Initial Coin Offerings
Initial Coin Offerings (ICOs) have changed the world of venture capital and continue to offer a new way to raise money. The massive increase in the value of cryptocurrencies and the incredible power of the blockchain, decentralization, and tokenization continue to drive the growth of ICOs in recent times.
This has led to the explosion of applications, platforms, and technologies being launched into the crypto space. Of these, one specific project could prove to be significant and revolutionary: the XY Oracle Network. In many quarters, the network is seen as having the capacity to remake the location tracking system. But what exactly is this platform and how will it bring changes?
What It Is
The XY Oracle Network is a secure, decentralized, and truly trusted proof of location system that connects the digital world to the actual world, thanks to its technology infrastructure which allows smart contracts to access the physical world. By so doing, the network’s ecosystem of devices tries to verify a node’s specific XY-coordinate and allow users to utilize apps that perform transactions in a Smart Contract.
Anything that needs to verify location data in any form can benefit from what the XY Oracle Network brings, as the blockchain-based platform was designed to ensure the accuracy and validity of location-related information.
The main aim of the XY Oracle Network is to build a consumer product business that is based on location and puts traditional location technologies like Bluetooth and GPS tracking beacons out in the actual world. Current use cases of this technology can be found in industries such as rental car agencies, logistics, and e-commerce, among others.
The native token of the XY Oracle Network is called the XYO. The token incentivizes both XYO holders and crypto-location miners, and at the same time ensures low transaction fees, proper liquidity, and long-term value.
Why It Matters
The world is becoming increasingly reliant on data owing to advances in technology. Think package delivery drones, self-driving cars, and smart cities, which all require location data to function effectively and efficiently. These innovations necessitate the introduction of a decentralized platform that can obtain location data from several different location-tracking devices.
Consequently, the XY Oracle Network looks to resolve this problem through the provision of trustless location data using an ecosystem of crypto-location technologies and protocols. The ability of XYO Network to change the face of location tracking system depends largely on a set of a mechanism of cryptography: Proof of Origin and Bound Witnesses.
Proof of Origin help ensures that the data being provided is valid and cannot be falsified. The concept of Bound Witnesses, on the other hand, guarantees that two different nodes were in proximity to each other, confirming that the component of the XYO network provided precise location data. Besides, four key elements help facilitate the delivery of accurate data on the XYO Network. They include Sentinels, Bridges, Archivists, and Diviners.
Where It’s Going
The ability of the XYO Network to provide accurate, verified, and tamper-proof location data has the potential to disrupt existing industries and change the world.
First, it will enable organizations to provide an autonomously verified ledger to monitor a shipment process from start to finish. Being a decentralized and trustless platform, the XYO network allows independent confirmation of delivery and delivery history. This makes it possible for e-commerce platforms to implement a pay on delivery system.
Second, the XYO Network will protect public safety and privacy through the creation of a universal location protocol for automated drones to make the drones publicly accountable in the event of a breach in security or personal privacy.
Third, the XYO Network will help create a culture of accountability in health care and reduce medical errors. Others include reduced risk of fraud in insurance, enhanced security of authorized firearms in high-risk areas, etc.