A fast, secure, and easily available cryptocurrency designed for “tipping and Rewarding”, allows rewarding a worker for a job well done, while avoiding the high fees on payment milestones inflicted on both sending and receiving parties involved, that is usually incurred by such transactions by the specialized job marketplaces that act as intermediaries between the parties. With Ethereum technology secures almost instant transaction of tipping reward and in the process either avoids the intermediary job marketplace platform in question, or as a best case scenario, is integrated into the job marketplace and acts as an additional bonus feature of the very job marketplace platform, this welcoming all parties involved; the employer, the employee, and the intermediary job marketplace platform to the world of digital currency. Helper Search Token ( HSN ) cryptocurrency can be used both as an integrated reward system for the intermediary platforms, or without the integration, as it is already a stand alone payment system with a use case in every industry and any task solving situation, from getting a big contract based project done, to rewarding a school child for doing the homework, Rewarding for network gathering foreign, domestic helpers, employers and employment agencies
Smart contracts on Ethereum are fully self contained and any information or access to off-chain data is restricted. Tellor solves this problem by creating a system where parties can request the value of an off-chain data point (e.g. ETH/USD) and miners compete to add this value to an on-chain data bank, accessible by all Ethereum smart contracts. Inputs to a data series are secured by a network of staked miners. The main Tellor smart contract creates a time series of each requested data series and aims to become the standard source of high value data for decentralized applications. This oracle, “Tellor”, utilizes similar incentive mechanisms to other cryptocurrency systems through the issuance of Tellor’s token, Tributes, that are used to request a particular data series from miners.