Infrastructure Standards
Carrier-Grade IoT Infrastructure for Cities
Cities rely on infrastructure that must operate continuously for many years. IoT networks used in public infrastructure must meet the same reliability standards as telecom networks.
This level of reliability is known as carrier-grade infrastructure.
Carrier-grade systems are designed to operate with extremely high availability, strong security and the ability to scale to very large deployments. They are built to support thousands or even millions of connected devices while maintaining stable network performance.
Unlike experimental or consumer IoT deployments, carrier-grade infrastructure is designed for long-term public service operations.
Critical City Services Supported
Carrier-Grade Characteristics
This is why 0g Baltics deploys carrier-grade LoRaWAN gateways such as Tektelic infrastructure when designing IoT networks for cities and utilities.
Carrier-grade systems ensure that smart city deployments remain reliable, secure and scalable for many years.
Learn about Tektelic infrastructureInfrastructure Comparison
Consumer IoT vs Carrier-Grade IoT Infrastructure
Consumer IoT deployments are typically designed for small pilot projects or consumer devices, while carrier-grade infrastructure is designed for large public infrastructure systems.
Consumer IoT
Experimental and small-scale
Carrier-Grade IoT
Production infrastructure
Cities require carrier-grade infrastructure to avoid failures and ensure long-term sustainability of smart city projects.
Common Pitfalls
Why Most Smart City Projects Fail
Many smart city projects start with promising pilot programs but fail to scale across the entire city. This often happens because the underlying infrastructure was not designed for long-term deployment.
Common Reasons for Failure
As a result, cities end up with fragmented pilot projects that never evolve into sustainable infrastructure.
The Right Approach
Successful smart city deployments follow a different approach.
They start by building a shared IoT infrastructure capable of supporting multiple applications at once.
This allows cities to gradually deploy new services on the same network without rebuilding infrastructure every time.
Strategic Approach
Building Sustainable Smart City Infrastructure
A successful smart city strategy focuses on infrastructure first. Instead of deploying isolated technology projects, cities build a common IoT network capable of supporting multiple urban services.
Typical Architecture
City-wide connectivity infrastructure
LoRaWAN, Sigfox, NB-IoT coverage
Carrier-grade gateways
Industrial hardware for long-term operation
Secure cloud platforms
Dashboards and data management
Scalable sensor ecosystems
Multiple device types and vendors
Progressive Service Deployment
Once the infrastructure is deployed, cities can progressively add new services:
This approach allows cities to scale smart city services while controlling costs and ensuring long-term sustainability.
Design Your City IoT Infrastructure
0g Baltics supports municipalities and infrastructure operators in designing and deploying carrier-grade IoT networks across the Baltics and Europe. Our team helps cities evaluate infrastructure options, plan pilot deployments and scale successful smart city services.
Contact Us
Let's Discuss Your IoT Project
Whether you're looking to deploy smart infrastructure, reduce operational costs, or explore IoT solutions, we're here to help.
What to expect
- •Response within 24 business hours
- •Initial consultation to understand your needs
- •Tailored solution proposal