Lantern Positioning leverages open and scalable technologies to reduce costs and overheads, improving safety and productivity even in the toughest industrial environments.
Secure, Automated and Private Positioning
Enhance worker safety and productivity with efficient personnel management that is also extensible to asset management.
Lantern Positioning components are reusable and streamlined, making installation both easier and more cost-effective. The software UI is easy to use and accessible from any desktop or mobile browser.
Automated Muster Drills
Get headcounts faster and more accurately. Improve first response times and save money by automating manual muster drills that are error-prone and slow.
Auditable Data for Workplace Accidents
Easily auditable data allows for increased risk mitigation and reduced workplace insurance premiums.
Lantern Positioning is based on RF mesh network which reduces expensive cabling and installation costs and administration, while creating high redundancy and enhancing security.
Public/Private Cloud Support
In addition to public cloud networks, Lantern Positioning also provides private cloud support, enhancing data privacy and security.
Open and Extensible Software Platform
Lantern Positioning is flexible enough to integrate into existing infrastructure, but it is also easy to add new services and applications in an agile manner.
Bundled Software and Hardware with End-to-end Support
Get everything you need with Lantern Positioning and lower your lifetime Total Cost of Ownership (TCO).
Reduce operational and maintenance load – Lantern Positioning’s components and hardware are designed to be low-powered, self-healing and upgradable remotely.
Workers’ safety is of utmost importance in any environment but is critical in harsh and hazardous areas. Lantern Positioning is a real-time location monitoring system that allows companies to enable onsite worker safety solutions even in the toughest conditions.
Lantern Positioning solution utilizes a low-power, self healing stand alone mesh network system that supports two-way communication and multiple wireless devices. Rugged hardware with ATEX and IECEx certification standards allow for the equipment to withstand harsh conditions with minimal upkeep, while the open, extensible software can be coupled with cloud native applications, distributed cloud and advanced analytics at the edge of operations.
LanternEdge’s products are designed to operate as a network or as stand-alone components for clients who demand reliability in harsh and hazardous working conditions
HarshPro & HazPro Links
Links are low-power wireless devices that create a stand-alone mesh network that supports two-way communication and multiple wireless protocols. The links can be used with mobile devices other than the tags and can be powered through direct current, battery, or solar.
IP66 rating, extending operating temperature range, compact design
Flameproof enclosure, intrinsically safe antenna output, Ex d / IP66 rating
The Lantern Tag is a low-power wearable device designed for large augmented work forces. Workers are assigned tags for individual identification in location monitoring. This allows for features including zoning, the measuring and monitoring of worker’s locations, and controlling deployment and worker occupancy, helping ensure the safety and productivity of workers.
Lantern Positioning Software
Lantern Positioning Software provides an easy-to-use overview of sites and workers whether you are on-site or viewing remotely. This tracking application is easily integrated with other applications or customized for specific needs and new applications. The software includes the UI, backend, and positioning algorithms, and can be run on-premise with no internet connection or connected to the cloud for sites that have connectivity.
Lantern Positioning Software
Lantern Positioning Use Cases
Enhanced worker safety in environments with extreme and challenging physical conditions
Improved worker productivity through the removal of inefficient manual muster exercises
Real-time visibility of on-site personnel and infrastructure through IoT connected devices
Self-healing stand-alone networks that require little maintenance in extreme conditions