High Value Cargo Tracking with Telematics
Reliable tracking and reporting systems are required when high value cargo is transported. Through the use of automotive telematics in delivery vehicles, data can be sent to a control center over MQTT to a broker on the server side. Payara Micro uses MQTT Cloud connectors to receive the data from many vehicles in order to reveal the delivery vehicles location on a real time map, provide statistics and alerting services, and calculate the most optimal route a carrier should take. For example, if vehicles deviated from a pre-determined route or made unplanned stops, alerts are raised for further investigation to ensure the safe transportation of valuable cargo.
Location and Driver Assignments with Telematics
For taxi services and companies providing rides to consumers such as Uber and Lyft, telematics are used to send vehicle location information of all the vehicles in the network back to the application server. The vehicle located the closest to the person in need of a driver is then dispatched to the pick up location. Application servers can then calculate fees and connect to the payment processing system to accept payment for the ride.
Insurers, insurance brokers, insurance aggregators or systems suppliers use the Payara Platform. The Payara Platform hosts and serves customers with their insurance quotes and the site for securely buying insurance online and can handle communications between aggregators and insurance brokers/insurers with high availability, security, and clustering. Payara is also used to serve in-house systems for call centre agents, pricing systems, customer documents portals, customer communication systems, or many other smaller in-house ancillary systems.
Calculation of Insurance Premiums From Customer Driving Records
Payara Micro is useful in combination with telematics systems to collect, manage, and translate data to calculate insurance premiums based on customer driving records. “Black boxes” installed in customer cars collect information about the driving habits of insurance customers which is then fed back to the pricing department to automatically calculate insurance premiums according to the company’s pricing algorithms.
Availability and Scalability for Customer Online Account Management
Customers seek telecommunications solutions with the convenience of online account management systems that are always available. Payara Server’s clustering technology provides high-availability and scalability for customer-facing transaction applications, providing a billing portal for customers to view and pay bills and manage their accounts, while the Payara Platform integration with databases combined with an in-memory data grid (Hazelcast®) for temporary storage of a user’s account details provide a robust data retrieval solution and high-performance account visualization. Telecom companies rely on the Payara Platform to provide customer-facing transactional applications that can also easily integrate with other systems thanks to support for modern integration protocols like REST and Message queues.
High-Speed Event Storage and Retrieval
Payara’s integrated data grid can act as a high performance and highly scalable billing event store. Retrieving data from many different feeds billing events can be stored in-memory in a highly available data grid and slowly written to an underlying database. Using Payara’s data grid technology writes can be captured at a much higher speed than for a traditional database technologies.
Batch System to Execute Long-Running Operations
Financial Services companies require scalable, fault-tolerant batch processing solutions. The Payara Platform provides a solution for executing long running operations (batches) as well as auto-scaling additional instances when needed, with continued operation in the event of failure to keep critical systems operational when faced with errors in input, code bugs, hardware failures, or human error.
Using Payara Server cluster for the main application to schedule batch operations and a much bigger cluster of Payara Micro instances allow for execution of individual batch jobs in isolation. Isolation ensures a failure of one batch will not cause a failure in all subsequent batches. Execution of batch operations can automatically scale by starting additional Payara Micro instances on the fly as executable JARs. Payara Server uses EJB timers to schedule batch operations and then forwards the instructions to a pool of Payara Micro instances. These use JBatch Java EE technology to process one batch job at a time to isolate it from other jobs and report the results to the main application. Using Java EE technologies in Payara Platform along with the flexibility of Payara Micro deployment allows financial services companies to build a robust, fault-tolerant and scalable batch solution.
Availability and Scalability for Customer-Facing Transactional Applications
Customers seek financial solutions with the convenience of online account management systems that are always available. Payara Server’s clustering technology provides high-availability and scalability for customer-facing transaction applications, providing a billing portal for customers to view credit card transactions and manage their accounts, while the Payara Platform integration with databases combined with an in-memory data grid (Hazelcast®) for temporary storage of a user’s account details provide a robust data retrieval solution and high-performance account visualization and processing. Financial Services rely on the Payara Platform to provide customer-facing transactional applications that can also easily integrate with other systems thanks to support for modern integration protocols like REST and Message queues.
Tourism & Hospitality
Improve Operational Efficiency and Customer Service Experience
The tourism and hospitality industries rely on information technology to improve customer service experience, reduce costs, and improve operational efficiency. They rely on various technology to promote their websites, quote hotel or travel rates to online shoppers, and for integrating with third party price and availability systems.
The hospitality industry uses Payara Server to manage their booking sites. Using WebSockets, data can move from the browser to the Data Grid, to save and manage statistics for who is viewing properties, how many people booked the hotel during the last hour, or how many people are currently viewing a specific property.
Payara Server initiates rapid price quoting, necessary for hotel booking infrastructure. Large numbers of prices are stored in-memory for rapid quoting, and need to integrate and retrieve prices from 3rd party price and availability systems. Customer web searches for availability for specific travel dates can be stored in-memory in Payara Data Grid and updated from back-end sources on demand.
Applications & Data Usage
E-Gaming applications need more than the flashy front-end for the end user. You also need more back-end oriented functionality, such as general account management and integration with other services. One of these external services required of e-gaming applications is the ability to process electronic payments and management of the User Wallet. E-gaming providers rely on the Payara Platform for these services due to the platform’s strong security-oriented focus and fast release cycle so it is able to quickly react to any security related issue.
Sharing data, one of the other strong points of the Payara Platform with the Data Grid Feature, is also a valuable asset for an E-Gaming Platform. It becomes easy to share information between applications or even share data between the players in a Multi Player game where it is rendered by interactive technology using HTML 5 or better.
Promotion Events and Casino Tickers
Receiving market data for online gambling is an additional use-case for the Payara Platform. You could gather odds for all games in progress around the world along with various data feeds using the embedded DataGrid. It could allow analysts or processes to change odds on games in real time, as they occur.
The Payara Platform can be used to send push promotion events to the end users. Utilizing the standards-based WebSockets and Server-Sent Events, where the events are stored by the Payara Data Grid, pushing them to user browsers in real time. These events can be pushed in response to external events which can be received via JMS or Kafka Queues, for example. But also, casino staff can trigger events to qualified users through WebSockets, which causes the events to appear right in their browser.
Patient information databases and billing systems are complex and must have the capacity to securely exchange large amounts of patient data between health care facilities, billing systems, health insurance or HMO administrations. The Payara Platform works in the background, receiving and handling patient data entered by healthcare providers, distributing the data to appropriate upper level servers and across sites for synchronization and clearance purposes, and enable access to patient care information and reports to authorized health care providers.
High Availability for Life-Saving Medicine
The availability of data can be a life saving factor for a health care facility such as hospitals and urgent care centers. With the clustering options available in Payara Server and Payara Micro, data and information for blood sample analysis or other patient medical data is available at all times for the treating physician to make quick and accurate decisions based on the patients’ health care needs. Having access to patient records is also necessary for home health care visits. When nurses visit patient homes, they need reliable access to the correct patient information, what medication and treatments the patient should receive, and any information regarding allergies or warnings.
Patient Data Confidentiality and Security
Confidentiality and security is a major concern for health care business considering the fact all patient medical data must be kept confidential and meet strict security requirements. The Payara Platform has a wide range of modern authentication methods available like OAuth2 and MicroProfile JWT to ensure confidential records remain confidential and to ensure your hospital, medical practice, or other health care facility meets security regulations.
Logistics companies provide a comprehensive suite of supply-chain solutions designed to help businesses run at optimum efficiency and profitability. From manufacture to delivery, logistics services seamlessly link businesses to their customers.
Integrate with Customer APIs for Managing and Routing Deliveries
Parcel delivery companies require innovative cargo tracking systems to sort large volumes of parcels, schedule deliveries, and provide customers with real-time online tracking and tracing solutions to locate their packages en-route. As a B2B industry, parcel delivery companies must integrate their own APIs with hundreds or thousands of their business customers’ critical applications to offer high availability and stability. Due to high volume handling of parcels, filtering, searching and reporting functions must work quickly and reliably giving operators, dispatchers, and expediters access from multiple locations access to new and old orders simultaneously.
Payara Server offers logistics companies a reliable app server for processing, managing and routing.
Payara Micro provides capabilities for field devices to scan parcel labels and retrieve or send information to and from the logistic’s company centralised hub for further processing and updating of tracking and tracing information.
Scalability, Availability, and Integration with Warehousing and Payment Providers
Ecommerce businesses need eCommerce portals that grow alongside their business and adapt to the changing needs of internet shoppers. A portal offering integration with third-party products, credit card processing, and large storage of shopping carts requires an application server with database integrations and a secured, clustered environment. Payara Server offers the system architecture necessary to handle eCommerce websites:
- Payara Data Grid to handle storage of shopping carts
- Payara Data Grid to hold product catalogue data and availability in-memory enabling rapid creation of dynamic and compelling customer catalogues
- Ability to push promotions to users with Websockets and standard push technologies
- Integration with external systems using standards-based technologies such as REST, WebServices, and message queues to integrate with warehousing and payment providers
- Dynamically scale to meet current and future needs with elastic scaling to support sales and promotions
Reduce Overhead Costs and Increase Consumer Convenience
Department of Motor Vehicles rely on web-enabled systems deployed to Payara Platform application servers to calculate vehicle registration fees, accept payment from consumers registering their vehicles, and issue new vehicle registration documents. Enabling an online system for vehicle registration eliminates consumers waiting in line at the DMV to register a vehicle, saving time for both the government office staff and consumer. Likewise, similar digital systems in place by other government agencies relying on the Payara Platform for car license renewals, passports, payment of taxes, and building permits can drastically reduce unnecessary office staff time while providing reliable, secure digital services to consumers.