Veilon enables selective transparency without sacrificing privacy.

Viewing keys let you disclose read access to shielded activity so auditors, teammates, or partners can verify what they need while you keep spending control.

You generate a viewing key in your wallet and share it with a trusted party.

https://x.com/Veilonwallet/status/1984631628258218391


Whitepaper
Website
GitHub

Merkle trees compress all notes into a single root. Contracts verify membership against that root.

Each deposit adds a leaf and updates the root for all users. State stays small, verification remains fast.

Whitepaper
Website
GitHub

Understand how we enable a private transfer of assets through the infograph below

https://x.com/Veilonwallet/status/1986822259382661126

Whitepaper
Website
GitHub

Veilon’s private DEX is the first decentralized exchange designed from the ground up to protect your identity, strategy, and transaction data without sacrificing speed or usability.

You can swap tokens like any DEX but nobody can see:

https://x.com/Veilonwallet/status/1988146364543271274

Whitepaper
Website
GitHub

we're sorry

https://x.com/Veilonwallet/status/1989297847959699821?s=20

Whitepaper
Website
GitHub

A clear, protocol-level comparison for teams building with privacy

Veilon and Penumbra both aim for private on-chain finance, but they take different architectural paths.

Veilon positions itself as a multichain privacy layer that runs on top of existing networks.

Whitepaper
Website
GitHub

Veilon focuses on shield, transfer, and unshield flows on existing chains.

It states that sender, recipient, and amount remain private during a shielded transfer, with validity checked by zk SNARKs on the chain.

It also presents itself as a privacy layer that spans EVM and non-EVM networks such as Ethereum, Bitcoin, and Solana.
The positioning emphasizes chain ZK privacy without changing the base chain infrastructure.

Whitepaper
Website
GitHub

Veilon describes shielded transfers where the chain does not reveal sender, recipient, or amount, and there is no visible link between sending and receiving addresses.

The verification step checks a zk SNARK against a Merkle root, with commitments and nullifiers preventing double spend.

That is the core reason balances and movements inside the pool are not publicly traceable.

Read more

Whitepaper
Website
GitHub

Veilon highlights multichain support and positions privacy that operates directly on mainnets.

That includes EVM chains listed on the public site and mentions of Bitcoin and Solana in high-level material.

The implication is that shielding and private transfer occur where the assets already live, which reduces the need to bridge into a separate privacy chain.

Read more
Whitepaper
Website
GitHub

If you have been around NFT mints and on-chain games for more than five minutes, you already know the pain: every move is public, every wallet is traceable, and one lucky mint is all it takes for your whole identity to get doxxed in a Discord screenshot.

The problem is simple. Gamers and creators want pseudonymity without wrecking their UX.

They want to grind, trade, and flex without broadcasting their entire financial history to anyone with a block explorer and too much time.

Read more
Whitepaper
Website
GitHub

here's how merkle trees power our zero-knowledge privacy flow.


https://x.com/Veilonwallet/status/1996995785116782896?s=20

Whitepaper
Website
GitHub

one says 'not today.' the other says 'it was nice knowing you :)

https://x.com/Veilonwallet/status/1997681337256583206?s=20

Whitepaper
Website
GitHub

Privacy demand is structural, yet market attention often arrives in spikes that fade with price.

The durable story is different. It rests on policy clarity, user experience, and integration with where value actually moves.

This article treats privacy as market structure, not a slogan, and evaluates durability through adoption signals, legal context, and technology fit.

Readmore
Whitepaper
Website
GitHub

We let you swap assets privately by shielding your funds, executing trades off chain via relayers, and updating balances without exposing your identity or intent.

https://x.com/Veilonwallet/status/2000578760479855065?s=20

Whitepaper
Website
GitHub

Veilon × Abelian: Quantum resistant privacy for a future-proof chain

We’re teaming up with
@PQabelian, a Layer 1 engineered for the post-quantum era.

Read more
Whitepaper
Website
GitHub

Partnership Announcement | Veilon x Dmail

Veilon is pleased to announce the establishment of a strategic partnership with @Dmailofficial.

Veilon is a cross chain privacy wallet and infrastructure protocol that enables private, secure, and auditable asset transfers across both EVM and non EVM ecosystems, including Ethereum, Bitcoin, Solana, and others, using advanced zero knowledge cryptography and a decentralized relayer network.

Dmail is building Web3’s communication backbone, providing encrypted, cross chain, AI enhanced messaging and notification infrastructure that supports a wide range of users and integrated projects.

Through this partnership, Veilon and Dmail will jointly explore privacy preserving communications, secure notification services, and innovative multichain use cases to better serve global Web3 users.

Further details of the collaboration will be announced in due course.

Tweet
Whitepaper
Website
GitHub

This season, we’re grateful for the community that believes in smoother, more private, and more seamless transactions.

Thank you for building, supporting, and growing with us.

Wishing you peace, progress, and prosperity this Christmas and more wins ahead.

Tweet
Whitepaper
Website
GitHub

The best gifts are the ones that keep giving.

Cheers to frictionless transactions and a stronger Veilon community.

Happy boxing day!

Whitepaper
Website
GitHub

🛡️ Stop Trading in a Glass House

Every time you swap on a public DEX (Uniswap, PancakeSwap), MEV bots see your order and front-run it.

Public mempools = Lost profit.

We just dropped a breakdown on how VeilOn Sniper allows you to enter positions anonymously and avoid the "transparency tax."

In this thread:
- How MEV bots target you
- How Shielded Swaps work
- Why you can't front-run what you can't see

Read the full strategy on X: Tweet

Whitepaper
Website
GitHub