The use of operational data in the built environment has become increasingly significant in recent years. A smart building’s data holds immense value in terms of optimizing operations, battling against rising energy costs, and contributing to a sustainable environment.
Access to the right building operational data and the organization of it is one of the fundamental requirements to maximize the performance and efficiency of your facilities and the equipment running them. How your data is identified and presented to the different stakeholders continues to be a challenge.
Edge-to-Enterprise (E2E) is a centralized operational technology (OT) data management and independent data layer (IDL) platform making building and facility data easily accessible, actionable, and manageable.
Leveraging data tagging, modeling, templating, and visualization—E2E’s advanced platform solves the challenge of normalizing data into usable relational data with time, metadata and serialization stamps. E2E technology supports seamless Cloud connectivity and integration with third-party hardware and software, providing the flexibility and compatibility you need across your entire OT enterprise.
Lynxspring’s E2E platform is emerging as a leader in OT data management and the evolution of IDL is bringing to the forefront a new level of openness, interoperability, and control to the built environment. At its core, E2E is designed to solve one of the industry’s most persistent challenges: turning fragmented, device-level operational data into structured, meaningful, and usable information across systems, platforms, and stakeholders.
Leveraging the power of Haystack tagging and a data-first architecture, E2E simplifies the complexities of organizing, modeling, and exchanging building data between systems. Integrate analytics, energy platforms, digital twins and enterprise applications with ease. What sets E2E apart is its ability to serve as a true independent data layer—a system-agnostic, source-neutral layer that decouples data from individual devices or vendors.
This provides building owners, operators, and developers with a future-proof way to manage data lifecycle, ownership, and access without being locked into proprietary ecosystems. Whether it’s a legacy BMS or a modern Cloud-based application, E2E bridges the gap with semantic clarity and robust APIs, allowing real-time and historical data to flow where it’s needed most. In doing so, Lynxspring is not only supporting current digital transformation needs, but laying the groundwork for the next generation of intelligent building infrastructure.
E2E’s adaptive connectivity makes it possible to connect to most any system, device or equipment from a single broker, standardizing your data in a unified way for faster integration.
Standardizing, modeling, tagging and normalizing your OT data across your building operations is at the foundation of efficient data management. E2E, Unified by Connexxion®, is Lynxspring’s solution to better capitalize on the benefits of a semantic data approach that brings together a common vocabulary, classification and relationship between equipment, systems, and the devices operating today’s buildings via utilization of Haystack.
Lynxspring has also developed an extensive library of rules and functions for the analytics platform. This library is available to all E2E customers to help implement their energy analytics, fault detection and diagnosis strategies. Analytics rules prewritten for common applications may be applied to any data source with consistent data points and name or tagging (i.e., Haystack) to view trends, discrepancies or other data for any application such as operational data, inventory, CMMS and IAQ or any other application.
Translating facility operational and equipment data into actionable information, E2E addresses key KPIs and delivers data-driven insights that help your facility, operations and corporate management deliver optimal workplace experiences, efficiencies, savings, and results while ensuring the overall integrity and governance of your data.
The platform creates an integrated edge-to-Cloud experience that enables data interoperability from diverse sources and prepares your data to be utilized in a variety of third-party applications such as energy management, predictive and preventative analytics, work order management, FDD and more.
Lynxspring provides everything you need to deploy a smart, connected enterprise facility including the automation, command, control, data access, normalization and analytics, and facility management APIs, Cloud services and a storage repository.
The JENEsys Edge Connector is embedded directly in the operating system (OS) and written into the firmware of the JENEsys Edge portfolio of controllers (models 634, 534, 434, 514, 414, and VAV). It connects to the Connexxion® Cloud in a one-to-one or multi-device connection in a building. Each device has its own individual profile enabling MQTT/TCP-based edge-to-Cloud connectivity.
Perfect as an equipment controller or a small building controller (i.e., convenience store).
The JENEsys Niagara Connector is licensed as a Niagara Service for the JENEsys PC-9000 and is exclusively available from Lynxspring. Compatible with supported Niagara software versions, it connects to the Connexxion Cloud in a one-to-one relationship.
Ideal solution in larger buildings such as commercial office spaces, industrial plants, or larger schools (i.e., high school, college or university environments).
The Site Connector consolidates traffic of multiple Niagara instances in the same building allowing a single point of exit for multiple devices. Streamlining data flow/network management, a building with ten edge devices, could all point to one Site Connector to route data to Connexxion.
Perfect for multiple instances of RTUs, AHUs, chillers, and boilers.
Connexxion® facilitates integrations to third-party applications that help you to identify faults or abnormalities and diagnose issues. This allows users to deploy smart energy practices simply and efficiently such as analytics, KPIs, fault detection and predictive outcomes to make real-time decisions and data driven calculations.
Combining the core functionalities of IT and OT along with Haystack tagging, data modeling and an API, Connexxion is compatible with any application. The platform provides a complete suite of services to capture data from disparate sources. Typical applications include analytics, DCIM, CMMS, BMS, energy management, data lakes, weather services, utilities, and IoT devices.
It defines the structure of OT data in a clear and organized manner. It specifies data types, the relationship between the data elements and how they are grouped and stored. This organization simplifies the process of data entry and retrieval. It also reduces the opportunity for human error.
Ensure integrity, reliability, and predictability of your data. This means that the data stored within the database is consistent and dependable. It ensures consistency in data representation across the organization. This consistency is especially important in systems where multiple users or applications interact with the same dataset.
When changes in business requirements or processes occur, it provides a foundation for making modifications to the database structure.
Access controls, permissions, and encryption strategies can be integrated into the data model to ensure that sensitive information is guarded from unauthorized access. Dictates how information should be shared across business units and mandates data uniformity. It also ensures only the appropriate systems and users have access to view the data.
The IDL can be optimized for efficient querying and access. The ability for multiple users across different job functions to look at data and quickly know its source and structure. Acts as a common language for different stakeholders, including business analysts, developers, and database administrators. It helps them understand the structure and meaning of the data, fostering better collaboration.
As data volumes grow, new data can be added without causing significant disruptions to the existing structure, and the database can be expanded to accommodate increasing data demands.
Leading visualization and Web Apps (Mobile and Enterprise)
Functionality is available under the user account’s web interface via third-party applications.
By defining relationships between data entities, you may reduce data redundancy.
Pre-configured Niagara and controller data points identified by E2E’s Site Connector/Service and read by the MQTT client, allows transmission to the Cloud for easy monitoring of the health of the program logic and performance of the station via third-party applications:
Lynxspring’s Professional Services team provides a portfolio of consulting services. Our team of Niagara-certified software developers, application engineers and project managers utilize a combination of proven tools, best practices, and expertise to support, collaborate effective use and management of products, optimize resources to gain maximum value and reduce time to deployment.
To learn more, visit:
Professional Services
E2E Snap Shot
Challenges E2E Solves
E2E OT Data Management & IDL Platform Brochure
E2E Connectors Overview
E2E Users & Stakeholders
E2E Development Process
Lynxspring’s Edge-to-the-Enterprise (E2E) platform easily and quickly integrates an IoT platform using IP technology and strong backend service integration reducing expenses and optimizing processes rapidly. E2E gives customers a truly scalable smart integration platform that provides an adaptable solution for better data and pattern visualization for future improvements.
— FROST & SULLIVAN
Learn how Lynxspring can best support your next smart building integration project by requesting additional information or a demo.