Blockchain Token Split & Burn

Both new blocks reference the same immediately preceding block — a deliberate, structured bifurcation of the chain at the split point.

Traditional blockchain structure is strictly linear: each new block references exactly one preceding block. The split mechanism deliberately breaks this constraint at the split point. The result is a fork with two successors — both are valid, both carry a portion of the original token's value and metadata, and the distributed network propagates both as the legitimate chain-tip pair.

The original token's block remains in the chain as the shared preceding block for both successors. Its metadata (original value, enriched financial attributes) is inherited and distributed across the two new tokens according to the split parameters. The smart contract can encode the split ratio and metadata distribution rules.

Each token carries enriched financial metadata — loan value, interest rate, and asset percentage — that propagates through splits and burns without re-attachment.

The distributed ledger system maintains enriched financial data as intrinsic properties of the token, not as external linked records. Metadata attributes include a loan value (the financial principal or face value of the underlying instrument), an interest rate (a percentage applying to the loan value), and an asset percentage (the fractional ownership stake this token represents in the underlying asset).

When a token splits, these metadata fields are inherited by each successor token — divided, maintained, or recalculated according to the split parameters. The metadata chain of custody is preserved: each successor token traces its enriched attributes back to the original token through the block reference chain. This eliminates the manual re-attachment step that breaks data continuity in conventional token burn-and-reissue approaches.

Split, burn, distributed propagation — select a scenario to trace a token through its lifecycle on the distributed ledger.

The four core lifecycle operations: a standard split, a smart contract triggered split, a burn with query exclusion, and distributed node propagation after a fork.

After a split, both successor blocks propagate through the distributed node network — consensus must accept a fork, not a conflict.

The distributed ledger's node network validates and propagates new blocks. In a standard linear chain, any block that references the same preceding block as an existing block is treated as a conflict and rejected. The split mechanism changes this: both successor blocks are valid, both reference the same preceding block by design, and the network consensus rules recognize a dual-fork as a legitimate split operation rather than a conflict.

Each node in the distributed network updates its local copy of the ledger to reflect both successor tokens as the chain-tip pair at the split point. The chain-tip reference — the indicator of the current end-of-chain state — advances to encompass both forks simultaneously. Subsequent transactions involving either successor token reference its specific block, maintaining clean chain provenance for each.

Tokenized loan portfolios, fractional real estate, shared investment vehicles, and DeFi protocol operations — anywhere a blockchain asset needs to be cleanly split and its predecessor retired.

The split-and-burn mechanism solves a foundational problem for financial instrument tokenization: how do you divide ownership claims on a blockchain while maintaining provenance continuity and excluding retired tokens from active queries?

Forward Citations

No forward citations found as of this check. US12236418B2 was granted February 2025 — citation data is still accumulating. Verify the current list on Google Patents.

One of five sole-inventor patents in the portfolio. P24, P27, P31, and P32 — each covering a distinct technology domain — also carry a single inventor: Siten Sanghvi.

Sole-inventor patents are relatively rare in institutional research environments, where collaborative invention is the norm. US12236418B2 represents a complete, independently conceived and prosecuted invention: the dual-block fork split mechanism, the locked-wallet burn with query exclusion, and the enriched metadata propagation framework — all developed and patented by a single inventor.

The 25-month prosecution period (January 2023 to February 2025) is consistent with the technical depth of the claims: distributed ledger consensus rules, block structure mechanics, and financial metadata continuity across split events are all non-trivial inventions that require thorough examination. The grant represents a clear allowance of the core dual-fork and query-exclusion claims.