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+---
+title: "X-Wing: The Hybrid KEM You've Been Looking For"
+year: 2024
+location: "IACR Communications in Cryptology (Volume: 1, Issue: 1, March 2024)."
+authors:
+  - Manuel Barbosa
+  - Deirdre Connolly
+  - João Diogo Duarte
+  - Aaron Kaiser
+  - Peter Schwabe
+  - Karolin Varner
+  - bas-westerbaan
+doi: 10.62056/a3qj89n4e
+related_interests:
+  - cryptography
+  - protocols
+---
+
+X-Wing is a hybrid key-encapsulation mechanism based on X25519 and
+ML-KEM-768. It is designed to be the sensible choice for most applications. The
+concrete choice of X25519 and ML-KEM-768 allows X-Wing to achieve improved
+efficiency compared to using a generic KEM combiner. In this paper, we introduce the
+X-Wing hybrid KEM construction and provide a proof of security. We show (1) that
+X-Wing is a classically IND-CCA secure KEM if the strong Diffie-Hellman assumption
+holds in the X25519 nominal group, and (2) that X-Wing is a post-quantum IND-CCA
+secure KEM if ML-KEM-768 is itself an IND-CCA secure KEM and SHA3-256 is
+secure when used as a pseudorandom function. The first result is proved in the ROM,
+whereas the second one holds in the standard model. Loosely speaking, this means
+X-Wing is secure if either X25519 or ML-KEM-768 is secure. We stress that these
+security guarantees and optimizations are only possible due to the concrete choices
+that were made, and it may not apply in the general case.