LiqueFex Tech Design

LiqueFex Tech Design

Killer Application: A Distributed APP and API system

Revolutionary thinking and design, the liquefex technology design is an integrated APP system used to mimic banking practices and functions that is embeddable as a distributed API infrastructure.

Establishing connections through API

  • Creates informational gateways
  • Creates a communication ecosystem by establishing communication between various integrated parties representing both bank roles and users of the system.
  • Performs government compliant functions through Robotics Process Automation.
  • Removes friction and barriers in creating networks of trade.
  • Scalable function enabling limitless connectivity for various roles and market players creating both vertical and horizontal integrations.

Mirroring Real World Banking Ecosystem Infrastructure; Virtually

Our real-world liquefex system design is a government compliant step by step chain of events that creates fractionalization, identification, transfer, trade, decentralization, democratization, distributed functions, and enables the ability to create peer to peer private and public networks all through a series of integrated APPs and APIs. The collective use of the LiqueFex API system facilitates simultaneous function as:

  • Document Collection (decentralized)
  • Informational Exchange and Trade (decentralized)
  • Clearing and Settlement (decentralized)
  • Asset Based Banking (decentralized)
  • Asset Issuance and Transfer (decentralized)
  • Forced Compliance
  • Fiduciary Protocols

 

Our proprietary distributed API system combines both CEFI with DEFI (centralization created from decentralization coinciding with distributed automated roles). By mimicking the entire actions and laws of the banking ecosystem within the LiqueFex API distributed connections this enables the transactional requirements within the API system to operate according to banking regulations in its entirety including the transfer and trade from virtually represented depository trusts while removing third party asset custodial risk.

 

The system is designed for the here and now and is also usable for the incoming world of asset tokenization. The system also serves as a next generational design as the systematic process renders the nature of trade using an asset backed token obsolete. The concept of creating a token for trade becomes a mundane and costly processes when the LiqueFex API system performs all of the same function without having to create the token itself.

We Figured Out the Legal and Compliance Too

All LiqueFex functions are rooted in legal and compliance. All processes being performed by the distributed API system are backed with 1000’s of pages of real world tangible legal documentation. Using RPA in our proprietary methods of routing of information through the distributed APIs creates the required legal and regulatory processes automatically pursuant to the asset being traded while creating simulated depository trusts. The APIs create a front running, scalable infrastructure that can be supported behind the scenes, as the users of our system infrastructure can take full legal documentation to the bank and create the same infrastructure in the current banking ecosystems of today.

Imagine setting up an ECN with an automated API node infrastructure that replicates the custodial bank, trade, and asset transference actions behind the scenes simultaneously as one function.

Linking to a Distributed Ledger System

Not a requisite for LiqueFex system functionality, DLT or Blockchain can be thought of as a means to record what happened at the internal junctions of the APP connectivity in the step-by-step process. Blockchain is not needed to perform the transactions. Blockchain integration can be thought of as a secure method of storing information in immutable type ledger format the data center leveland not necessarily “on chain”.

Solving the Digital Ledger Problem

Blockchain companies are so focused on taking RWA and creating tokens of them. Downloadable and embeddable within DLT and blockchain platforms, our APP and API node infrastructure design can be thought of as actually taking the bank, the exchange, the depository trust, the custody of the asset within the depository trust, the clearing corporation and combining them as one integrated function in the ledgering system itself. As these type of created entity structures represented virtually are the ones performing the functions and issuance of certificates when they are represented in the digital world, all other down the “line”, not “chain”, functions are already represented digitally in a digital ledger platform.

And this happens while removing 3rdparty asset custodianship “within” the ledgering system and enabling all actions to be government compliant solving the associated regulatory problems governments have with blockchain trading platforms.

Cross chain

The APIs are downloadable and embeddable within virtually any blockchain / dlt system. This means that a blockchain platform can become a government compliant banking ecosystem by nature of use. As two disparate blockchain platforms use the same LiqueFex API Node system this enables two different blockchains to work together in a government compliant manner with digital asset transference between them.

An Efficient Means of Creating Unified Trade Both Domestically and Globally

Imagine a unified global trading downloadable API infrastructure system that mirrors the current banking ecosystem of today and is also embeddable in any blockchain or DLT system. This enables all blockchain systems to work together creating a unified global trading system that adheres to individual country laws pursuant to the asset, enables cross border trading of that asset, and removes third party asset custodial credit risk.

Modular Engineering Designed System

Our system is built using a modular design. Each module comes equipped with its own functions, along with embedded rules, roles, protocols, and compliance standards. These modules can connect seamlessly with one another to perform a wide range of tasks, offering virtually limitless flexibility—much like building with Legos, but specifically designed for establishing new methods of interconnected trade.