The XRD Wallet Looks Nothing Like MetaMask
Radix crypto wallet doesn't allow blind signing. Transaction previews are human-readable, and wallet users are required to sign transactions only after previewing them. 99.9% of wallets operate on the opposite model. Blind signing has been the leading attack vector for the vast majority of DeFi exploits that have drained billions of dollars from Ethereum, Solana, and other networks. Radix is uniquely designed to make blind signing impossible.
This was made possible because human-readable transaction previews were built into the protocol itself, not added on as a third-party feature, since the Babylon mainnet upgrade on September 28, 2023. Radix's foundational research dates to 2013. It was a decade-long development journey before mainnet smart contracts went live.
Real money is now behind that architecture. Radix network TVL increased from $21.5M to $49.3M in fourteen days as of March 2026. The spike caps a development arc more than a decade in the making.
| 2013 | Dan Hughes begins foundational research that becomes Radix, then trading as eMunie. |
| Sept 2023 | Babylon mainnet upgrade goes live with native transaction manifests and human-readable wallet previews. |
| July 2025 | Founder Dan Hughes passes unexpectedly; CEO Andy Jarrett leads the Foundation alongside Adam Simmons and Jonathan Day. |
| March 2026 | Network TVL surges from $21.5M to $49.3M in fourteen days; chain ranks 51st on DefiLlama. |
| Target 2027 | Rust hyperscale mainnet ships, completing transition to in-house Radix Foundation development. |
Selected milestones on Radix's path from research project to manifest-style wallet pattern. Source: Radix DLT documentation and Foundation announcements.
Transaction Manifests: How Radix Made Transactions Readable
On a technical level, wallets have certain security properties by virtue of the transaction type that Radix utilizes. Radix refers to this type of transaction as a "manifest" as opposed to a normal smart contract function call. A transaction manifest is essentially a declarative scripting language which describes in plain terms which assets move where, and what the user gets in return. The wallet parses this manifest prior to signing and displays a human-readable summary of what tokens are being moved, how much of each token, and where they go.
This is fundamentally different than the data structure Ethereum wallets must parse. When you want to interact with a dApp on Ethereum, it sends MetaMask an encoded function call. MetaMask can parse out the function name (if available) and display the raw hex payload being sent, but there is no native way to verify that function will actually do what you think it will to your tokens. A malicious contract could have a function called "claim rewards" and then perform an infinite approval of tokens to itself inside that function. MetaMask can warn that you're using a high approval amount, but cannot parse the intention of that approval since Solidity doesn't make that information available at transaction level.
Scrypto is able to approach the problem from a unique angle because assets are first-class objects native to the execution environment. Instead of tokens being represented as ledger entries inside of a contract's storage, they are actual items that can move from vault to vault. If your transaction manifest says "take 50 XRD from Account A, deposit to smart contract B, send 12 USDT back to Account A," the wallet can verify each of those steps because they are explicitly defined by the resource movements. There's no obscured function call that holds the true intentions of what was just approved.
Radix claims this prevents an entire subset of attacks that rely on users not fully understanding what they're signing.
Transaction manifests also have, per the Babylon docs, "guarantees." This is essentially a minimum output assertion that users can set. If your DEX swap transaction returns less of a given token than your stated guarantee, the transaction outright fails. Atomically. No partial execution occurs. There's no unexpected slippage that exceeds your stated tolerance. That last part is why traditional wallet architectures will continue to let their users down. Anyone holding the XRD token can verify these guarantees on every transaction the wallet signs.
Why Blind Signing Still Costs Billions
The Wormhole exploit. The Ronin bridge hack. Thousands of approval-based phishing scams draining funds out of users' wallets. These weren't caused because users were given control of private keys. These were caused because users were given control of transaction readability.
When you connect MetaMask to a decentralized application and click "approve," your wallet fires up a modal asking you to "approve" something. When you approve an ERC-20 this way, you are usually just approving that smart contract address to spend whatever it wants, whenever it wants. The user is given an address, an amount (typically max uint256), and a "Confirm" button. The user is not given what that contract is going to do with that approval. Whether it will be spending it on an actual DEX router or a phishing contract masquerading as a DEX router. As the Wormhole exploit analysis demonstrated, $320M+ vanished because of exactly this kind of obscurity.
This is the case because Solidity was designed in such a way that an XRD equivalent would literally be a balance mapping in the smart contract. The wallet has zero insight into what happens downstream.
Radix's asset-centric approach works in the complete opposite manner: the tokens themselves are considered first-class citizens, and the wallet must approve what path those tokens will take before the signature is even generated. Atlan Digital assessment work was conducted independently of the Radix protocol prior to the Babylon upgrade, and so far there have been zero major hacks or exploits on Radix itself. Part of this security fingerprint, still early days for a protocol with $49.3M TVL (currently ranked 51st on DefiLlama) but impressive for a network with as much native DeFi activity as Radix, can be attributed to how the wallet is built.
Instead of just implementing another confirmation dialog, Radix reimagined what a confirmation should be. And that ripples through how developers build on the chain.
What Developers Actually Ship on Radix DLT
Safer dApps are also not something wallets need to be concerned with. Scrypto prevents certain classes of bugs by design. The behaviour of resources must be defined at the component level. A lending protocol implemented on Radix DLT will never accidentally expose an infinite approve function because the language makes that pattern impossible to develop. Token transfers between vaults can only occur by explicit withdraw and deposit function calls, and every transfer is logged to the transaction manifest displayed to users by the wallet.
Over 20 dApps have been deployed on Radix mainnet as of April 2026. 9,700 people received tokens through the 1 billion XRD Rewards campaign as of November 2025. That number represents a doubling of weekly transactions and DEX volume in February 2026.
These are tiny amounts when compared to Ethereum, Solana, or any of the higher-cap chains. For reference, the token trades at $0.001288 with a $17.28M market cap (#766 on CoinMarketCap, #904 on CoinGecko). The value locked shows similar disparity. Ethereum and Solana both have greater value locked than has been printed into existence across the entire Radix ecosystem.
Still, developer tooling has seen interest from teams on other chains for the reason that Scrypto makes certain kinds of economic interactions possible. Adding support for new chains does not change the security guarantees a wallet provides. But exposure to larger communities increases the chance that transaction manifests will be adopted elsewhere. Will they be? Time will tell, but in crypto it all comes down to market perception.
Radix Price, Momentum, and the Attention Problem
Radix has had a rather less optimistic story to tell when it comes to price. Trading at $0.001288, XRD is down 99.8% from its all-time high of $0.6538 from November 2021. With an all-time low of $0.001011 in January 2026, the XRD price is up 25.8% currently. It's up 5.6% over the past week. The RSI of 31.53 indicates the token is neither overbought nor oversold.
TVL has increased by 130% in two weeks (March 2026), with over $130 million worth of circulating liquid staking units. These are healthy metrics for Radix given its current level of growth, despite how small they are compared to the tens of billions of some of its peers.
The Radix news cycle has really been two completely different forces battling against each other. The Foundation's 2026 Transition Strategy focuses on decentralization and announced that the team has enough fiat runway saved to pay for operations without selling XRD to do it. The other force was the sudden passing of founder Dan Hughes in July 2025, which triggered a 40% crash while the community grappled with grief and confusion over the long-term technical vision. The Radix Foundation announcement confirmed Hughes died unexpectedly from natural causes on July 27, 2025.
Since then, the project is led by CEO Andy Jarrett, who works with Chief Strategy Officer Adam Simmons and Finance Director Jonathan Day on day-to-day operations. For other Layer 1s looking to learn from Radix's wallet experience (several are; transaction-manifest patterns have shown up in DeFi governance proposals on Cosmos and NEAR forums), the discrepancy between technical lead and market cap presents an interesting question: is it feasible for a given design pattern to become industry standard while the chain it originated from remains a footnote outside of the top 500? The current Radix price action says nothing definitive either way.
A Pattern Spreading Beyond Radix
The crypto infrastructure adoption curve has been copied and pasted here exactly. Before Ethereum became the de-facto platform for AMMs, Uniswap's design was forked dozens of times across every chain in the ecosystem. What's happening with the wallet's manifest design pattern is the same trajectory.
From Brevis crypto experimenting with human-readable transaction previews, to VeChain news outlets covering asset-centric programming as a security best practice, to ROG price oracles and other analytics platforms starting to surface blind-signing scores. The alternative simply didn't exist as a category before Radix set the standard.
Radix didn't intend to set a pattern. The original 2026 plan is black and white that Phase 1 was only ever meant to bootstrap the rest of the ecosystem. MFA Phase 3 is live on Stokenet right now. Phase 4 will merge multi-factor auth and recovery into the wallet. The Rust hyperscale mainnet is the 2027 goal.
When Babylon launched in September 2023, allowing a wallet to show exactly what a transaction will do to a user and cryptographically guarantee that the previewed transaction is the one that gets executed was considered niche. Two and a half years later, that's becoming the expectation DeFi users and builders have for minimum security.
What was a Radix-specific design choice is becoming the reference point other chains benchmark against, even when they cannot replicate it natively. The market cap may stay where it is. The pattern has already moved on.
