You asked—we listened. The Top Inviter Challenge is officially back!
This time, with cash rewards, a refined point system, and more ways to win as we gear up for TGE.
🏆 Rewards & Qualification:
To qualify:
- Top 3: Must have at least 200 valid invites
- Points Tier (4th–10th): Must have at least 100 valid invites
🥇 1st Place: $50 HLUSD (no points awarded)
🥈 2nd Place: $30 HLUSD (no points awarded)
🥉 3rd Place: $20 HLUSD (no points awarded)
🏅 4th – 10th Place: Earn up to 1,400 points, scaled by valid invites
🔹 100 valid invites = 700 points
🔹 200+ valid invites = 1,400 points (max cap)
🔹 Formula: 7 points per valid invite
🎁 Redeem Points For:
- HLUSD prizes
- Exclusive HeLa merch
- Surprise marketplace rewards
📌 Points System:
- Only 4th–10th place are eligible for points
- Points scale with total valid invites (7 points each)
- Max: 1,400 points
- Min: 700 points (requires 100 valid invites)
✅ Contest Requirements:
- Invited users must receive the HeLa Ranger role on Discord
- Invited accounts must be older than 7 days
- No self-invites allowed
- 200 valid invites = eligible for Top 3
- 100 valid invites = eligible for 4th–10th points
➡️ Generate your invite link in the #discord-invite-create-link channel.
📅 Timeline:
Start: May 28, 2025 – 7:00 PM SGT
End: June 11, 2025 – 7:00 PM SGT
Winners Announced: June 17, 2025
🔗 Read the full contest guide here: https://medium.com/hela-labs/helas-top-inviter-of-the-week-3ffb43a7915e
Let me know if you’d like a shorter social caption version as well!
I am Carina Caringal, a technical writer specializing in blockchain engineering concepts, decentralized systems, crypto infrastructure, and Web3 technologies. My work focuses on analyzing and translating complex technical mechanisms into precise, structured, and insightful content for both developers and non-technical readers who want a deeper understanding of the decentralized ecosystem.
My background in blockchain and cryptocurrency is rooted in years of independent research, continuous learning, and hands-on exploration across multiple protocols and network architectures. I study the underlying mechanics of distributed ledger technology, from consensus algorithms and smart contract logic to network scalability, security models, cryptographic principles, and interoperability frameworks. This technical foundation shapes the way I approach every article, ensuring accuracy, depth, and relevance.
