Authenticated Encryption -- Revisiting the Security of COMET Authenticated Encryption Scheme -- tHyENA: Making HyENA Even Smaller -- Panther: A Sponge Based Lightweight Authenticated Encryption Scheme -- Symmetric Cryptography -- Crooked Indifferentiability of Enveloped XOR Revisited -- Sequential Indifferentiability of Confusion-Diffusion Networks -- Elastic-Tweak: A Framework for Short Tweak Tweakable Block Cipher -- Lightweight Cryptography -- Three Input Exclusive-OR Gate Support For Boyar-Peralta's Algorithm -- Pushing the Limits: Searching for Implementations with the Smallest Area for Lightweight S-Boxes -- Quantum Resource Estimation for FSR based Symmetric Ciphers & Related Grover's Attacks -- Side-Channel Attacks -- Analyzing Masked Ciphers Against Transition and Coupling Effects -- A Lightweight Implementation of Saber Resistant Against Side-Channel Attacks -- Improving First-Order Threshold Implementations of SKINNY -- Fault Attacks -- Differential Fault Attack on Espresso -- Differential Fault Attack on Montgomery Ladder and in the Presence of Scalar Randomization -- Fault-Enabled Chosen-Ciphertext Attacks on Kyber -- Post-Quantum Cryptography -- DeCSIDH: Delegating Isogeny Computations in the CSIDH Setting -- Key-Oblivious Encryption from Isogenies with Application to Accountable Tracing Signatures -- Identity-Based Signature and Extended Forking Algorithm in the Multivariate Quadratic Setting -- Public Key Encryption and Protocols -- Identity-Based Matchmaking Encryption without Random Oracles -- Forward-Secure Public Key Encryption without Key Update from Proof-of-Stake Blockchain -- Cryptanalysis of the Privacy-Preserving Ride-Hailing Service TRACE -- Cryptographic Constructions -- Exipnos: An Efficient Verifiable Dynamic Symmetric Searchable Encryption Scheme with Forward and Backward Privacy -- Smooth Zero-Knowledge Hash Functions -- Another Use of the Five-Card Trick: Card-Minimal Secure Three-Input Majority Function Evaluation -- Blockchains -- On Elapsed Time Consensus Protocols -- Time-release Cryptography from Minimal Circuit Assumptions -- Succinct Publicly-Certifiable Proofs (or, Can a Blockchain Verify a Designated-Verifier Proof?).