WNT Wicrypt NFT & Device Drop Airdrop: What Actually Happened and Why It Faded

Back in 2021, Wicrypt promised something simple: plug in a device, share your Wi-Fi, and get paid in WNT tokens. No complex trading. No guessing games. Just earn crypto by doing something you were already doing-using the internet. The hype was real. There were whispers of an WNT NFT & Device Drop airdrop, where early supporters would get both a physical router and a digital collectible. But here’s the truth: that airdrop never really happened the way people thought.

What Was the Wicrypt WNT Airdrop Supposed to Be?

Wicrypt wasn’t a typical crypto project. It didn’t just build a token. It built hardware. The idea was to create a decentralized Wi-Fi network where everyday people could rent out their unused bandwidth. You’d buy a Wicrypt device-priced at $99 at launch-for your home or office. Plug it in. Turn it on. And as others nearby connected to your network, you’d earn WNT tokens. It sounded like Helium, but for Wi-Fi instead of LoRaWAN.

The “NFT & Device Drop” was marketed as a special early-access event. The promise? Buy a device, get a limited-edition NFT as a digital badge of honor. Some claimed the NFT would unlock future rewards or exclusive access to new features. But official documentation from Wicrypt’s Medium and website never clearly defined what the NFT actually did. Was it a membership pass? A collector’s item? A key to future airdrops? No one seemed to know.

What we do know: the device drop happened. Thousands of units were shipped, mostly to Nigeria, Ghana, Kenya, and other parts of Africa where internet costs eat up a big chunk of monthly income. But the NFT component? It vanished after the initial announcement. No minting link. No wallet integration. No marketplace listing. By mid-2022, even the project’s own Telegram group stopped talking about it.

How the WNT Token Was Actually Distributed

The real distribution of WNT tokens wasn’t through an airdrop. It was through a Token Generation Event (TGE) that ended on December 5, 2021. That’s when the token officially launched on Cardano’s OccamRazer launchpad. Investors who bought in during private sales got their tokens locked up for 36 months. Early community members who participated in pre-sales or referral programs received smaller allocations, but these weren’t free airdrops-they were purchases.

There was no public claim page. No snapshot of wallet addresses. No “join our Discord and get 500 WNT” campaign. The only way to get WNT was to buy it during the TGE or later on decentralized exchanges like MEXC and BitMart. And even then, liquidity was thin. By early 2022, trading volume had dropped to near zero on most platforms.

The NFTs? They were likely an afterthought. A marketing tactic to make the device drop feel more exclusive. But without clear utility, they became digital ghosts. No one minted them. No one traded them. No one even remembers what they looked like.

The Device: Hardware That Never Took Off

The Wicrypt device itself was decently built. Dual-band Wi-Fi, gigabit Ethernet, ARM processor optimized for blockchain tasks. It looked like a sleek router you’d find in a tech store. But the problems started once people got them.

Users in Lagos reported earning $3-$4 a day by sharing 200GB of bandwidth. That’s not bad in a country where the average monthly income is under $200. But the earnings weren’t steady. If your neighborhood had low internet demand, your device sat idle. If the power went out, you lost your earnings. And if your device overheated-common in tropical climates-it would reboot randomly, sometimes multiple times a day.

Shipping delays were brutal. People waited 6 to 8 weeks just to get their router. Some never received theirs. Customer support on Telegram was fast, but they couldn’t fix logistics. Trustpilot reviews from 2021 show a 3.2/5 average, with 68% of negative reviews saying, “Not available in my country.”

And here’s the kicker: Wicrypt never scaled beyond Africa. They didn’t launch in India, Brazil, or Indonesia-markets with even bigger internet affordability issues. Why? No clear marketing strategy. No partnerships with local ISPs. No government approvals outside Nigeria. The project looked like a local experiment, not a global network.

Why Wicrypt Died (And What It Teaches Us)

By March 2022, the last commit appeared on Wicrypt’s GitHub. The codebase froze. The Telegram group shrank from 8,500 members to under 1,200. The WNT token vanished from CoinGecko and CoinMarketCap by 2025. No trading. No updates. No roadmap.

Why? Because hardware-dependent crypto projects are incredibly hard to scale. You need users to buy devices. You need them to keep them running. You need consistent demand for bandwidth. And you need to solve real-world problems like power outages, shipping delays, and local regulations.

Helium succeeded because it targeted IoT sensors-low-cost, low-power, easy to deploy. Wicrypt tried to replace home internet. That’s a much harder sell. Why buy a $99 router when you can get unlimited data for $20 a month from your local provider?

The NFT & Device Drop wasn’t a failure because of bad tech. It failed because the team misunderstood what users actually wanted. People didn’t want to become internet providers. They wanted cheap, reliable internet. Wicrypt gave them a device that turned them into miners-not users.

What Happened to the WNT Tokens and NFTs Today?

The WNT token still exists on the Cardano blockchain, but no exchange lists it. You can still find the contract address, but no one’s buying. The NFTs? They were never minted properly. No one can prove ownership. No marketplace supports them. They’re digital artifacts with no value.

If you bought a Wicrypt device in 2021, you might still have it sitting in a drawer. It still connects to Wi-Fi. But it doesn’t earn anything anymore. The network is dead.

Could This Ever Come Back?

Unlikely. The team has gone quiet. No announcements. No new hires. No funding rounds. The crypto world moves fast. Projects that stall for over two years are considered dead.

But the problem Wicrypt tried to solve? Still real. In Nigeria, 7.3% of monthly income still goes to internet access. In India, rural broadband is still unreliable. The idea of decentralized Wi-Fi isn’t dead-it just needs a better team, better funding, and a real go-to-market plan.

Wicrypt’s story isn’t about a failed airdrop. It’s about how even the most practical crypto ideas can collapse under the weight of poor execution. No amount of NFT hype can fix a broken product.

What You Should Do Now

If you’re looking for a way to earn crypto by sharing bandwidth, skip Wicrypt. It’s gone.

There are other projects trying the same thing-like Helium, which still has over 1 million hotspots active. Or newer ones like HiveOn or Sia, which focus on decentralized storage and networking. But even those are risky. Hardware-based crypto projects have a 70% failure rate within 18 months, according to Messari’s 2023 report.

Don’t chase nostalgia. Don’t buy old devices off eBay hoping they’ll “wake up.” Don’t trust NFTs from dead projects. If it’s not on a live network with active users and transparent earnings, it’s not worth your time.

The lesson? If a crypto project asks you to buy hardware before you understand how the network actually works, walk away. Real value comes from utility-not tokens, not NFTs, not airdrops. It comes from solving a problem people will pay for every month.