What is the name of the terminal on the bus?

Passengers of public transport face the need to pay for fares on a daily basis, but few people think about the technical side of this process. The device to which we attach a bank card or phone, in a professional environment has several names, depending on the functionality and year of production of equipment. Most often, drivers and controllers call this equipment simply. validator or terminalHowever, there are technical differences between these concepts that affect the speed of service flow of people.

Modern automated transportation control (ASMS) requires accurate accounting of each passenger, so the device inside the cabin performs much more functions than just reading data from a chip. It communicates with the operator’s server, checks the balance, records geolocation and travel time, and manages the operation of turnstiles or cash registers. Understanding exactly what it is called and how it works bus terminalThis will help to avoid awkward situations when equipment fails or problems with passage.

In this article, we will discuss the system, the causes of failures and the rules of operation of equipment in rolling stock. You will learn why the terminal may not see the card even if there are funds on the account and how to properly interact with the driver in case of a technical malfunction.

Terminology: Validator, Terminal or Composter

In everyday life, the names are often mixed, but technically the devices are divided by the type of interaction with the passenger. The main device that reads information from a transport card or a bank chip, the most correct name validator. It is he who conducts the validation procedure - verification of the authenticity and adequacy of funds. Terminal is often referred to as more complex complex complexes, including a driver's screen, a cash register module and a communication unit.

Old mechanical or simple electronic devices for punching paper tickets were called composter. Today, they are almost superseded by digital solutions, but the term is sometimes mistakenly applied to modern readers. It is important to distinguish between these concepts, since the functionality of them is different: the composter only marks the ticket, and the validator conducts a financial transaction or record data.

⚠️ The term “POS terminal” is rarely used on buses, as classic trading terminals are not adapted to work with transport cards and complex fare pricing logic.

Modern. recorder (also called advanced validators) is able to work offline, accumulating travel data, and transfer them to the server when a connection appears. This is critical for routes passing through areas with poor cellular coverage. The device must be protected from vibration, temperature changes and voltage surges in the on-board transport network.

The structure and principle of operation of the system

The internal architecture of a transport validator is not much different from a standard banking terminal, but it has a number of specific features. The main element is reader (reader) that supports various communication standards: NFC for contactless payment, RFID for transport cards and QR scanner for barcodes. Data exchange takes place in a fraction of a second, which provides high throughput at stops.

Integrated data transmission is used GSM/GPRS modem Or a Wi-Fi module. The device constantly “pings” the server, confirming its operability. If the connection to the server is lost, the validator goes offline, continuing to record transactions in internal memory. Once the connection is restored, the accumulated data packet is sent for processing.

• 📡 Antenna module - provides stable communication with the base station even at high speed.
• 💳 Smart card reader - reads chips of cards MIR, Visa, Mastercard and transport cards (Troika, Posadorik, Strelka).
• 🔋 Battery battery - allows the device to work for several hours when the power is disconnected from the bus network.

The power supply of the device is usually from the onboard network 12V or 24V through a special stabilizer that protects electronics from interference. Inside the case there is also flash memory for storing operation logs and software. The software part is regularly updated by "over the air" (OTA), receiving new tariffs and lists of blocked cards.

Types of terminals for public transport

The market for automation equipment offers various modifications of devices depending on the tasks of the carrier. The most common stationary models that are attached to brackets at the entrance or in the cabin. They are distinguished by an enlarged screen for the driver and a protected body. Such stationary validators They are often integrated with the GLONASS/GPS tracker system.

For small formats of transport or conductor service used mobile terminals. They resemble large smartphones or tablets in a protected case with a handle. The conductor can approach the passenger at any point of the cabin, punch the ticket and issue a check. Mobility allows you to flexibly manage occupancy and check tickets without stopping traffic.

A separate category is made up of turnstiles, where the validator is built directly into the passage mechanism. Here, the device not only reads the card, but also gives a signal to open the valve. Such systems are typical for the metro, high-speed tram and buses of especially large capacity (articulated buses).

Instructions: how to pay for travel correctly

The payment process is simple, but following simple rules helps to avoid reading errors and double-debiting. First of all, you need to prepare a map or smartphone in advance while you are in line for boarding. This speeds up the process and reduces stress for the driver and other passengers.

Bring the payment instrument to the center of the validator reading zone. It is usually marked with a wave logo or an appropriate icon. Hold your card or phone still for 1-2 seconds until the sound or color of the indicator appears. Sharp movements can interrupt the data exchange process.

If you use a bank card, make sure it has a chip and technology support. NFC. Magnetic stripe in transport terminals is not read. When paying via smartphone (Apple Pay, Google Pay, Samsung Pay), you need to unlock the device and, in some cases, confirm the payment with a biometric or PIN code before being brought to the terminal.

⚠️ Note: Do not attach two cards or a card to the validator at the same time, along with a case containing other chips (for example, an office pass). This will result in a read conflict and transaction error.

After successful payment, a message “Payed” may appear on the screen or a green LED light will light up. In some systems, the driver is also notified on the remote. If a red indicator lights up and a broken signal is heard, then the payment has not passed, and you need to either try again or use another payment method.

Table: Comparison of popular validator models

There are several major manufacturers of transport equipment on the market. Their devices differ in speed, protocols supported and level of protection. Below is a comparison of the characteristics of typical models used in Russian cities.

The choice of a particular model depends on the requirements of the municipality and the transport map of the city. For example, to work with the Troika or Podparlok system, special validator software certification is required. The software update is centralized, and the passenger sees only the result of the work - the speed and reliability of the reading.

Frequent problems and ways to solve them

Despite the reliability of the equipment, failures happen. The most common problem is that the terminal does not see the map. This may be due to a depleted NFC module battery in the phone, a contamination of the reader, or a temporary lack of communication with the acquiring bank. In such cases, the system often suggests a repeat attempt after a few seconds.

Another common situation is “double write-off”. It happens when a passenger, without waiting for a signal of success, removes the card and attaches it again. The system sees it as a new journey. Errors also occur when using expired cards or blocked by the bank due to suspicious activity.

If the validator gives an error “No communication”, it means the loss of the signal of the cellular network. In this mode, the device can only work with transport cards (offline mode), but bank cards will not be accepted, as online authorization of the transaction is required. The driver is obliged to warn passengers in such a situation and, as a rule, allows travel without payment or at a fixed tariff fixed manually.

• 🔄 Reboot. The first action of the driver when the system freezes (switch off power for 10 seconds).
• 📶 Testing the antenna Visual inspection of the connection of the GSM antenna to the terminal body.
• 📄 Cheque stamp If the check is not printed, the device can block further work until the thermal printer malfunctions are eliminated.

Legal aspects and responsibility

The use of automated payment systems is regulated by the rules of transportation and the contract between the acquiring bank and the transport company. The passenger, paying for the fare, concludes a transaction, the terms of which are public. The refusal of the equipment does not relieve the obligation to pay for the fare, but changes the way of fixing this fact.

In case of disputes (debiting money without providing a service, blocking the card), you must save a check or take a photo of the validator screen with an error code. This data is required for the investigation of the transaction by the bank or the transport card operator. Transport undertaking It is responsible for the maintenance of the equipment.

It is important to understand that a validator is a technical control tool. His testimony is given priority when checked by the inspectors. If the device shows “Payed” but the database hasn’t yet updated, the controller may see the debt. In such a situation, it will help a check or a history of operations in the bank application with reference to time and geolocation.

The future of payment systems in transport

Technology is rapidly evolving, and the term “terminal” may soon be transformed. Physical devices are being replaced by systems. Face Pay (payment by person) and biometric identifiers. In such systems, the role of the validator is performed by an AI-processing camera, and the passenger does not need to get anything out of his pocket.

The concept of “seamless payment” is also developing, when the entrance and exit of transport are fixed automatically, and money is written off on the fact of the distance traveled, as in a taxi. This requires the installation of readers not only at the entrance, but also at the exit, which changes the architecture of the bus interior. Big Data Analytics allows you to optimize routes in real time.

Integration of transport terminals with urban ecosystems will allow paying for travel with bonus points from partners, using a single subscription for all modes of transport and even parking. The device in the bus becomes the node of a huge digital network of a smart city.