Digital asset custody relies on public-key cryptography. A sufficiently capable quantum computer could break many of the assumptions behind signatures, secure channels, and key exchange.

That machine does not exist today. But the standards are published, and the migration work has already started.

This whitepaper explains what institutions can do now: protect the layers they control, understand where blockchain migration depends on protocol-level change, and assess whether their custody architecture is ready for the post-quantum transition.

In this whitepaper, you will:

• Understand what quantum computing changes for digital asset custody
• Learn why some confidential data needs protection today
• See why blockchain signatures cannot migrate until the underlying protocols do
• Compare HSM and MPC readiness for post-quantum signatures
• Identify practical first steps for inventory, vendor review, policy updates, and migration planning
  

Download the whitepaper

Share on

Digital asset custody relies on public-key cryptography. A sufficiently capable quantum computer could break many of the assumptions behind signatures, secure channels, and key exchange.

That machine does not exist today. But the standards are published, and the migration work has already started.

This whitepaper explains what institutions can do now: protect the layers they control, understand where blockchain migration depends on protocol-level change, and assess whether their custody architecture is ready for the post-quantum transition.

In this whitepaper, you will:

• Understand what quantum computing changes for digital asset custody
• Learn why some confidential data needs protection today
• See why blockchain signatures cannot migrate until the underlying protocols do
• Compare HSM and MPC readiness for post-quantum signatures
• Identify practical first steps for inventory, vendor review, policy updates, and migration planning
  

Download the whitepaper

Share on

Digital asset custody relies on public-key cryptography. A sufficiently capable quantum computer could break many of the assumptions behind signatures, secure channels, and key exchange.

That machine does not exist today. But the standards are published, and the migration work has already started.

This whitepaper explains what institutions can do now: protect the layers they control, understand where blockchain migration depends on protocol-level change, and assess whether their custody architecture is ready for the post-quantum transition.

In this whitepaper, you will:

• Understand what quantum computing changes for digital asset custody
• Learn why some confidential data needs protection today
• See why blockchain signatures cannot migrate until the underlying protocols do
• Compare HSM and MPC readiness for post-quantum signatures
• Identify practical first steps for inventory, vendor review, policy updates, and migration planning
  

Download the whitepaper

Share on