Presale Rate
0.45 /USD
Market Cap
—
Total Raised
$300.00K
24h Volume
—
Participants
782
Trending
30.2
Risk Analysis
This presale has been analyzed using our AI-powered fraud detection system. The risk and trust scores are calculated based on multiple factors including smart contract analysis, team verification, social sentiment, and historical data.
Verification & Security
About Goracle
Goracle is a platform that aims to accelerate the development of decentralized applications (dApps) by providing the necessary infrastructure for developers and organizations to build applications that utilize real-world, off-chain data and computation. With the increasing adoption of cryptocurrencies and blockchain technology, there is a growing demand for reliable oracle solutions that can provide real-world data to smart contracts. In 2022, the number of daily users for dApps surpassed records, with billions of dollars in volume. Cryptocurrency adoption has also increased, especially in emerging markets, leading to more people becoming familiar with wallets and on-chain transactions. As the general population becomes more comfortable with using dApps, the demand for oracles to provide real-world data is expected to rise as well. Algorand, in particular, has seen increased development, with many applications being developed or going live in 2022. Algorand is also favored by institutions such as banks and insurance companies due to its speed and secure cryptographic properties. Goracle aims to provide the Algorand ecosystem with a high-quality oracle solution to further foster the growth of the blockchain. However, the blockchain space has also seen numerous security incidents, including hacks and manipulation through bridges and oracles. This highlights the need for security as a top priority for any oracle solution, including Goracle. The primary goal of this litepaper is to introduce the organization and backers of Goracle and highlight the compliance of the protocol. It will also provide a high-level overview of the functioning mechanism of the oracle and the types of feeds that Goracle plans to launch with. Technical details of the network will be released in a future whitepaper closer to the launch date of the protocol. The Goracle vision is centered around delivering an oracle solution that drives mainstream adoption of web3 and Algorand, and enables a thriving ecosystem of decentralized applications to solve real-world user problems. The mission of Goracle is to push the boundaries of oracle and blockchain technology, focusing on reliability, safety, and performance, while providing a flexible and modular architecture that supports frequent upgrades and fast adoption of the latest technological advancements. Goracle envisions a decentralized, secure, and scalable network that is governed and operated by the community that utilizes it. As the demand for infrastructure grows, the computational resources of the oracle network will scale up horizontally and vertically to meet those needs. Upgrades and advancements in technology will be seamlessly integrated into the network, without interrupting users or compromising security, privacy, or decentralization. The ultimate goal of Goracle is to make infrastructure concerns fade into the background, allowing developers and users to focus on building and using decentralized applications without worrying about the underlying oracle technology. Goracle aims to provide a reliable, efficient, and user-friendly oracle solution that accelerates the adoption of web3 and Algorand, and empowers developers to create innovative solutions that benefit millions of users in solving real-world problems. The oracle problem is indeed a challenging issue in blockchain technology, as it requires trusting external data sources in a trustless environment. While conducting all activities on-chain could potentially solve the oracle problem, it is not always feasible for all use cases, such as sports events or weather information, which rely on off-chain data. One possible solution to the oracle problem is to source data from multiple reliable sources. By aggregating data from different sources, the system can reduce the reliance on a single entity and minimize the risk of manipulation or malicious behavior. Additionally, imposing a high cost barrier to entry for participants in the oracle system can deter malicious actors from attempting to manipulate the data. Furthermore, aligning incentives in the oracle system can help mitigate the oracle problem. If poor quality or malicious participants stand to lose more than they gain from manipulating the data, it creates a disincentive for such behavior. Designing the oracle system in a way that ensures that participants have more to lose than gain from cheating or providing inaccurate data can enhance the security and reliability of the system. However, it's important to acknowledge that the oracle problem may not have a one-size-fits-all solution and may require careful consideration of the specific use case and the trade-offs involved. It's an ongoing challenge in the blockchain space to balance decentralization, security, and usability, and different projects may adopt different approaches based on their unique requirements. In conclusion, while the oracle problem is a complex challenge, leveraging multiple reliable data sources, imposing high cost barriers, and aligning incentives can potentially provide a solution that enhances the security and reliability of oracle systems in blockchain technology. Nevertheless, it requires continuous research, development, and innovation to address the oracle problem effectively in different contexts. The design of the Goracle protocol involves three main components: feed providers, events, and nodes. <b>Feed providers</b> serve as the entry point for external data into the protocol. They provide data through a JSON API, which can be consumed publicly. Feed providers can be unaware of the Goracle protocol as long as their API is compatible with the protocol. They can also collect fees for providing data by using proprietary middleware that validates fee payments before allowing access to their data. <b>Events</b> are used by consumers to communicate with the protocol. There are two types of events: request events and subscription events. Request events trigger single non-recurring blocks, while subscription events register recurring requests with additional parameters to specify when new requests should be generated as part of the subscription. <b>Nodes</b> are the backbone of the Goracle network and function similarly to Algorand participation nodes, but with some differences. Goracle nodes are peer-to-peer and use a customized version of a gossip protocol to propagate information across the network. Node runners are assumed to be running a node client implementation that conforms to the protocol specification. Nodes listen to Goracle events from the blockchain, respond to those events by triggering new blocks if applicable, and maintain the state of the protocol. Together, these components work in concert to enable the Goracle protocol to function as a decentralized oracle system that brings external data onto the blockchain in a trustless manner. Feed providers provide data, events facilitate communication between consumers and the protocol, and nodes propagate information and maintain the protocol state. Goracle is comprised of both full time and part-time contractors, and utilizes strategic advisors to help build the protocol. This section describes our team members. Abdul Osman - CEO Goracle is led by CEO and founder Abdul Osman who has a background in Software Engineering and Business Administration. He is the founder of two software companies with Goracle being his second successful venture. He specializes in creating innovative web and mobile applications with over 8 years of experience in bringing technological products from ideation to delivery to scale. Under his vision Goracle aims to be the the first enterprise grade oracle network to bring proper decentralization, speed, security, and off-chain computation to Algorand. Finance Ali Hassan - CFO Finance is managed full time by CFO Ali Hassan who has over 15 years’ experience working in financial analysis, internal audit & risk management for several multinational organizations. Ali ensures that grant, seed funding and treasuries are managed to the highest standards and that Goracle is in compliance with accounting regulations and financial reporting mandates. Joseph Jones - CTO The engineering department is led by Joseph Jones who is a multifaceted software engineer– having worked in many areas of software including machine learning, DevOps, web/mobile applications and blockchain development. He leads a team of six, devising the technical strategy to ensure Goracle’s technology is not only cutting edge but also in alignment with its long-term business goals. Ahmed Ali - CDO Data management is led full time by Ahmed Ali who has worked as a lead statistician and data scientist in the past and holds a masters in Mathematics and Statistics. His work has been key to creating models and simulation methods to determine the most suitable rewards system for our ecosystem participants. Halli Ali - Marketing Director Halli Ali has extensive experience in project coordination, developing efficient internal processes and managing all aspects needed to empower a successful team. She has a knack for data, observing trends and works to strategize with and coordinate the rest of the marketing team to ensure marketing objectives are being met and that tasks are implemented smoothly.
Presale Details
Contract Info
Contract Address:
0xec3e8b039d15de9824f369ed003c4825fe2ef165
Network:
ETHEREUM
Multi-Axis Score Radar
Category Breakdown
Scores are calculated from 6 categories: Security (audit, KYC, verification), Social (platform presence), Liquidity (lock status), Financial (funding progress), Platform (trust rating), and Transparency (data completeness).
Overall Assessment
Based on reported project data and the verification signals available in this record.
Lower is better. Computed from on-chain and off-chain signals.
