Bitcoin: “Quantum computers could become a challenge in the future.”
Crypto markets: “We need post-quantum solutions.”
Kaspa:
“We're already testing them.”
✅ First post-quantum signature (XMSS^MT) verified on-chain in a Proof-of-Work blockchain.
• ~1,650 hash operations
• ~84 KB script
• Functional implementation
• Successfully verified on-chain
Quantum computing is not an immediate threat to cryptocurrencies, but preparation must begin long before it becomes one.
With the Toccata project, Kaspa demonstrates that post-quantum signatures can be integrated into a Proof-of-Work architecture while preserving the decentralization and security principles that made Bitcoin revolutionary.
No hype.
No empty promises.
Just research, engineering, and working code.
🚀 Kaspa — among the pioneers of the post-quantum era for Proof-of-Work blockchains.
#Kaspa #KAS #ProofOfWork #PostQuantum #XMSS #Toccata
Crypto markets: “We need post-quantum solutions.”
Kaspa:
“We're already testing them.”
✅ First post-quantum signature (XMSS^MT) verified on-chain in a Proof-of-Work blockchain.
• ~1,650 hash operations
• ~84 KB script
• Functional implementation
• Successfully verified on-chain
Quantum computing is not an immediate threat to cryptocurrencies, but preparation must begin long before it becomes one.
With the Toccata project, Kaspa demonstrates that post-quantum signatures can be integrated into a Proof-of-Work architecture while preserving the decentralization and security principles that made Bitcoin revolutionary.
No hype.
No empty promises.
Just research, engineering, and working code.
🚀 Kaspa — among the pioneers of the post-quantum era for Proof-of-Work blockchains.
#Kaspa #KAS #ProofOfWork #PostQuantum #XMSS #Toccata