GOeureka - Start Your Journey

GOeureka is a travel tech company utilising blockchain technology to build a hotel booking platform. Our mission is to decentralise the hotel booking sector and deliver greater transparency by allowing hotels to directly connect with their customers. As a technology partner to hotels, GO aims to provide a dynamic digital experience to users and eradicate the high commission structures imposed by online travel agents. By reducing the financial commitments of hotels to third-party booking platforms, GO’s vision is to enable hotels to focus more resources on providing better intrinsic value and services to travellers around the globe.

Platform Overview

GOeureka aims to develop an easy to use, reliable Facility and Services booking system with persistent indisputable records. As with all new systems, much of what is proposed will evolve over time as requirements change. The web platform will be developed with a backend built on the Python Django framework while individual components will be built using a mix of programming languages (HTML, CSS, Javascript, Golang, etc.) and the mobile application built on the Ionic framework. The database will be a PostgreSQL database that runs on a cloud server (Amazon Web Service) with certain data validated and stored on the Ethereum blockchain. Smart contracts will be ERC20 compliant (though newer standards may be applied after the time of writing) and customized using Solidity.

ERC20 smart contracts will be utilized for the security and immutability of data throughout the platform. To increase performance and keep transaction fees to a minimum, individual transactions and bookings will be kept outside of the blockchain. The settlement of all transactions will occur off-chain and fulfilled transactions will be aggregated each day and sent through the smart contract to be validated and stored on the blockchain.

It is a key goal that the GOeureka platform provides for widespread usage, therefore utmost priority will be given to platform performance, user interface and experience. Majority of the system will be built in off-chain components but critical information will be stored in persistent smart contracts. The critical factors addressed are:

● The design of a secure mobile wallet that the average user feels comfortable using and is recoverable by the same user in the event of a lost device.

● The GO token which can be held, spent or traded.

● The GO credits which offers preferential rates when purchasing products and services. An exchange allowing the purchase of GO credits in exchange for GO tokens

● A management system to allow booking and recording of scarce, non-fungible resources (e.g. room-nights). Making this booking comes from:

○ payment of deposit in GO credits (automatic)

○ acknowledgement by the payment facilities during deposit through classic methods

● A booking and payment system for less scarce resources - e.g. spa sessions, meals, activities etc.

Hotel Services

Upon check-in, authentication tokens will be sent to GOeureka’s hotel CMS and guests will be matchmade with the hotel they have checked into once tokens are authenticated in the backend. Hotels and guests will have direct access to each other and will be able to communicate for the duration of the stay. Guests will be entitled to the aforementioned hotel services, depending on what hotels make available.

Room Key

To provide full self-service capabilities, GOeureka will also provide a room key feature on the mobile app. The availability of the mobile room key depends on the hotel’s physical infrastructure, but hotels with smart locks or keypad locks will have the room key feature integrated on GOeureka’s app.

GOeureka will integrate available developer APIs by major smart lock providers. This technology makes use of encrypted Bluetooth technology, where authenticated data is sent from the GOeureka app through the guest’s mobile device to the smart lock network which then unlocks a guest’s room. Bluetooth technology is found to be a safer alternative due to encryption and authentication methods available for Bluetooth transmission as opposed to Wi-Fi protocols that are easily spied on by other users on the same Wi-Fi network.