Smartlamppost provides a modular pole system that integrates street lighting, telecom antennas, EV chargers, CCTV and other smart‑city services into a single, interchangeable housing. The platform lets municipalities and service providers add or replace modules without new civil works, sharing hardware costs and using a time‑based leasing model for flexible CAPEX.
Funding
Funding not disclosed
Founders
Product
Problem
Municipalities and infrastructure operators often deploy separate, standalone street‑level assets for lighting, telecom, EV charging, CCTV, and other services, leading to fragmented installations, high capital costs, and limited scalability for future smart‑city upgrades.
Solution
Smartlamppost offers a modular urban furniture platform that consolidates multiple street‑level services into a single, interchangeable housing system. By using a mix‑and‑match design, cities can install lighting, telecom antennas, EV chargers, CCTV cameras, and additional future services on a common pole structure, reducing duplication of infrastructure. The modules are agnostic and can be added or removed as needs evolve, enabling incremental upgrades without major civil works. Hardware costs are shared among service tenants, and the platform is managed through a data‑center‑style housing model that provides flexible, time‑based CAPEX options. This approach streamlines deployment, lowers total cost of ownership, and future‑proofs street‑level assets for evolving smart‑city applications.
Target Audience
Primary customers are municipal governments, utility companies, telecom operators, and infrastructure firms that manage street‑level assets and seek a consolidated, scalable solution for smart‑city services.
Features
- Standardized pole and enclosure that supports plug‑and‑play modules for lighting, telecom, EV charging, CCTV, and other street services
- Scalable mix‑and‑match architecture allowing tenants to add, replace, or upgrade modules without new civil construction
- Service‑agnostic integration framework compatible with a wide range of existing and emerging smart‑city technologies
- Centralized power and data distribution with built‑in GPS, Wi‑Fi, and NEMA controller for unified management
- Cost‑sharing model that allocates hardware expenses among multiple service providers occupying the same infrastructure