Multi-Tiered Cryptocurrency Account Controls for RIA Advisors
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Solution Overview
Problem
Existing cryptocurrency solutions for investment advisors (RIAs) face high fees, liquidity constraints, and lack of integration with the RIA technology ecosystem, while retail direct ownership solutions do not provide easy connectivity and incur high transaction fees.
Innovation Solution
A wealth management system (WMS) provides multi-tiered access to electronic accounts for cryptocurrency transactions, allowing advisors to manage client assets with limited permissions and ensuring secure, compliant operations, while integrating with RIA technology ecosystems.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If private crypto funds are used, then access to RIA technology ecosystem is enabled, but high fees and liquidity constraints are incurred
Solution Approach 1:
The patent introduces a cryptocurrency exchange account as an intermediary between the client's securities account and the blockchain network. This intermediary enables RIA technology ecosystem integration through standard account interfaces while allowing direct cryptocurrency transactions that avoid private fund fee structures. The exchange account acts as a bridge that connects traditional RIA systems with crypto assets without requiring costly private fund vehicles.
2Measurement precision
If retail direct ownership solutions are used, then tracking errors are avoided, but connectivity with RIA technology ecosystem is lost
Solution Approach 1:
The patent creates a multi-functional account structure where a single cryptocurrency exchange account serves both as a direct ownership vehicle for avoiding tracking errors and as an integrated component of the RIA technology ecosystem. The account can be accessed through standard RIA interfaces while simultaneously enabling direct blockchain transactions, thus achieving both NAV accuracy and ecosystem connectivity in one unified system.
3Productivity
If advisor has full access to cryptocurrency account, then transaction efficiency is improved, but risk of fraudulent activity increases
Solution Approach 1:
The patent implements role-based access control where different users have different permission levels tailored to their specific needs. Advisors receive limited permissions that allow them to execute transactions efficiently within defined boundaries, while account owners retain ultimate control. This localized permission structure enables advisors to operate with sufficient autonomy for productivity while the system architecture inherently prevents fraudulent activities by restricting access to specific functions only.
4Reliability
If multi-tiered access control is implemented, then fraud risk is reduced, but system complexity increases
Solution Approach 1:
The patent implements automated permission management where the system itself handles access control enforcement without requiring complex manual approval workflows. The multi-tiered access structure is managed through standardized digital credentials and automated authentication mechanisms that the system handles autonomously. This self-service approach to access management reduces the operational complexity that would otherwise accompany enhanced security measures, as the system automatically enforces permission boundaries without additional administrative overhead.
Data Source
AI summary
A method may include receiving, by a processor, from a first computing device, a request associated with a first user credential on behalf of a second user credential to transact cryptocurrency, the amount of cryptocurrency corresponding to a first block instance of a blockchain stored on a plurality of first network nodes, wherein the second user credential has a set of permissions for transactions of the cryptocurrency on the blockchain, and the first user credential has a subset of the set of permissions for transactions of the cryptocurrency on the blockchain and excludes transactions directly to a cryptocurrency account; in response to determining that the first user credential has a permission to make the request, updating, by the processor, based on the request and the second user credential, the amount of cryptocurrency associated with the second user credential by updating a second block instance associated with the blockchain.


