Stand your system up quickly using our LSC out-of-the-box software modules, including:

• All the basic building blocks – customer, user, property, area, devices, readings, gateways, network, incidents, network coverage, notifications and escalation.

• Ready to go web and phone app – based on world class proven industry tools such as AWS, React, Google and LoRaWAN®.

• Back-end processes – including ingestion, processing, machine learning, data downlinks for device control, storage management for large quantities of data.  

Our systems modules have been built using our LSC Delivery Methodology so are easy to extend and scale.

Library of devices and other IoT components – devices with many different sensors are available in  LSC. 

Our devices are built to include our LFC device firmware libraries. This means you can customise the devices to meet your specific requirements. Device functionality can evolve as you scale your solution and take advantage of changes and opportunities when they arise.

We have proven local and international experience in device design and contract manufacturing, from small runs for Proof of Concepts to large runs for production systems. We can help with creating the custom devices you need for your idea. All custom device also use our LFC firmware.

LSC comes with a gateway and network pre-configured so you can immediately get connected and send and see your data. 

LSC cushions you from the complexity of networks as the LSC modules support network setup, configuration and management, for multiple gateways, relays and network servers. We are network agnostic and support public, private or multiple/hybrid LoRaWAN® networks.

The LSC Delivery Methodology is structured set of tools, templates and techniques to help understand the business drivers underpinning the IoT solution, and to manage the design and implementation of the solution to meet these requirements. 

It helps you understand what is the business value and how to operationalise the solution, including:

• Knowing what questions to ask – what is normal, how abnormal is an issue, is the population uniform, how the knowledge will result in better outcomes.

• Knowing what is needed to manage solutions with many “moving parts”.

It supports an integrated solution wide design for: 

• Business – scenarios, problems, procedures, locations, intelligence, features and requirements.

• Device – components, firmware code blocks, gateways.

• Systems – code blocks, user interfaces, systems interfaces and messaging, processes, data management and acceptance testing.

• Impact analysis and delivery quality.

• Solution operations procedures and qualities of service.

It supports the detailed analysis needed (including risk, cost, time, dependencies) to manage and dynamically extend the design.