Deep Dive
1. Blockchain Explorer Final Update (May 2020)
Overview: The last commit to the public prom-blockhain-explorer repository was over five years ago. This utility was designed to display PROM transactions within the Stoa data exchange platform.
The repository, which served as a block explorer for a private testnet, has seen no updates since May 11, 2020. The codebase was experimental, built with Vue.js, and explicitly noted that peer-to-peer transaction features were planned for "further versions" that were never publicly released. The lack of subsequent commits suggests development may have shifted to private repositories or entirely new architectures.
What this means: This is neutral for Prom because the outdated public explorer does not reflect the current state of the live mainnet. The absence of recent public commits is common for projects that move development to private repos after initial launch, but it limits community visibility into ongoing technical progress.
(GitHub)
2. Privacy Policy Revision (November 2024)
Overview: Prom published an updated privacy policy, detailing data collection and user rights for its platform. This is an administrative and legal update rather than a technical codebase change.
The policy outlines the types of data collected (identity, transaction, technical) and the methods used (cookies, third-party services). It formalizes user rights and the company's data security measures, complying with standards like the GDPR.
What this means: This is neutral for Prom because it standardizes legal compliance and user data protection. While it doesn't improve network speed or functionality, it provides a clearer framework for user trust and institutional engagement, which is foundational for long-term adoption.
(Prom)
3. Mainnet and Bridge Launch (2024-2025)
Overview: Prom's major operational update was the launch of its mainnet and cross-chain bridge, enabling users to connect wallets and transfer assets. This represents the culmination of earlier development work.
The mainnet went live with ChainID 227, and the bridge supports moving $PROM, USDT, and USDC between Ethereum, BSC, Polygon, and other networks. The bridge uses infrastructure from Hyperlane to secure cross-chain operations, which implies significant backend development.
What this means: This is bullish for Prom because it transitions the project from testnet to a fully operational Layer 2. A live mainnet with a functional bridge directly enables user adoption, dApp deployment, and ecosystem growth, which are critical drivers for utility and value.
(Prom)
Conclusion
Prom's development trajectory shows a shift from public, experimental code to a launched, operational network, though recent technical progress is not visible in its primary public repository. The live mainnet and bridge are the key deliverables, suggesting the core development cycle for the base layer may be complete. How is the team now incentivizing developers to build and users to transact on-chain?