Three main takeaways
- Telos Privacy lets people transfer assets without putting every transaction detail on public display.
- It uses zero-knowledge proofs to verify that transactions are valid without revealing the private information inside them.
- Privacy matters beyond individual payments. It opens the door to payroll, treasury management, DeFi and applications that cannot realistically operate with everything exposed.
Your bank statement isn’t public.
Your salary isn’t public.
When you pay someone, they don’t automatically get a permanent record of your entire financial history.
On most public blockchains, things work very differently.
Give someone your wallet address and they may be able to inspect your balance, previous transactions and the other wallets you interact with.
That transparency is useful for verifying a blockchain.
It isn’t always useful for the people using it.
Telos Privacy is designed to solve that problem.
What is Telos Privacy?
Telos Privacy is a zero-knowledge privacy layer built on Telos EVM.
The simplest explanation is this:
Telos can verify that a transaction is legitimate without publicly revealing all of the information inside that transaction.
Its live zkWallet allows users to move assets into a shielded pool, make private transfers and withdraw funds again. Telos currently documents privacy pools for WTLOS and USDC.e.
Inside the privacy pool, the sender, recipient, transferred amount and internal balance are shielded from public view.
That makes the blockchain behave a little more like the financial systems people already understand.
The network can still check the rules.
The whole world doesn’t need to see the details.
How does Telos Privacy work?
This is where zero-knowledge proofs come in.
The technical term Telos uses is zkSNARKs.
You don’t need to understand the mathematics to understand what they do.
Imagine proving that you’re old enough to enter a venue without showing someone your date of birth.
They get the answer they need:
Yes, this person meets the requirement.
They don’t get the underlying information.
Zero-knowledge proofs apply a similar idea to blockchain transactions.
For a Telos Privacy transaction, the network can verify things such as whether the sender has sufficient funds, whether the transaction follows the protocol rules and whether those funds have already been spent.
It can do that without exposing the private transaction data used to produce the proof.
What can you do with Telos Privacy today?
The easiest way to use it is through Telos zkWallet.
A user connects a compatible EVM wallet and creates a separate shielded account. The key controlling that account is derived locally and does not need to be sent to Telos or the relayer.
From there, there are three basic actions:
Deposit: move supported assets into the shielded pool.
Transfer: send assets between shielded accounts privately.
Withdraw: move assets back out to a normal public wallet.
Telos also uses a relayer to submit shielded transactions on behalf of users. This helps prevent the user’s normal wallet from creating an obvious gas-payment trail, and fees can be paid using the asset being transferred rather than requiring separate TLOS for gas.
Does Telos Privacy make everything invisible?
No, and this distinction matters.
When you initially deposit into the privacy pool, the deposit address and amount are visible on-chain.
When you withdraw, the withdrawal address and amount are visible.
What outside observers cannot see is the activity happening inside the shielded pool, including private transfer amounts, recipients, internal balances and the connection between a particular deposit and withdrawal.
So Telos Privacy isn’t about making a blockchain disappear.
It is about separating what the network needs to verify from what everyone else needs to know.
Why is this useful for normal users?
Consider getting paid in crypto.
On a completely public system, receiving one payment can reveal far more than the payment itself.
Someone may be able to inspect your wallet balance, see previous payments and continue tracking future activity.
That isn’t how people expect money to work.
Shielded payments reduce that exposure.
The same principle applies when sending money to friends, paying contractors, holding assets or simply not wanting your entire financial history attached to every payment you make.
And because Telos Privacy is non-custodial, control of the shielded funds remains with the person holding the spending key. The Telos Foundation or relayer cannot simply move those funds.
Why does privacy matter to developers?
This is arguably where things become more interesting.
Imagine building payroll completely on-chain.
Without privacy, employee salaries could become public.
Or imagine a company managing its treasury through DeFi.
If every movement is visible before a strategy is complete, competitors and traders can watch what the company is doing.
Or consider an application that wants to verify that somebody owns something or completed an action without exposing the rest of their wallet history.
Privacy creates a much larger design space.
Telos specifically highlights applications around private payments, payroll, DeFi, treasury operations, consumer applications and enterprise workflows. Its direct-deposit infrastructure also allows smart contracts to send funds directly into shielded accounts.
The important shift is this:
Developers no longer have to assume that putting something on-chain means putting everything in public.
Why blockchain privacy matters
Blockchain transparency solved an important problem.
It allowed strangers to verify a shared financial system without trusting one central operator.
But transparency and privacy aren’t opposites.
A useful financial system needs both.
You want the system to prove that the rules were followed.
You probably don’t want your salary, customers, suppliers, treasury activity and personal spending history sitting on a public database forever.
Zero-knowledge technology offers a way to separate those two things.
Telos Privacy brings that capability into the Telos EVM ecosystem, with private transfers already available through zkWallet and developer infrastructure available for teams building privacy-enabled applications.
And that may be the more useful way to think about blockchain privacy.
It isn’t about hiding the blockchain.
It’s about letting the blockchain prove what matters without exposing everything that doesn’t.
Telos Privacy FAQ
What is Telos Privacy?
Telos Privacy is a zero-knowledge privacy layer on Telos EVM that allows supported assets to be transferred through shielded accounts while hiding private transfer details from public view.
Is Telos Privacy live?
Yes. Telos’ zkWallet is live and supports deposits, shielded transfers and withdrawals.
Which tokens does Telos Privacy support?
The current Telos documentation lists separate privacy pools for WTLOS and USDC.e.
Are Telos Privacy transactions completely invisible?
No. Deposits and withdrawals still reveal certain information on the public blockchain. Transactions and balances inside the shielded pool receive the privacy protections.
Is Telos Privacy custodial?
No. Telos describes the protocol as non-custodial. The spending key controlling shielded funds remains with the user.
Do I need TLOS to pay gas when using zkWallet?
The privacy wallet uses a relayer, allowing transaction fees to be deducted from the asset being transferred rather than requiring the user to separately hold TLOS for gas.