Nigerian Researchers Open Source Trust-Minimized Bitcoin L2 Framework

Heritage Falodun has confirmed that Tage_Root is open source and welcomes Bitcoin developers, Rust engineers, protocol researchers, Layer 2 builders, and open-source contributors to open issues and submit pull requests on the Rust implementation.

In a modest workspace in Nigeria, Heritage Falodun pores over lines of Rust code that define the bridge module. The screen glows with peg-in and peg-out logic, two distinct paths side by side: one relying on OP_CHECKTEMPLATEVERIFY covenants and the other on BitVM-style optimistic verification. Samson Ojo joins to review the covenant module that constructs and verifies templates tied to BIP-119. The air is quiet except for the occasional click of keys and the low hum of a laptop fan. Outside, Lagos traffic pulses, yet inside the focus stays on Bitcoin’s base layer and how to move value safely into a secondary environment without surrendering control.

Every module carries weight. The execution layer offers a lightweight EVM-like runtime for yield contracts. The yield_engine tracks lending pools and interest rate curves. The staking component records validator bonds and slashing rules. The utils section supplies script encoding, TXID hashing, and Taproot helpers. These pieces together form a living research artifact rather than a finished product.

The moment matters because it places Nigerian engineers inside a global conversation about Bitcoin scaling that has long been dominated by teams in other regions. Tage_Root does not promise instant yield or seamless bridges; it asks precise questions about trust minimization and unilateral exit. By publishing the code, Falodun and Ojo invite others to test whether covenant-based or optimistic paths can deliver BTC-denominated returns grounded in real economic activity rather than speculation.

The research evaluates seven Bitcoin Improvement Proposals in sequence: BIP-340 for Schnorr signatures, BIP-341 for Taproot, BIP-342 for Tapscript, BIP-119 for OP_CHECKTEMPLATEVERIFY, BIP-118 for ANYPREVOUT, and the pair BIP-300 and BIP-301 that describe sidechain deposit and withdrawal mechanics. Two deployment paths emerge from this analysis. Path A assumes BIP-119 activation and builds a covenant-enforced peg. Path B prepares for the absence of that activation by constructing pre-signed transaction trees and fraud proofs that require online challengers and a liquidity-provider layer to manage exit delays.

The bridge module therefore contains both CTV-enforced and BitVM optimistic routes, allowing the same codebase to adapt depending on which consensus changes reach mainnet. The execution module keeps settlement awareness through direct Bitcoin RPC calls, ensuring that any yield contract ultimately resolves back to Layer 1 security assumptions.

Trust minimization is the through-line. Users are intended to retain unilateral exit rights without depending on a single custodian or opaque multisig arrangement. The staking module’s bonding and slashing logic further distributes security responsibility across validators rather than concentrating it. This design stance directly addresses the bridge challenges that have repeatedly led to loss of funds on other networks.

The open-source release also signals a shift in how African Bitcoin work reaches broader audiences. Techpoint Africa published the details through its Brand Press channel, giving protocol-level research visibility alongside more consumer-facing stories. The same article notes that Falodun and Ojo plan to continue releasing technical notes and follow-up research on emerging Layer 2 developments.

Bitcoin NGN surfaced the announcement on X, amplifying the researchers’ names and the repository link to a wider Nigerian tech audience. The tweet framed the contribution as a concrete proposal rather than marketing copy, underscoring that the value lies in the code modules themselves.

Heritage Falodun and Samson Ojo have placed a working Rust implementation into the public domain at a time when global debates over covenants and optimistic verification are accelerating. The framework does not claim to solve every scaling question, yet its modular structure and explicit evaluation of existing BIPs give other builders a reference point they can inspect, fork, or challenge. Whether Path A or Path B ultimately sees wider use will depend on Bitcoin’s own roadmap, but the research itself has already widened the set of voices shaping that roadmap.