Unlocking True Interoperability with ProSense Industrial Gateways and Edge Devices
- tass peters
- 2 hours ago
- 3 min read
Industrial environments face growing challenges in connecting diverse devices and systems. Many solutions on the market force users into brand-specific gateways, locked cloud platforms, or costly firmware updates. These limitations slow down innovation and increase operational costs. ProSense industrial gateways and edge devices offer a different path, delivering true interoperability without lock-in or restrictions.

Why Interoperability Matters in Industrial IoT
Industrial Internet of Things (IIoT) systems often involve equipment from multiple vendors, each using different communication protocols. Without a flexible gateway, integrating these devices becomes complex and expensive. Interoperability means devices and systems can communicate seamlessly, regardless of brand or protocol.
This capability is critical for:
Edge computing to process data locally and reduce latency
Protocol conversion to connect legacy equipment with modern platforms
Remote access for monitoring and control from anywhere
Without true interoperability, companies risk vendor lock-in, limited scalability, and higher costs.
Common Limitations of Competitor Gateways
Many industrial gateways on the market come with restrictions that hinder flexibility:
Brand-specific gateways that only work with certain devices
Locked cloud platforms forcing users to adopt a single cloud provider
Paid firmware updates that add ongoing expenses and delay improvements
These limitations reduce the ability to adapt systems as needs evolve. They also increase dependency on a single vendor’s ecosystem.
How ProSense Gateways Break These Barriers
ProSense gateways are designed to overcome these challenges by offering:
Open protocol support allowing connection to a wide range of devices
Multi-network compatibility including LoRaWAN, 4G, Wi-Fi, and Ethernet
Cloud platform flexibility working with TagoIO, ThingsBoard, AWS, Azure, and ProSight
Local and remote configuration for easy setup and management
Affordable pricing with rugged hardware built for industrial environments
This combination enables companies to build scalable, adaptable IIoT systems without vendor lock-in.
Real-World Applications of ProSense Gateways
Consider a manufacturing plant that uses legacy sensors communicating over Modbus and new wireless devices using LoRaWAN. A ProSense gateway can convert protocols on the edge, aggregating data locally before sending it securely to a cloud platform like AWS or ThingsBoard. This setup reduces network traffic and improves response times.
In another example, a smart city project might deploy ProSense gateways to connect streetlights, environmental sensors, and traffic cameras over multiple networks. The gateways’ open protocol support and cloud compatibility allow integration with existing infrastructure and future expansion.
Benefits Beyond Connectivity
ProSense gateways do more than connect devices. They enable:
Edge computing to analyze data close to the source, reducing latency and bandwidth use
Remote configuration and updates without costly on-site visits
Data security through local processing and secure cloud connections
Cost savings by avoiding expensive proprietary hardware and software fees
These benefits help organizations improve operational efficiency and reduce total cost of ownership.

Getting Started with ProSense Gateways
To unlock true interoperability, start by assessing your current infrastructure:
Identify devices and protocols in use
Determine network options available on site
Choose a cloud platform or platforms you want to integrate
ProSense gateways can then be configured locally or remotely to bridge your devices and networks. The open protocol support means you can add new sensors or systems without replacing hardware.
Final Thoughts
ProSense industrial gateways and edge devices provide a practical solution to the common challenges of IIoT integration. By supporting multiple protocols and networks, offering cloud flexibility, and enabling local control, they remove barriers that limit innovation and growth.


