Trusted Blockchain Transaction Validation Protocol (TBTVP)

**Problem the Invention Addresses:**

Current blockchain systems rely on consensus mechanisms such as Proof of Work (PoW) or Proof of Stake (PoS) to validate transactions before they are added to the blockchain. These methods require third-party validators (miners or stakers), which consume significant computing resources, increase energy usage, add transaction costs, and limit the number of transactions that can be processed each second.

In many real-world business applications, the parties involved in a transaction already know and trust each other, or they have legal or contractual means to resolve disputes. Despite this, existing blockchain systems still require the same resource-intensive validation process designed for trustless public networks.

This invention addresses that inefficiency by replacing traditional consensus-based validation with an automated, protocol-based validation process that relies on confirmations from the actual transaction participants. Once both parties confirm the agreed transaction details, the system validates the transaction and records it on the blockchain without requiring third-party consensus. This approach reduces computational overhead, lowers energy consumption, improves transaction speed, and enables blockchain technology to scale more efficiently in trusted or permissioned environments.  

**The Invention (Solution to the Problem):**

The invention introduces an automated, protocol-based method for validating blockchain transactions before they are added to the blockchain. Instead of relying on external miners or validators, the system requires the parties involved in a transaction to independently confirm the agreed transaction details. After the required confirmations are received and verified, the system automatically creates a validated transaction record and adds it to a blockchain block for inclusion in the blockchain.

The method may also register and authenticate participating users and use digitally signed transaction confirmations to help ensure transaction integrity. By replacing traditional consensus mechanisms with direct multi-party verification, the invention reduces computational effort, lowers energy consumption, improves transaction processing speed, and enables more scalable blockchain operation, particularly in permissioned or trusted networks where participants already have established trust or legal accountability.  

**Yes.**

The invention addresses a significant gap in prior blockchain technology by eliminating the need for third-party consensus mechanisms, such as Proof of Work or Proof of Stake, in situations where transaction participants are trusted or have legal recourse. Existing blockchain systems require external validators to verify transactions, resulting in high energy consumption, increased costs, slower transaction processing, and limited scalability.

The patented invention fills this gap by introducing an automated, protocol-based validation process in which the transacting parties themselves confirm and verify the transaction details before the transaction is added to the blockchain. This enables faster, lower-cost, and more energy-efficient blockchain validation while maintaining transaction integrity, making blockchain technology more practical for permissioned and enterprise applications.  

**Unique Features of the Process:**

* **Multi-party transaction validation:** Requires confirmation from both the transferring and receiving parties before a transaction is validated.
* **Protocol-based automated validation:** Uses a predefined validation protocol instead of relying on manual intervention or external validators.
* **No third-party consensus required:** Eliminates the need for miners or stakers to validate transactions in trusted or permissioned environments.
* **Digitally signed confirmations:** Supports digitally signed transaction confirmations to enhance transaction integrity and non-repudiation.
* **Direct blockchain inclusion:** Creates a validated electronic transaction record that can be added to a blockchain block, with some embodiments allowing direct addition to the blockchain.
* **Participant registration and authentication:** Supports registration and authentication of transaction participants to strengthen trust and security.
* **Improved efficiency and scalability:** Reduces computational overhead, energy consumption, transaction costs, and validation time compared with traditional blockchain consensus mechanisms.  

Industries where the invention can be useful?

* Financial Services and Banking * FinTech Platforms * Digital Payments and Settlement Systems * Blockchain Infrastructure Providers * Enterprise Blockchain Solutions * Supply Chain and Logistics * Trade Finance * Digital Asset and Token Management * Cryptocurrency Exchanges (permissioned/private networks) * Insurance Claims Processing * Healthcare Records and Data Sharing * Government and Public Sector Digital Services * Identity and Access Management * Real Estate and Property Transactions * Legal and Contract Management * Cross-Border Payments and Remittances * Manufacturing and Industrial Supply Chains * Internet of Things (IoT) Transaction Networks * Energy Trading and Smart Grids * Telecommunications * Cloud and Enterprise Software Platforms * E-commerce and B2B Marketplaces

An estimate of the total addressable market?

USD 40 to 45 billion