Turn site data into safer, more efficient projects |
Track Every Piece of Equipment in Real Time Detect Hazards Before Incidents Occur Feed Site Data Directly Into Project Platforms Route telemetry, sensor readings, and equipment data securely to ERP systems, project management tools, and analytics dashboards without building custom networking infrastructure. |
Connectivity for Construction: Connected Jobsites and Field Operations
Reliable connectivity for connected construction sites and field operations
Construction projects span vast, temporary, and often remote environments where reliable connectivity is rarely guaranteed. Soracom provides the secure, resilient connectivity layer that general contractors, equipment operators, and construction technology teams rely on to track assets, monitor site conditions, protect workers, and keep data flowing from the field to the back office.
Built for the complexity and mobility of modern construction
Construction sites are dynamic, temporary, and often outside reliable network coverage. Soracom enables multi-carrier cellular connectivity with intelligent failover, giving every device on-site and in the field a reliable connection regardless of location or stage of construction.
What construction teams gain with Soracom
Always-on asset visibility
Track equipment location, utilization, and operational status across active sites and equipment yards without any dependence on on-site Wi-Fi or temporary network infrastructure.
Real-time site awareness
Stream environmental sensor data, security feeds, and structural monitoring data from every corner of the site into your project management and safety platforms continuously.
Centralized device and SIM management
Provision and manage connectivity for wearables, trackers, gateways, and sensors from a single console across every project site, from a single building to a national portfolio.
Designed for how construction actually operates
Connectivity across remote, temporary, and underground environments
Construction happens in basements, tunnels, remote wilderness, and partially completed high-rise frames where traditional networks cannot reach. Soracom supports multi-carrier cellular connectivity and satellite-backed options for the most isolated deployments, keeping devices online regardless of site location or construction phase.
Secure networking for project and operational data
Construction sites generate sensitive data including equipment telemetry, worker location data, structural sensor readings, and project documentation. Soracom keeps all device traffic off the public internet using private networking, SIM-level authentication, and controlled routing, ensuring data reaches only approved project and enterprise systems.
Lower-complexity devices with longer field life
Many construction sensors and wearables must operate for extended periods between maintenance windows. Soracom handles encryption and secure delivery at the network layer, reducing the burden on device firmware and extending battery life, which lowers the frequency of field maintenance visits and keeps devices working through the full project lifecycle.
“The connectivity is sorted out. Our customers just plug it in. And Soracom only charges us when they use the service.”
Industry customer stories
Talk with connectivity experts
Discuss equipment tracking, worker safety monitoring, remote site connectivity, or construction technology integrations with a Soracom Solutions Architect.
FAQs
Why use cellular connectivity on a construction site?
Construction sites are temporary environments that change rapidly, making permanent fixed infrastructure impractical. Cellular connectivity follows devices wherever they go, from the equipment yard to the top floor of a structure in progress, without requiring on-site Wi-Fi or wired network infrastructure. It also remains available through the full project lifecycle, including early phases before any permanent infrastructure exists.
Can Soracom track equipment across multiple active job sites simultaneously?
Yes. Soracom's platform is designed to manage large numbers of devices spread across many locations from a single console. Project teams can group devices by site, apply different connectivity profiles per project, and get a unified view of equipment location and status across an entire portfolio of active jobs.
How does Soracom handle connectivity in challenging environments like tunnels, basements, and remote sites?
Soracom SIMs use multi-carrier connectivity, automatically selecting the strongest available signal at any location. For environments with limited cellular coverage, Soracom also supports satellite-backed options. Combined with local gateway configurations, this means devices can maintain connectivity even in partially shielded or remote construction environments.
Is Soracom suitable for wearable worker safety devices?
Yes. Soracom supports the low-power, lightweight connectivity requirements of wearable devices designed for field environments. Features like compressed data payloads, configurable transmission intervals, and network-layer security reduce the processing and battery demands on the device itself, making Soracom a practical connectivity layer for gas detectors, biometric monitors, personal emergency devices, and location trackers worn by workers on site.
Can Soracom integrate with construction management platforms and ERP systems?
Soracom does not connect to construction platforms directly, but it provides the connectivity and data routing infrastructure to move device data from the field to the systems that process it. Through services like Soracom Funnel and Beam, telemetry and sensor data can be routed securely to cloud platforms, project management tools, or ERP systems that integrate with your existing construction workflows.
How does Soracom protect sensitive project and operational data?
Soracom uses SIM-based authentication, private networking, and configurable data routing to ensure that construction data, including equipment telemetry, worker location data, structural sensor readings, and site security feeds, flows only to approved systems. Device traffic is kept off the public internet by default, reducing exposure to interception and unauthorized access without requiring complex application-layer security on each connected device.