Your fuel center network contains many different kinds of data. In traditional networks, each port is tagged, and devices plugged into that port are only allowed to talk to other devices with the same tag. However, that means someone must manually manage each switch and designate a fixed rule for the respective port. In fuel centers, large networks with numerous switches are very common, so manually assigning rules becomes unscalable, even if funding and trained personnel are not an issue. Fortunately, AvaLAN offers a better enterprise solution based on MAC addresses. It’s a managed switch solution that doesn’t need to be managed.
Check out this great visual to see how AvaLAN is solving problems for next generation fuel centers. AvaLAN has wireless Ethernet solutions for all of these fuel center connections and has a wireless serial and wireless current loop solution coming soon!
In today’s digital world, Americans have grown accustomed to consuming digital media practically everywhere - with signage in stores, airports, stadiums, metro stations, and even bus stops that now have the capacity to broadcast content to waiting passengers. Another popular frequented area that serves as an excellent space for displaying media – fuel centers. Automobile drivers filling their cars at gas stations make great audiences for convenience stores looking to show advertisements and promotions. Broadcasting media at the pump gives c-stores a tremendous opportunity to lift in-store sales and establish brand loyalty. Engaging customers at the pump with vibrant media displayed on large, colorful screens drive foot traffic into c-stores and has demonstrated the ability to increase the sale of promoted items by an impressive 39%.
Technology has the incredible ability to make life simpler, easier, and more efficient. It touches everyone, everywhere, within homes, workplaces, and even fueling stations. Automated tank gauges (ATGs) provide fuel center owners with critical information regarding inventory levels, deliveries, possible problems, and even leaks to ensure compliance with government regulations. Thousands of fuel centers across the country and the world utilize ATGs to enhance operations. But AvaLAN is taking ATGs to the next level by enabling remote access to tank gauges so that operators can access information at any time, from any place on Earth, using a network-based connection.
Data thieves target convenience stores for the payment card information that moves through networks when customers use their card at the pump. To handle this challenge, U.S. fuel marketers must accommodate EMV chip card payments at their fuel dispenser by Oct. 1, 2020, or pay for card payment fraud themselves. Let's review some of the costs of EMV upgrades for the fuel center and the options to consider for upgrading to EMV.
To achieve Payment Card Industry (PCI) compliance, American fuel centers are making the switch to EMV pump payment systems, and are discovering that installing a wireless network to fulfill their needs allows them to avoid the costly expense and downtime associated with a wired system. A wireless solution is capable of delivering the high speeds necessary to accommodate next generation fuel dispensers – along with fully certified data encryption technology and VLAN (virtual local area networks) segmented switching. It is this segmentation that is critical to establishing a robust and secure wireless payment infrastructure.
EMV, which stands for Europay, Mastercard, and Visa, is the global technology standard used to authenticate transactions from smart cards equipped with computer chips. It critical for fuel centers to make the conversion to EMV as soon as possible. Why? Because as of October 2017, banks have shifted the liability for fraudulent transactions onto the merchant. But should fuel center owners connect EMV supporting hardware with conventional two-wire technology or convert to wireless Ethernet products? Let’s take a look at the pros and cons of each.
Most consumers visit fuel centers regularly without giving much thought to their inner workings. But owners of these centers certainly care about the logistics of making their displays function maximally. Many center-displays transmit a great deal of information—from fuel prices and product advertisements, to POS data, to important weather information. Most rely on buried cabling for their digital signage systems, but installation is expensive and requires invasive trenching work. Trenching the required cabling also does not allow for any type of remote access to the signage and components which, inhibits flexibility in time and location for sign changes. For proper longevity and customization, remote access to digital signage components is critical.
Conexxus, a nonprofit, member-driven technology organization dedicated to the development and implementation of standards, technologies innovation, and advocacy for the convenience and fuel retailing industry, has released a new white paper, “Resources and Guidance for EMV Implementation in a C-Store Environment.” The purpose of this resource is to share information and guidance for convenience retailers who are considering whether to implement EMV.
Oregon recently lifted the ban on people pumping their own gas, and while some citizens aren’t happy, it’s an example of how new technologies can revolutionize an industry. Self-pumping gas stations and fuel centers are a prime example of how automation has dramatically changed an entire industry, but there’s another revolution coming down the pipe. The Internet of Things has reached the self-service fuel center and is changing the way customers pump their gas and the way operators monitor their tanks.