Tech deep dive · On the roadmap
Elliptic Curve Cryptography
PlannedSignatures & Keys
secp256k1, point addition and scalar multiplication, and why the discrete log problem secures your keys.
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More planned in Signatures & Keys
- Planned
ECDSA vs. Schnorr
The math behind Bitcoin's signatures, why Schnorr is simpler and linear, and what batch verification unlocks.
- Planned
Threshold Signatures & MPC
Splitting a key across parties so no single custodian holds the full private key — how MPC custody works.
- Planned
BLS Signatures
Pairing-based signatures that aggregate across thousands of validators, enabling Ethereum's committee efficiency.
- Planned
Signature Aggregation & M-of-N
How multisig, threshold, and aggregate signatures differ, and the trade-offs between them.