From now on, VIRAL is designed as one continuously evolving system: 1 VRL creates a host. That host receives a unique strain, generation, lifetime and reward cut. While the infection is active, part of the host’s ETH rewards flows back to its direct infector. The host can then spread the infection further, creating a new branch of the network — but rewards always remain direct, never multi-level. At the same time, the global genome continues to mutate from real market activity, producing new strain states for future infections. Every infection eventually expires. Every host enters immunity. Every clean wallet can become part of the outbreak again. And the entire history is being mirrored into GitHub directly from Ethereum — infections, mutations, transmissions and live network state. VIRAL is becoming a living on-chain outbreak, not just a token. $VRL — one token is enough to start a new branch. gmgn.ai/eth/token/0xa14edfd5…

VIRAL is entering its next phase. The network is no longer just tracking infections — it is beginning to build a permanent history of every host, every strain, every mutation and every reward path.

VIRAL rewards activity, not just holding. Holding $VRL gives you access to ETH holder rewards, but infecting other eligible wallets adds another layer: every active host you create can send part of its claim back to you. The key is timing. Infections expire, wallets become immune, and new opportunities open again — so the network is constantly changing instead of staying fixed.

VIRAL is becoming more than a live network — it’s building its own memory. Every infection, mutation, expiry and host-state change adds another piece to the outbreak history. Over time, the network becomes something you can trace backwards: who infected whom, which strain was active, how the genome changed, and when each branch appeared. The outbreak grows forward, but its history never disappears.

GitHub stays live with the network. New commits continuously record infection snapshots, strain mutations, host-state changes, and replay/indexer improvements, so holders can follow how VIRAL evolves without relying only on the website. Ethereum remains the source of truth — GitHub simply turns that activity into a readable public history of the outbreak.

Trade VRL - 0xa14edfd52357bf7df3a21c66f667d2e15cc950a1 Claim Rewards - viralstrain.cloud

VIRAL gives $VRL an actual use beyond simply holding it. Every holder can become part of the infection network, but the most active wallets can create additional ETH reward streams by infecting other eligible holders. Each direct host can send a share of its ETH claim back to the wallet that infected it, so growing your own active host network adds another layer on top of normal holder rewards. At the same time, infections expire, immunity resets wallets, and the global strain keeps mutating with market activity. That means the network never stays static — new hosts appear, old infections die, and new opportunities to infect open again. Hold $VRL to earn. Use $VRL to spread. Build more active hosts to expand your reward flow.

Infections do not last forever. They expire after a set number of eligible swaps, the wallet temporarily becomes IMMUNE, and later returns to CLEAN, ready to be infected again. At the same time, the global VIRAL strain keeps mutating with market activity, so new infections can receive different parameters from older ones. The result is a continuous loop: hold VRL → infect holders → earn from active hosts → infections expire → new hosts appear → the network keeps changing.

VIRAL keeps the mechanic simple but creates a constantly changing network. Every eligible holder can infect another wallet with 1 VRL. Once infected, that wallet becomes a host and receives its own strain, generation, reward cut, and limited infection lifetime. While the infection is active, every time the host claims ETH holder rewards, part of that claim is redirected to the direct infector. The more active hosts you create yourself, the more separate ETH reward streams you can potentially receive.

GitHub is continuously being updated to make VIRAL easier to follow for holders and users. New updates improve how infection data, strain changes, wallet states, reward activity, and outbreak history are displayed, while new functions and cleaner records make it easier to understand what is happening across the network at any moment. More transparency, easier tracking, and a clearer view of how VIRAL evolves over time.

VIRAL has already passed 50+ infections, and the network is running smoothly. Holders who actively infect more wallets are already creating more direct reward streams and receiving significantly more ETH rewards whenever their hosts claim.

The infection does not take VRL from B and it does not touch B’s token balance. It only changes how B’s ETH holder reward is divided when B claims. This means an infector can build several independent reward streams. A → B A → C A → D A → E If B, C, D and E are all actively infected by A, then A may receive a share whenever any of those four wallets claims ETH rewards. The more direct active hosts a wallet has, the more potential infection-derived reward streams it can have. At the same time, VIRAL still has normal holder rewards. Trading activity in the VRL/ETH pool generates fees, and those fees feed the ETH holder-reward system. So a holder can potentially receive ETH from two different sources: 1. normal VRL holder rewards 2. infection rewards from direct hosts viralstrain.cloud

If B claims ETH rewards, part of B’s reward goes to A. If C claims, part goes to B. If D claims, part goes to C. A does not receive anything from C or D. There are no multi-level commissions. Every host only rewards the wallet that directly infected it. For example: B has 1.00 ETH claimable B infection cut = 6% B receives: 0.94 ETH A receives: 0.06 ETH

A wallet starts as CLEAN. If it meets the protocol requirements, another holder can infect it through the dedicated INFECT function. The infection action transmits exactly 1 VRL to the target wallet and creates a new on-chain infection record. A normal VRL transfer does not create an infection — only the protocol’s infection function does. When the infection is created, the host receives its own strain snapshot. That infection stores its direct infector, strain code, generation, reward cut, creation point, and expiration point. These parameters are fixed for that specific infection, even if the global VIRAL genome mutates later. The relationship is always direct. A infects B B infects C C infects D

GitHub update We added a cleaner event replay layer that can rebuild the VIRAL infection network directly from the deploy block. If the live state ever needs to be reconstructed, the indexer can replay infections, expirations, immunity changes, and genome mutations in the exact on-chain order. This makes the GitHub archive more reliable and keeps the website’s outbreak map synchronized with Ethereum. github.com/Viralhookvrl/VRL/…

VIRAL is running smoothly — infections are being created, tracked, and expired as intended across the network. ETH reward claims are also fully available on the website, with the active claim window, infection split, and current host status shown directly in the interface.

🙌 github.com/Viralhookvrl/VRL

First claim! etherscan.io/tx/0x74a9283185…