Pera Wallet has helped Algorand surpass one million post-quantum resilient transactions shortly after introducing native quantum-account support to its users. The milestone represents transactions authorized with Falcon-1024 signatures, giving Algorand an early production dataset for post-quantum account activity rather than merely a testnet demonstration.
According to the Algorand Foundation’s official announcement, Pera crossed the one-million-transaction threshold only days after launching native quantum accounts following the Algorand v5.0.0 protocol upgrade. Users can create a new quantum account inside the wallet or rekey an existing account, preserving its address and transaction history while changing the authorization mechanism.
Falcon Accounts Move Into Real Usage
Algorand v5.0.0 introduced native Falcon-1024 account signatures as part of a wider consensus upgrade. Post-quantum accounts can hold ALGO and other assets, interact with applications and sign ordinary transactions like existing accounts, but use a quantum-resistant signature scheme instead of Ed25519. Falcon-1024 is currently the only post-quantum signature scheme enabled by the protocol.
The architecture builds on earlier post-quantum work but removes limitations associated with Algorand’s first Falcon implementation. Native Falcon-1024 accounts no longer require the LogicSig wrapper used by earlier quantum-resilient accounts, bringing post-quantum authorization directly into normal account functionality. The same broader trend is appearing elsewhere as networks develop post-quantum upgrade paths for blockchain accounts and vaults.
A substantial share of Pera’s initial activity is being generated by a commemorative NFT campaign. Users unlock separate 3D collectibles after completing 1, 100 and 1,000 Falcon-signed transactions, with Pera checking the public transaction history of connected quantum accounts to determine eligibility. The 3D collectibles also use functionality introduced with Pera 7.
Transaction Milestone Does Not Equal User Adoption
The one-million figure should therefore be interpreted carefully. It measures post-quantum transactions, not one million unique wallets, users or economic transfers, and the incentive structure can encourage individual accounts to generate hundreds or thousands of qualifying transactions. Algorand itself says a significant share of the observed volume comes from the NFT campaign.
Users also do not necessarily need to migrate their assets to a newly generated address to gain quantum-resistant signing. An existing Algorand account can be rekeyed to a native post-quantum account while retaining the same public address and historical activity, reducing migration friction for users who want to change the authorization layer.
Pera Wallet is developed independently by Pera Wallet LDA rather than by the Algorand Foundation, while the underlying Falcon capability exists at the protocol level. The next meaningful indicator will be whether post-quantum signing continues generating organic transaction activity after the NFT campaign, alongside adoption by additional wallets, institutions and multisignature setups as Algorand advances its broader quantum-resilience roadmap.