Okay, so check this out—I’ve been poking around wallets and dApps for years now, and some days it feels like progress, other days it feels like deja vu. Wow! The UX improvements are real. But when you dig into WalletConnect, NFT handling, and transaction signing, you still hit weird edges that slow people down or scare them off. My instinct said we’d solved this years ago, but actually, wait—it’s more complicated. On one hand the protocols have matured a lot; on the other hand the average user still gets tripped up by modal sprawl and obscure signing prompts.
Here’s what bugs me about the current state: wallets often treat NFTs like second-class citizens. Seriously? You click through a flow that looks fine, then bam—metadata doesn’t load, or the signing modal gives you opaque gas estimates. It’s annoying. Users see a cryptic string instead of a clear “approve this NFT transfer” message. And the result is mistrust. Something felt off about that first mint I did last month—there were tiny warnings in the console and the wallet showed a contract address instead of a human-friendly name. Not great.
WalletConnect helps, though. It abstracts the connection layer nicely and lets mobile wallets talk to desktop dApps without exposing private keys. Whoa! But there are friction points. For example, the UX around session proposals can be confusing if a dApp requests multiple chains and a wallet only supports some. Initially I thought WalletConnect would eliminate most cross-wallet headaches, but then I realized that session negotiation, permissions, and the evolving v2 spec add complexity that dApp developers must handle intentionally.

Practical tips for better WalletConnect + NFT flows
If you’re building a dApp or choosing a wallet extension, start with clear UX affordances. Talk to your users. Seriously. Offer an explicit explanation for every permission you request. Wow! Show the NFT’s image and name right in the signing prompt whenever possible. And provide a fallback when metadata isn’t available—at least show a readable contract label and token ID, not just hex gibberish.
Also, test on real devices. I once ran the whole flow on a dev rig and thought everything was fine, until someone reported a broken redirect on iOS Safari. My bad. (oh, and by the way…) Mobile Safari behaves differently with deep links and WalletConnect sessions. Your session recovery logic should handle the user closing the browser mid-flow, then coming back. Be resilient. Be forgiving.
For transaction signing, aim for clarity. Don’t shove raw calldata at users unless they are devs. Instead, decode intent: “Approve transfer of NFT #123 from your wallet to this marketplace.” That’s human. Until wallets evolve to present semantic signing for every contract call, dApps must do more of the heavy lifting. Initially I thought this was a wallet-only problem, though actually it’s a shared responsibility between wallets and dApps.
One practical tool I’ve found useful is integrating wallet-specific helpers that format common contract interactions. These helpers can pre-fill a “friendly summary” which the wallet can display. If the wallet doesn’t support that, the dApp should still show the summary and warn users when their wallet displays raw calldata. I’m biased, but it’s better UX and it reduces support tickets.
Speaking of wallets, if you want a lightweight extension that plays fairly well with a lot of dApps, give this one a spin: https://sites.google.com/cryptowalletuk.com/okx-wallet-extension/. I’m not endorsing blindly—I’ll be honest, some features are rough around the edges—but it handled my WalletConnect sessions and NFT previews better than a few others I tried. Try it, and see how the signing dialogs look. Seriously, try it.
Now let’s talk about NFT metadata and IPFS. Many failures come from flaky metadata URIs. Long story short: pin critical assets and prefer resilient gateways. Sure, decentralization is ideal, but user perception matters more in onboarding. If an NFT image fails to load during purchase or signing, users freak out. My recommendation: cache thumbnails on your backend and fall back to on-chain data if necessary. It feels pragmatic. It feels boring. But it works.
There are also security subtleties you must handle. Don’t request unlimited approvals by default. Wow! Ask for bounded approvals, or use ERC-2612-style permits where appropriate. Educate users about the risks of blanket approvals in plain language—no legalese. My instinct said that people understand permissions, but data shows many accept broad approvals without reading. So, design defaults that minimize risk.
Integration with WalletConnect v2 is a mixed bag. The multi-chain support and improved session management are real wins. However, implementation complexity rose. For developers, the onboarding time is longer now because there’s more to configure: relays, namespaces, and required events. Initially I thought the migration would be painless for most teams, but in practice some smaller teams struggled and rolled back to v1-compatible setups. On one hand v2 future-proofs your dApp; on the other, it demands clearer architecture and testing.
Here’s a common developer pattern that fails: trusting the wallet to show a human-friendly preview and doing nothing on the dApp side. That rarely works. Instead, build a preview layer that mirrors what you hope the wallet will show. Then, run accessibility and edge-case tests where the wallet ignores your hints. The user should still be able to understand the transaction intent without depending on perfect wallet behavior.
I’d like to mention gas UX too. Users hate surprise fees. Long gas estimation processes or wildly fluctuating estimates are faith killers. Implement fee ranges and let advanced users toggle manual gas. For novices, show a simple “low / medium / fast” selector with an explanation like “safer confirmation time vs cost”. People respond to simple tradeoffs, not raw gwei numbers.
One thing that keeps coming up in support threads is the unfamiliar ownership flow for NFTs: transfer vs sale vs approval. Many users conflate “list NFT for sale” with “transfer NFT to marketplace.” They are not the same. Clarify each step. Make the difference explicit in UI copy and in the signing summary. If you can, show the downstream action—like a mock marketplace listing—before the user approves. That reduces accidental transfers.
Okay, time for a micro checklist you can implement immediately. Seriously, do these:
- Show NFT image, name, and human summary in the dApp before signing.
- Use limited approvals instead of unlimited allowances by default.
- Test WalletConnect session recovery on Android and iOS separately.
- Gracefully handle missing metadata with readable fallbacks.
- Offer simple gas presets and an advanced toggle.
On the organizational side, include wallet partners early. Reach out to wallet dev teams during integration and share test flows. Some wallets accept suggestions for better UX strings or support for semantic transaction descriptions. Collaboration has saved me weeks of back-and-forth. Who knew? Not me at first. I learned the hard way.
FAQ
What exactly does WalletConnect do?
WalletConnect is a protocol that connects wallets to dApps without exposing private keys, enabling signing and transaction initiation through a secure channel. It’s a bridge. It doesn’t eliminate UX errors, though; developers still need to present clear intent and handle session edge cases.
How should I present NFT signing to users?
Present the NFT image, name, token ID, and a plain-language summary of the action (transfer, approve, list). Avoid showing raw calldata. If metadata is missing, show a fallback label and explain why the image might be missing. Be explicit about who gains control after approval.
Are unlimited approvals safe?
No. Unlimited approvals reduce friction but raise security risks. Use bounded approvals, expiration, or allow users to review and revoke allowances from your app. Always warn users about the risk of blanket approvals in clear language.