Introducing the HiveMQ UNS Maturity Assessment
Modern industrial enterprises know that data is their most valuable asset. But turning raw data into real-time intelligence requires more than just collecting it—it requires a Unified Namespace (UNS): an architecture and design pattern for structuring data producers and consumers within a real-time industrial operations environment. A UNS creates a single source of truth, allowing data to flow securely and contextually from edge to cloud.
Even if you don’t call it a UNS in your organization, the patterns and best practices behind it—event-driven architecture, distributed data pipelines, and MQTT—are proven across industries.
To help you evaluate where you stand and how to move forward, we’re introducing the HiveMQ UNS Maturity Assessment.
This short assessment will help you gauge the readiness of your current architecture, compare your maturity level against industry benchmarks, and receive a personalized report with next steps to build a future-ready foundation for real-time operations and advanced use cases.
What UNS Maturity Means
Building a Unified Namespace isn’t just a technical challenge—it’s a strategic one. The decisions you make today impact how your organization will scale, integrate, and adapt in the future. Too often, organizations dive into digital transformation initiatives without a clear, shared vision for how data should move across the enterprise.
That’s why the UNS Maturity Assessment focuses on four core pillars that serve as the foundation for scalable, resilient, and future-ready architectures:
Strategy Alignment – Do you have executive buy-in and cross-functional ownership of a real-time data vision?
Edge to Cloud Architecture – Can your systems handle secure, low-latency data flows from devices to enterprise platforms?
MQTT Backbone – Are you using MQTT effectively as your core messaging layer for fast, efficient data movement?
Future Safe Design – Is your architecture open, modular, and designed to avoid vendor lock-in?
By understanding how you’re performing across these pillars, you can move forward knowing what to prioritize, where to improve, and how to lay the right foundation for a future-proof architecture.
When you take the assessment you’ll be evaluated across five levels of maturity, each representing a step forward in digital transformation and UNS adoption:
Level | Maturity Stage | Description |
---|---|---|
Level 1 | Initial | No formal strategy. Deployments are fragmented, security is minimal, and data has little to no real business impact. |
Level 2 | Developing | Some structure begins to emerge. Governance is partially in place, and there’s early progress in security, connectivity, and topic modeling. |
Level 3 | Defined | A scalable architecture is in place with clearly defined topic structures and proactive monitoring. Real-time data becomes accessible to more teams. |
Level 4 | Advanced | The UNS is adopted across the enterprise. Data is contextualized and used to deliver real-time business insights, enabling automation and responsive operations. |
Level 5 | Optimized | The UNS is deeply integrated across systems, supporting AI-driven decision-making and high-performance workflows. The organization is operating as a digitally transformed enterprise. |
The UNS Maturity Assessment provides a clear, actionable path forward - no matter where you start. It’s not about passing or failing. It’s about making informed decisions, avoiding architectural pitfalls, and building a foundation that can evolve with your business.
Take the UNS Maturity Assessment
By completing the short UNS Maturity Assessment, you’ll receive an instant summary of your current UNS maturity level—from Level 1 (Initial) to Level 5 (Optimized)—along with a personalized report showing how your architecture aligns with UNS best practices. You’ll also get guidance on strengthening each of the four maturity pillars and a clear roadmap to becoming ready for HiveMQ Pulse, our next-generation distributed data intelligence platform coming later this year.

Jens Deters
Jens Deters is the Principal Consultant, Office of the CTO at HiveMQ. He has held various roles in IT and telecommunications over the past 22 years: software developer, IT trainer, project manager, product manager, consultant, and branch manager. As a long-time expert in MQTT and IIoT and developer of the popular GUI tool MQTT.fx, he and his team support HiveMQ customers every day in implementing the world's most exciting (I)IoT UseCases at leading brands and enterprises.