Miracle Innovation Solutions is developing a connected monitoring family for industrial safety, remote visibility and environmental protection—led by the MIS-100 Industrial Smart Smoke Monitor.
A compact remote-monitoring platform developed for locations where local-only detection is not enough. MIS-100 combines smoke sensing, environmental measurements, location awareness and cloud connectivity in one evolving industrial platform.
Designed to help authorised users see conditions, device health and alarm information remotely through the MIS Industrial Cloud Platform.
Development specifications may change during engineering validation, certification and production readiness activities.
Automatic baseline and threshold concepts intended to support changing field conditions.
Normal, warning and alarm states structured for clear operational awareness.
Device readings and health data transmitted to the cloud through cellular IoT.
GPS information can connect reported events with their field location.
Battery measurement and low-power strategies designed for remote deployment.
Portal support for telemetry, maps, alarms, trends, reports and controlled OTA.
Autonomous local smoke evaluation, environmental context, cellular connectivity, positioning, power-health visibility and secure cloud telemetry in one compact monitoring platform.
Key specificationsCurrent development baseline for local sensor readings.
Cleaner remote history and chart presentation while higher-rate local sensing continues.
LTE Cat-M1 demonstrated for remote telemetry.
SIM7080G platform supports NB-IoT capability for future deployment options.
Coordinates provide location context for distributed monitoring nodes.
Temperature and relative humidity measurements accompany smoke-condition data.
Normal, warning and alarm evaluation continues independently of portal availability.
Authenticated HTTPS/TLS communication to the MIS cloud platform.
Remote visibility of battery and external-power condition.
Dashboards, history, charts, reporting, device status and developing alarm workflows.
SENSE → ANALYSE LOCALLY → LOCATE → CONNECT → MONITOR → RESPOND
The MIS naming architecture provides a clear path from the MIS-100 platform toward specialised monitoring products. Future-series cards describe development directions, not products currently offered for sale.
The foundation device for connected smoke detection, environmental context and remote portal visibility.
Expanded environmental measurements alongside connected smoke monitoring.
A broader hazard-monitoring direction combining smoke with selected gas sensing.
A dedicated platform direction for connected industrial gas-safety applications.
Remote environmental measurement and telemetry for distributed field locations.
Connected condition and performance visibility for industrial equipment and assets.
A future analytics direction for patterns, anomalies and predictive operational insight.
The platform is being shaped for industrial and remote contexts where connectivity, location and early operational awareness can add value. Suitability for any specific use remains subject to validation and applicable approvals.
Visibility for isolated facilities where routine physical inspection may be limited.
Connected status information across distributed storage and equipment areas.
Monitoring support for unmanned or intermittently attended infrastructure locations.
A platform direction for smoke and environmental data in remote field deployments.
Remote monitoring concepts for selected non-hazardous and validated installation areas.
Additional awareness around industrial assets, enclosures and operational zones.
Connected sensing for controlled studies, technology trials and proof-of-concept programs.
A long-term research direction requiring field trials, environmental validation and agency collaboration.
The MIS ecosystem is designed as an end-to-end monitoring path connecting sensing hardware, cellular communications, a secure cloud platform and authorised users.
Device measurements and operating health
LTE Cat-M1 or NB-IoT communication
Secure portal, maps, trends and alarms
Better-informed operational follow-up
Tell us about the environment, measurements, connectivity and operational outcome you need.
