The platform is built on a multi-tenant architecture with hierarchical role-based access, allowing companies to scale their operations without duplicating infrastructure or fragmenting control

UMEC Space is designed for real-world distributed environments: multiple sites, multiple device categories, and multiple layers of responsibility. It supports complex operational structures where manufacturers, dealers, service organizations, end clients, sites, and device groups must coexist within one system while remaining logically separated.

Built for distributed infrastructure

This approach turns device connectivity into a controlled operational model and shifts the focus from raw data collection to fleet governance.

Devices connect to UMEC Space through MQTT and become part of a structured inventory rather than a loose set of endpoints. The platform supports the full operational lifecycle of connected equipment, including:

From connected devices to governed fleets

Monitoring

Lifecycle management

Telemetry streaming

Assignment to clients and sites

Parameter configuration

Provisioning

UMEC Space transforms telemetry into structured operational data. The platform provides:

Actionable telemetry, not raw payloads

Alerting

Scenario-based logic

This allows teams not only to observe infrastructure, but to manage it proactively and make faster decisions based on live and historical system behavior.

Historical analysis

Real-time dashboards

This dual-layer approach allows different stakeholders to work in one platform without needing separate systems.

UMEC Space combines technical visibility and management visibility within the same environment.

Two layers of visibility in one platform

Analytical dashboards provide aggregated metrics, trends, and KPIs for operational managers, service teams, and decision-makers.

SCADA-style diagrams and floor plans help engineers and technical operators understand spatial relationships, equipment states, and system logic.

Devices connect to UMEC Space through MQTT and become part of a structured inventory rather than a loose set of endpoints. The platform supports the full operational lifecycle of connected equipment, including:

From connected devices to governed fleets

Shorten response cycles

Improve consistency across distributed deployments

Standardize routine actions

Reduce manual effort

Flexible deployment model

UMEC Space is available in both SaaS and On-Premise formats

This makes UMEC Space suitable for both centralized cloud services and enterprise-owned deployments with internal IT requirements.

In SaaS mode, infrastructure is centrally managed and scaled at the platform level. In On-Premise deployments, the platform runs within the customer’s own infrastructure environment.