Ultimate Allied Wireless Forecourt Guide: Full System Explained

Every modern fuel dispenser needs Ethernet. EMV transactions, media content, remote diagnostics, and mobile pay all demand data capacity that legacy serial wiring cannot deliver. The traditional upgrade path is excavation: jackhammers, new conduit, re-wiring every dispenser, and weeks of closed fueling positions. Site costs range from $15,000 to $50,000 or more.

Allied Wireless eliminates that entire process. It is a purpose-built wireless Ethernet system designed specifically for outdoor petroleum forecourts, and it uses a proprietary encrypted protocol. Not WiFi. Not Bluetooth. A dedicated industrial wireless link built for the demands of PCI-scoped payment data and harsh fueling environments.

This guide covers the full Allied Wireless forecourt system: what it is, how the architecture works, which products are available across two hardware generations, how security and network segmentation protect payment data, and why native NeXGen PRIME and AEGIS controller integration sets it apart from third-party wireless overlays.

What Is Allied Wireless and How Does It Work?

Allied Wireless is a purpose-built wireless Ethernet system for fuel forecourts that uses a proprietary encrypted protocol to connect dispensers to the forecourt controller without trenching or new conduit.

This is not consumer WiFi. Allied Wireless does not broadcast an SSID, cannot be joined by unauthorized devices, and is invisible to standard WiFi scanners. The proprietary protocol was engineered from the ground up for outdoor petroleum environments where reliability, security, and weather resistance are non-negotiable. Operators familiar with the challenges of serial vs. Ethernet forecourt communication will recognize the problem Allied Wireless solves: getting Ethernet to every dispenser without the cost and downtime of excavation.

System Components

The Allied Wireless forecourt system consists of three core components:

• Access Point (mounted in the controller enclosure or on the building): The central wireless hub that connects via Ethernet to the NeXGen PRIME or AEGIS forecourt controller.
• In-Dispenser Units (one per dispenser, model varies by manufacturer): Each unit mounts inside a fuel dispenser and connects to the card readers, media displays, and diagnostic ports via a built-in four-port Ethernet VLAN switch.
• Armored Antennas: Weatherproof omnidirectional antennas designed for petroleum forecourt conditions.

The Data Path

Data flows through a clear chain. The forecourt controller sends transaction and management data over Ethernet to the access point. The access point transmits that data over the proprietary wireless link to each in-dispenser unit. Inside the dispenser, the four-port VLAN switch routes traffic to the correct device: payment data to the card reader, media content to the display, diagnostic commands to the firmware interface.

The VLAN switch in each unit provides network segmentation at the dispenser level. Payment traffic runs on one VLAN; media and diagnostics run on separate VLANs. A compromised media feed cannot reach the cardholder data environment. This segmentation is a foundational requirement for PCI DSS scope reduction.

What Products Are in the Allied Wireless Lineup?

Allied Wireless spans two generations: Gen 1 pairs the AE58AP access point with dispenser-specific subscriber units, while Gen 2 features the SC1015-AP with a streamlined TDMA protocol and the Allied Wireless Manager Application.

Both generations deliver the same core capability: wireless Ethernet to every dispenser. Gen 2 adds longer range, simplified pairing (no USB key required), and centralized management through a dedicated software application.

Gen 1: AE58AP System

The Gen 1 access point is the AE58AP, priced at $815 with a range of up to half a mile and a built-in four-port Ethernet VLAN switch. It pairs with dispenser-specific in-dispenser units:

Gen 2: SC1015-AP System (Access Point 2.0)

The Gen 2 access point is the SC1015-AP, priced at $795 with a range of up to three-quarters of a mile. It introduces the TDMA (Time Division Multiple Access) protocol for more efficient airtime allocation and ships with the Allied Wireless Manager Application for centralized setup and monitoring. Pairing no longer requires a USB key; field technicians configure units through the management app, cutting deployment time significantly.

Gen 2 in-dispenser units use the SC1010-SU model, which pairs exclusively with the SC1015-AP access point.

The dispenser-agnostic coverage across both generations is worth emphasizing. Operators running mixed-brand forecourts with Wayne dispensers on one island and Gilbarco on another do not need to standardize on a single manufacturer. Allied Wireless has a dedicated in-dispenser unit for each major brand.

What Does Allied Wireless Enable at the Fuel Dispenser?

Allied Wireless enables EMV payment processing, media and loyalty content, remote diagnostics, mobile pay, and back-office reporting at every fuel dispenser without excavating the forecourt.

The most immediate use case is EMV compliance. Chip-card transactions at the pump require an Ethernet connection between the outdoor card reader and the payment processor. Sites with legacy serial wiring face a hard choice: dig up the forecourt or find an alternative. Allied Wireless EMV is that alternative, delivering the bandwidth and encryption needed for EMV without breaking ground.

Beyond EMV, the four-port VLAN switch in each in-dispenser unit opens additional capabilities:

• Media and loyalty content at the pump. Video displays and interactive screens require bandwidth that serial connections cannot provide. Allied Wireless delivers ample capacity for high-definition media and loyalty program interfaces at every fueling position.
• Remote diagnostics and firmware updates. Service technicians can diagnose dispenser issues and push firmware updates over the wireless connection, reducing the need for on-site truck rolls. A malfunctioning card reader that previously required a service visit can often be triaged remotely.
• Mobile pay and contactless transactions. NFC readers and app-based payment terminals connect through the in-dispenser unit, keeping contactless payment data on the same encrypted, segmented network as traditional chip-card transactions.
• Back-office integration and real-time reporting. Transaction data, fuel inventory levels, and dispenser status flow to the back office in real time. Site operators see live dashboards instead of waiting for end-of-day batch reports.

How Does Allied Wireless Handle Payment Security?

Allied Wireless uses a proprietary protocol with encryption and VLAN-based network segmentation, keeping cardholder data isolated from operational traffic and simplifying PCI DSS scope.

The first thing to understand: this is not WiFi. Consumer WiFi networks are susceptible to well-documented attack vectors, including WPA key cracking, rogue access point deployment, SSID spoofing, and evil twin attacks. Allied Wireless is immune to all of them because it does not use the WiFi protocol stack. The system does not broadcast a network name. Unauthorized devices cannot detect it, let alone connect to it.

Encryption and Segmentation

All data transmitted between the access point and in-dispenser units is encrypted. The proprietary protocol applies encryption at the transport layer, protecting cardholder data as it crosses the wireless link. At the dispenser end, the four-port VLAN switch enforces logical network segmentation. Payment traffic, media content, and diagnostic data each run on isolated VLANs. Even if an attacker somehow compromised a media display feed, that compromise cannot reach the cardholder data environment because the two traffic types never share a network segment.

This segmentation has a direct impact on PCI DSS compliance. The PCI Security Standards Council recognizes network segmentation as a method for reducing the scope of systems that must comply with PCI DSS requirements. By isolating payment data at the dispenser level, Allied Wireless reduces the number of network components in the cardholder data environment, simplifying both initial certification and ongoing compliance audits.

The wireless link is as secure as, or more secure than, the wired connection it replaces.

Why Does Native Controller Integration Matter?

Native integration means Allied Wireless interfaces directly with NeXGen PRIME and AEGIS controllers, providing single-vendor support, shared firmware, and zero third-party middleware.

Allied Electronics manufactures both the NeXGen PRIME and AEGIS forecourt controllers and the Allied Wireless hardware. The controller sees in-dispenser units as native Ethernet connections; there is no translation layer, no separate management console, and no middleware vendor to coordinate with.

When something goes wrong on a third-party wireless overlay, troubleshooting typically involves three separate phone calls: one to the controller manufacturer, one to the wireless vendor, and one to the integrator who connected them. Each vendor points to the other two. With Allied Wireless, one call resolves both the controller and the wireless. The same support team, the same firmware ecosystem, the same engineering organization in Bristol, PA and San Diego, CA stands behind the entire system.

Allied Electronics has deployed 52,000+ interface devices worldwide. The wireless system extends this proven infrastructure to sites that cannot run new Ethernet cabling. Every firmware update, every diagnostic routine, and every protocol improvement that applies to the wired controller environment applies identically to the wireless environment because it is the same environment.

Frequently Asked Questions About Allied Wireless Forecourt Systems

Below are answers to the five questions Allied's technical team hears most from operators evaluating wireless forecourt connectivity.

Bringing It All Together

Allied Wireless replaces forecourt excavation with a purpose-built wireless Ethernet system that covers every major dispenser brand across two hardware generations.

The key points for operators and IT directors evaluating Allied Wireless forecourt connectivity:

• The system uses a proprietary encrypted protocol, not consumer WiFi. It is invisible to WiFi scanners, immune to common WiFi attacks, and designed for harsh outdoor petroleum environments.
• Gen 1 (AE58AP) and Gen 2 (SC1015-AP) access points pair with dedicated in-dispenser units for Wayne, Gilbarco, Gilbarco Omnia, Bennett, and GX Pedestal dispensers. Mixed-brand forecourts are fully supported.
• Native integration with NeXGen PRIME and AEGIS controllers means single-vendor accountability. One call resolves both the controller and the wireless, with no middleware vendor in between.
• VLAN-based network segmentation at every dispenser isolates payment data from operational traffic, simplifying PCI DSS scope and reducing audit complexity.

For operators ready to bring Ethernet to every dispenser without breaking ground, Allied Wireless is the path. Browse the full Allied Wireless product lineup or connect with a specialist below.