On the MWC present in Barcelona this week, IM Editorial Director Paul Moore had the prospect to sit down down with Stephane Daeuble, Nokia Head of Answer Advertising – Enterprise Options, to be taught extra about its simply launched MX Context, a brand new resolution that leverages sensor fusion expertise to ship AI-powered contextual consciousness for industrial enterprises, together with mining.
IM Editorial Director Paul Moore & Stephane Daeuble, Nokia Head of Answer Advertising – Enterprise Options at MWC 2025
Built-in into the Nokia Edge Compute and AI platform for industrial websites, MX Context processes giant quantities of knowledge from totally different sources, offering real-time actionable insights and clever automation to allow operational excellence and improve decision-making.
Nokia says MX Context is the one resolution available on the market that gives situational and contextual consciousness.
Particularly in mining, Daeuble says that MX Context can monitor all cell and glued belongings with a single system. This contains exact monitoring and positioning of all belongings and other people within the mine by way of video analytics and a video monitoring system. Optimised asset utilisation ensures tools is in the suitable place on the proper time, lowering idle time. It additionally helps scale back downtime by monitoring tools utilization and sooner or later will allow AI-powered predictive upkeep.
For minesite employee security and situational consciousness, options embrace wearable tags and video analytics to assist forestall accidents, enhance emergency response and improve general effectivity. Accidents could be prevented earlier than they occur with the assistance of an AI-powered incident prediction system.
Based on MarketsandMarkets, the worldwide sensor fusion market is projected to develop at a compound annual development price (CAGR) of 17.8%, reaching US$18 billion by 2028. Nokia says this underscores the rising demand amongst organisations for options that unify knowledge and supply wealthy insights to boost effectivity, security, and automation.
Operational Expertise (OT) environments generate big portions of knowledge from machine sensors, positioning techniques, and worker-worn gadgets. Connecting these belongings utilizing personal wi-fi supplies industries with real-time knowledge and operational insights. Nevertheless, the rising complexity of contemporary OT environments typically creates knowledge silos, which limits enterprises’ contextual consciousness. With Nokia MX Context, industrial enterprises together with mines can now simply ingest, harmonise, and fuse sensor knowledge to get real-time actionable insights and enhance their operations.
Nokia MX Context leverages sensor fusion expertise to mix multimodal knowledge from totally different sources and ship real-time, AI-powered insights for Business 4.0 use instances. It utilises Nokia’s on-premise edge industrial compute options, MXIE and MX Grid, for processing, in addition to the MXIE Information Lake to retailer structured and unstructured knowledge for historic evaluation, and utility knowledge entry by way of APIs.
“Sensor fusion and AI are key capabilities for core industrial automation functions spanning robotics, autonomous work cells, and collaborative situations involving people and machines. Nokia, with its personal wi-fi and on-premise industrial edge compute, is effectively positioned to supply essential use instances for employee security and monitoring and positioning to convey the facility of AI insights to industrial digitalisation,” mentioned Ryan Martin, Senior Analysis Director at ABI Analysis.
“AI is changing into a strategic factor for Business 4.0 transformation. Nokia’s on-premise compute capabilities provide revolutionary AI options which are OT-compliant and convey the contextual consciousness wanted for industrial use instances. Nokia MX Context harmonizes real-time knowledge from sensors and sensing applied sciences. It takes data-driven operational excellence to the following stage, reworking knowledge into contextual consciousness info that can be utilized as actionable insights and clever automation,” mentioned Stephan Litjens, Vice President Enterprise Campus Edge Options, Cloud and Community Providers at Nokia.
MX Context additionally provides low-code visible improvement capabilities, enabling customers to shortly create logical workflows and design dashboards with minimal coding experience. It seamlessly integrates with Nokia MX Workmate, a robust gen-AI assistant that permits pure language-based interactions with linked staff.
MX Context suites are modular and constructed to create use case-based contextual consciousness options. The primary two MX Context suites and related person functions are monitoring and positioning and employee security.
MX Context Nokia says is the primary business resolution that may ingest and fuse knowledge from varied monitoring and positioning applied sciences, like Bluetooth Angle-of-Arrival (ie Nokia HAIP), video-based positioning (ie Nokia VPOD), employee gadgets’ GPS, and different MXIE third-party monitoring applied sciences comparable to HERE HD GNSS and Nordic ID. It supplies extra correct and dependable positioning and ensures monitoring continuity throughout combined industrial environments to optimise asset utilisation, stock administration, processes, and materials circulation.
For employee security, MX Context ingests and fuses various kinds of knowledge from Nokia sensory options like Nokia VPOD, system sensors (ie gyroscopes, accelerometers, and microphones), and third-party functions. AI-based processing and fusion of real-time knowledge supplies, for the primary time, situational consciousness and contextual info, enabling the detection of potential accidents or incidents and facilitating the most effective response, comparable to triggering an alert, notifying emergency providers, or offering real-time steerage to the employee.
As a part of the MX Context sensory options that may leverage inside sensors in industrial staff’ handhelds, Nokia will likely be complementing its portfolio of business routers with new variants that boast multi-sensory capabilities (accelerometers, gyroscopes, voltmeters, environmental sensors, and so forth). These routers can improve machine insights and also will utilise superior GNSS chips for extra correct out of doors positioning.
