-Wide Air Quality Monitoring Network
Custom LoRaWAN-connected environmental monitoring nodes measuring PM2.5, PM10, NO2, O3, CO, temperature, humidity, and noise — deployed across 340 locations in a major metropolitan area. Solar-powered with 7-year projected battery backup life, IP66 and IK10-rated for outdoor urban deployment, integrated with the city's FIWARE Orion Context Broker for open data publication, delivering real-time air quality mapping to the environmental compliance team and a public-facing citizen air quality dashboard.
Start a Similar ProjectBuilding electronics for smarter cities? Let's build the infrastructure.
Outdoor city-scale hardware designed for 10-year unattended deployment. Open standards integration from FIWARE and LoRaWAN to NTCIP and SAE J2735. Full-stack delivery from the sensor node on a city street to the screen in the urban operations center.
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