"Resource Allocation Protocol helps get the resources you need, anywhere, anytime." -- Richard, 2017
Resource Allocation Protocol looks to provide a decentralized protocol to streamline efficient sharing of resources through strengthened audit capabilities and decentralized tracking of material resources, throughout their entire life-cycles. Resource Allocation Protocol can be used to measure and monitor manufacturing activities, raw resource usage, their consumption and re-manufacturing.
1. Users, IoT or Devices who send and receive resource use request to and from the network
2. Resource Authenticator, responsible for token based authentication and identification of resource users
3. Reserve Network(s) providing value added data to the network
4. Resource Operators, who manage and share allocated resources (e.g. devices such as fleet of drones, or group of IoT equipments)
5. Resource Contributors that provide usable resource and allocation data to the network (e.g. IoT, Devices, manufacturers, or resource suppliers, to enable real-time data based delivery of resources based on consumption)
Applied to drones and fleet of robots, Resource Allocation Protocol can be used to measure the usage of drones, their energy consumption, and enable shared usage of fleet of drones amongst decentralized participants using pre-set rules for such sharing amongst participants.
Applied to manufacturing, Resource Allocation Protocol can be used to measure the usage of resources, their forecasted demand, and enable predictive resource allocation amongst decentralized resource allocators.
Applied to IoT, Resource Allocation Protocol can be used to measure real time data, share the data to pre-authenticated participants, and enable shared data resource & usage allocation amongst decentralized IoTs and their operators.
Applied to Governance, Resource Allocation Protocol can be used to measure sentiments in existing policies and their deficiencies, enabling decentralized citizen participation in legislation process of new policies to overcome the deficiencies.
Applied to Data Science, Resource Allocation Protocol provides trusted on-chain source for resource availability and their real time usage, enabling build-up of predictive models of consumption and production patterns of resources of various types.
A forward is a contract whereby parties agree to trade a resource at a later date at a usage pre-specified in the present. One of the common problems in industrial allocation for resource, is for resource contributors to allocate the needed resource from various resource producers prior to delivery. Resource Allocation Protocol allows for decentralized allocation of such resources, enabling existing suppliers for resource contributors to collectively service large demand in advance, while offsetting excess capacity in public demand pool.
Applied to policing, Resource Allocation Protocol can be used to measure real-time crimes & hazard data, enabling decentralized allocation of appropriate policing forces to take action where there are needs, while informing relevant public of disasters and their mitigations.
Comparison to Existing Systems
We compare Resource Allocation Protocol to existing systems in the table below.
|Free Market Economy||Socialist Economy||Resource Allocation Protocol|
|Resource Usage Audit Trail||No||Yes||Yes|
|Instant Resource Allocation||No||No||Yes|
|Trustless and Secure||Money as a form of trust||Money as a form of trust||Consistent Resource Delivery as a form of trust|
|Resource Allocation Method||Capital Flow based Allocation||Social Demand based Allocation||Usage based Allocation|
Initial Product Development
Resource Allocation Protocol consists of the following major components in its system.
Smart contracts Resource Allocation Protocol contains several contracts, including the main contract which serves as the main entrance to the system for users, devices and resource operators. We also have different contracts to maintain the resources, and a contract token which provides secure authentication to all features that Resource Allocation Protocol supports.
Goodwill Coin Convertible with Ethereum, Goodwill Coin provides secure authentication for Resource Users, Operators, and Contributors to create, join, allocate and use resources available in the network.
Resource Operations Portal aids the management of the resource by displaying their performance, network stats, supporting different strategies and algorithms to make resources available or to use the resource. Resource operators interact with the network (or the Resource Allocation Protocol contract) via this portal.
Operator dashboard Helps Resource Allocation Protocol operator manage the entire system. Operator can add and remove new resources change network parameters via this dashboard.
Resource Allocation Protocol Participant Onboarding
1. We will list the GOODWILL Tokens on exchanges for Live Trading
2. We will invite the participants to join in through Telegram, to create an on-going channel for building the community, and for building the Resource Allocation Protocol with Resource Allocation Protocol.
Resource Allocation Protocol Buildup Progress Digital Showcase
Participants jointly solve complex issues through crowd sourcing actionable solutions from invited audience, while measuring the overall build-up progress of Resource Allocation Protocol being made by Resource Allocation Protocol participants.
Participants will take votes on relevant issues and causes, such as exchange rate mechanics, minting of token for participants and expansion of Smart Contract Features.