Preparing AI for the Quantum Era. Verona x PQabelian, Both approach post-quantum security from different directions.
Quantum computers could eventually change how digital security works today. Some encryption methods that protect our identities, financial records, and transactions may no longer be strong enough when quantum computing advances.
One concern is Harvest Now, Decrypt Later, encrypted data collected today could be stored and decrypted years from now. That's a serious problem for information that needs to remain private for a long time.
Verona focuses on making information trustworthy.
Through its Truth Engine, information can be verified at its source and turned into reusable proofs. AI agents can use those proofs without accessing the personal data behind them. Its Fermi upgrade also introduces post-quantum ML-DSA authentication based on the NIST standard.
Abelian focuses on keeping transactions private.
Its blockchain has used lattice-based cryptography since its first block in April 2022. Users can also choose how much transaction information they reveal, including sharing it with an auditor they trust.
These two roles become particularly relevant as AI agents start handling more than conversations.
Imagine an agent checking someone's identity or financial eligibility before making a payment. It needs reliable proof to make that decision, but it doesn't need access to someone's entire financial history.
Verona helps establish what is true, while Abelian helps keep the transaction private.
That's an important distinction for the future of AI. As agents gain more responsibility to make decisions and move money, protecting the information behind those actions becomes just as important as the actions themselves.
#QuantumSecurity
Quantum computers could eventually change how digital security works today. Some encryption methods that protect our identities, financial records, and transactions may no longer be strong enough when quantum computing advances.
One concern is Harvest Now, Decrypt Later, encrypted data collected today could be stored and decrypted years from now. That's a serious problem for information that needs to remain private for a long time.
Verona focuses on making information trustworthy.
Through its Truth Engine, information can be verified at its source and turned into reusable proofs. AI agents can use those proofs without accessing the personal data behind them. Its Fermi upgrade also introduces post-quantum ML-DSA authentication based on the NIST standard.
Abelian focuses on keeping transactions private.
Its blockchain has used lattice-based cryptography since its first block in April 2022. Users can also choose how much transaction information they reveal, including sharing it with an auditor they trust.
These two roles become particularly relevant as AI agents start handling more than conversations.
Imagine an agent checking someone's identity or financial eligibility before making a payment. It needs reliable proof to make that decision, but it doesn't need access to someone's entire financial history.
Verona helps establish what is true, while Abelian helps keep the transaction private.
That's an important distinction for the future of AI. As agents gain more responsibility to make decisions and move money, protecting the information behind those actions becomes just as important as the actions themselves.
#QuantumSecurity
