Automated polygon geofencing has revolutionized how modern businesses track and monitor their supply chain.
Companies now have the ability to access digital “fences” for any given area within or outside of their operational borders, providing better visibility and control over inputs and outputs within their logistics networks. By employing automated polygon geofencing, enterprises can significantly reduce their carbon emissions by eliminating inefficient processes and routing cargo on optimal routes.
Geofenced boundaries allow teams to collect needed data to make informed decisions that can support and allow delivery drivers to use customized routes to avoid traffic congestion and reduce emissions, saving on fuel in the process. Real-time alerts provide timely information to help drivers select the most efficient route, giving fleet managers access to driver performance and fuel efficiency data for better operational decisions.
In the following sections, we’ll explore how automated polygon geofences can impact carbon emissions throughout the supply chain and what logistics businesses and shippers can do today to begin implementing polygon geofencing in their supply chains.
What is a Geofence?
A Geofence is a virtual perimeter around a geographic area, representing an area of interest or a restricted location. They’re typically created/navigated using GPS technology and serve various purposes, from location-based advertising to security and tracking applications. Geofences offer numerous advantages over manual tracking by allowing real-time monitoring and instant notifications when an asset enters or leaves a defined area.
Types of geofences include circular fences, polygon fences, and linear fences. Circular geofences define a single position within a certain radius, while polygon geofences use multiple points to form enclosed areas. Linear fences provide a digital boundary along a straight line between two points.
The main benefit of using geofences, especially automated polygon geofences, is improved accuracy compared to manual fencing methods. Logistics organizations & shippers can receive up-to-date notifications without constantly monitoring the target location, calling & texting drivers for updates, or being physically present at the delivery site. This makes geofences ideal for navigation, asset tracking systems, or other location-based services — they offer improved safety and security when used in applications such as surveillance systems or access control systems and can directly benefit companies looking to reduce fuel costs and carbon emissions.
How Automated Polygon Geofencing Facilitates Carbon Emission Reduction
Automated polygon geofencing can facilitate carbon emission reduction by improving accountability, visibility, and supply chain monitoring efficiency.
When organizations can map geographic boundaries with an automated system accurately, accountability enters the picture. Geofencing ensures accurate gas emissions data collection and the ability to identify underserved/underperforming areas that may be lagging behind in efficiency or emission reduction efforts.
Using polygon geofencing increases visibility giving administrators the option to more easily view, track and assess areas over which they have jurisdiction, keeping everyone in the supply chain accountable. This improved visibility helps in monitoring the entire supply chain, both product production and delivery.
Creating a geofence around an area of interest, such as a fuel station or a factory, helps administrators and shipping managers gain real-time insights into fuel usage, engine performance, driver behavior, and more. This allows for faster identification and resolution of areas where improvements can be made to reduce carbon dioxide emissions, save on fuel costs, and optimize business KPIs.
By efficiently using geofencing technology to facilitate carbon emission reductions, companies can give themselves a competitive edge that helps ensure compliance with regulations and boost profitability.
Advantages of Automated Polygon Geofencing
Automated polygon geofencing provides numerous benefits to organizations and operations. With precise route planning, improved efficiency of delivery routes, lower fuel consumption, and a reduced carbon footprint, businesses can effectively navigate changing regulatory landscapes and boost profitability while complying with local laws and regulations.
By leveraging cutting-edge technologies like automated polygon geofencing, shippers and logistics providers can stay ahead of the competition.
Below are some of the direct benefits businesses that implement polygon geofencing can take advantage of while having the ability to grow their business and increase profits in the process.
Improved Route Planning
- Automated polygon geofencing can enable more efficient route planning, allowing businesses to identify the shortest path between locations and better manage personnel and resources.
- Geofencing can be used to generate more accurate maps and routes tailored to companies’ individual needs, providing a customized approach to route planning.
- Polygon geofencing also allows for more efficient and accurate scheduling of deliveries and pickups, helping optimize operations and minimize travel time.
Reduced Carbon Footprint
- By optimizing routes and requiring shorter distances for both drivers and products to travel, automated polygon geofencing can help businesses significantly reduce the carbon emissions associated with their operations.
- Geofencing can help identify efficient delivery routes, potentially decreasing overall emission levels.
Reduced Fuel Consumption
- Automated polygon geofencing helps businesses create routes that use less fuel, lowering emissions.
- Optimizing route distances through geofencing allows companies to save on fuel costs and reduce their overall operational costs.
Improved Compliance with Regulations
- Automated polygon geofencing helps businesses identify if their operations comply with local and national regulations related to deliveries, pickups, and other business processes.
- Geofencing also helps make it easier for businesses to track their fleet locations and ensure they meet environmental regulations. It can monitor emissions levels and identify areas where emissions are higher than expected.
Partner With Kestrel Insights for a Greener Future
Automated polygon geofencing is a powerful technology that can help reduce carbon emissions throughout the supply chain.
By creating polygon geofences around key locations, businesses can plan and optimize their routes more efficiently to lower their overall carbon footprint. Automated polygon geofencing allows shippers and logistics providers to track and monitor their progress, ensuring they remain on target with their sustainability goals.
Taking these steps ensures a greener future and compliance with regulatory standards. The benefits of reduced operational costs and improved efficiency can give your business the boost it needs to grow to the next level. Contact Kestrel Insights to find out how their automated polygon geofencing technology can increase efficiency and cut costs in your supply chain.