Verge (XVG) was presented as a cryptocurrency built around privacy and fungibility. The source article framed its appeal around a weakness long associated with Bitcoin: transactions are traceable, and wallet activity can be linked back to users under certain conditions. As concern over that issue grew, privacy-focused coins saw stronger adoption in 2017, and Verge was described as part of that wave.
From DogeCoinDark to Verge
XVG began trading in October 2014, but it did not launch under its current name. It first entered the market as DogeCoinDark, a project that aimed to build a fun, anonymity-oriented Dogecoin-based currency with added privacy features, including i2P support. In February 2016, the team rebranded the coin as Verge, the name it still uses. The project was led by the pseudonymous Sunerok, whose background was described as being tied to network security and online privacy.
In an interview cited by the source, Sunerok said the project started as a hobby in 2013. Community members later pushed for a rebrand so the coin could be taken more seriously, and he said the community grew much faster after that change. That detail matters. It shows how closely Verge’s early development was tied to its user base.
Tor, i2P, and Wraith sit at the center of the design
Technically, Verge did not abandon the public-blockchain model associated with Bitcoin. Instead, it added privacy-oriented layers on top. The source says the project relies heavily on Tor and i2P to mask transaction traffic and reduce the chance of network-level surveillance or traffic analysis. In Verge’s black paper released on June 4, 2017, the developers described transaction traffic being routed through multiple global servers so that the final exit node would not know where the connection originated.
Verge clients also use i2P tunneling and what the article calls “garlic encryption” as an extra privacy layer. The source also highlights the optional Wraith protocol, which was described as enabling more private transactions while still keeping faster confirmation times. Even with those features, Verge’s blockchain remains public. A user’s exact IP or location may be harder to identify, but the ownership trail of coins can still be followed on-chain. That is a clear distinction from Monero’s privacy model.
Wallet features and mining model
For wallets, the article points to the Verge Electrum Client as a preferred option. It uses both Tor and i2P while transacting, with the stated goal of preventing location and IP data from leaking to internet service providers or other connected servers. The wallet also includes the optional Wraith feature and supports multisignature use. That setup is not mandatory, but it gives users the ability to require more than one key before funds can move.
On the mining side, Verge uses proof of work and has a 30-second block time. It supports five hashing algorithms: Scrypt, X17, Lyra2rev2, myr-groestl, and blake2s. The source argues that this multi-algorithm approach allows a wider range of mining hardware to participate, which could improve decentralization and distribute coins more broadly across the community.
Exchange listings, supply cap, and the article’s market snapshot
At the time the source was written, Verge was trading on Bittrex, NovaExchange, and Cryptopia, with Bittrex holding the largest share of daily trading activity. The article lists a market capitalization of about $45 million, a token price near $0.0035, and a maximum supply capped at 16.5 billion coins. Those figures belong to the article’s original timeframe and should not be read as current market data.
The roadmap section also mentions planned Android wallets with built-in i2P/TOR support, pushing privacy features into the mobile experience. It also says Verge integrated RSK in July 2017 for smart contracts and an online merchandise store, though that feature was still in beta at the time.
How Verge differs from Monero, Dash, and Zcash
The source compares Verge with Monero and says both focus on privacy, but in different ways. Monero is described there as a privacy-based coin with the ability to opt out and reveal transactions, while Verge is framed as a Bitcoin/Doge-style chain with optional privacy layers added in. In practice, that means transaction history connected to a Verge public address can still be viewed on a public blockchain, even if network-level details are harder to expose.
Against Dash and Zcash, the source says all three offer private transaction functions from a user perspective, and that those features are optional rather than always on. It also notes that even when private modes are used, wallet balances can still be checked on a public chain. The article does not declare a winner. It says each project has its own approach and community support, while describing the Verge community as especially active and vocal.
Price history and the investment argument in the source
The article says Verge traded mostly sideways from October 2014 until the February 2016 rebrand, moving between roughly $0.000005 and $0.00001. After the rebrand, the price rose and hit a then high of $0.000227 on April 7, 2016. It later fell back and spent much of the following year in a range between $0.00005 and $0.00001.
In June 2017, after the release of the black paper and several development updates, the article says XVG climbed from $0.001 on June 1 to a new high of $0.0063 on June 7. Its investment case was presented in simple terms: if an investor believed users would move toward privacy coins and believed Verge’s team could keep shipping improvements, then XVG could fit in a digital asset portfolio. If not, or if other privacy coins such as Monero, Dash, Zcash, or PIVX looked stronger, then there was no reason to buy Verge. The source also suggested that even holders of Monero or other privacy assets could consider Verge as a separate approach within the same sector.