The HeLa Labs Top Inviter Challenge is Back on Discord with New Twists!

Exciting News: We’re enhancing the competition with a new scoring system and exciting bonus features!

🏆 Rewards:
Must have at least 200 valid invites to qualify for the Top Inviter rewards.

1️⃣ 1st Place: $50 HLUSD + points based on total invites
2️⃣ 2nd Place: $30 HLUSD + points based on total invites
3️⃣ 3rd Place: $20 HLUSD + points based on total invites
4th – 10th Place: points based on total invites

👉 You can use those points to buy in the HeLa Marketplace, HLUSD prizes, and HeLa Merch!

Points System:
Your points will depend on the total number of valid invites you bring in—more invites, more points!

Key Contest Requirements:

  • HeLa Ranger Role: Invites are valid only if your invitees receive the “HeLa Ranger” role on Discord.
  • Account Age: Invited accounts must be older than 7 days.
  • No Self-Invites: Using your invite code to join is not permitted.
  • Minimum of 200 valid invites required to qualify for Top Inviter rewards.
  • Go to our discord channel and go to channel #discord-invite-create-link

Contest Duration:

  • Start:May 5, 2025, 7PM SGT
  • End: May 19, 2025, 7PM SGT
  • Winner Announcement: May 26, 2025

🔗 Find out how to participate and more about the rules here: https://medium.com/hela-labs/helas-top-inviter-of-the-week-3ffb43a7915e

👀 Keep an eye out for more chances to win. Plus, remember, it’s not just HLUSD rewards this time!

Carina Caringal

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.

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