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Giuliano Losa
Giuliano Losa

Researcher in distributed computing and formal methods

Washington State, USA

  • giuliano@losa.fr
  • giuliano_losa
  • nano-o
  • Google Scholar
  • DBLP
  • SDF Research
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  • Saturday, June 6th, 2026 at IC3 Blockchain Camp 2026, Princeton, NJ: Fast Deterministically Safe Proof-of-Work Consensus. Slides and paper
  • Monday, April 27th, 2026 at the SPTDC School on the Practice and Theory of Distributed Computing, Heraklion, Crete: Federated Byzantine Agreement. Slides
  • Thursday, October 16th, 2025 at CCS 2025, Taipei, Taiwan: Optimistic, Signature-Free Reliable Broadcast and Its Applications. Paper
  • Friday, October 3rd, 2025 at SDF, internal engineering talk: Blockchain consensus from DLS 1988 to 2025. Slides
  • Wednesday, April 16th, 2025 at FC 2025, Miyakojima, Japan: Constellation: Peer-to-Peer Overlays for Federated Byzantine Agreement Systems, joint talk with Yifan Mao. Slides and paper
  • September 10th 2024 at the TLA+ Community Event, Milan, Italy: Verifying the Liveness of Eventually-Synchronous BFT Consensus Protocols. Slides and specifications.
  • June 20st 2024 at PODC 2024, Nantes, France: Brief Announcement: Understanding Read-Write Wait-Free Coverings in the Fully-Anonymous Shared-Memory Model. Slides and paper
  • June 19th 2024 at PODC 2024, Nantes, France: Asynchrony-Resilient Sleepy Total-Order Broadcast Protocols. Slides and paper
  • Tuesday October 10, 2023at DISC 2023, L’aquila, Italy: “Byzantine Consensus Under Dynamic Participation with a Well-Behaved Majority”. Slides and paper
  • Monday, October 2nd, 2023 at SSS 2023, Jersey City, NY, USA: Time Is Not a Healer, but It Sure Makes Hindsight 20:20. Slides and paper.
  • Friday, August 31st, 2023 at the workshop on dynamically available consensus (part of SBC 2023): “Consensus under dynamic participation with a minority of failures”. Slides
  • April 25, 2023, Stanford Blockchain Seminar: “Revisiting the Federated Byzantine Agreement Model”. Recording and slides
  • March 15, 2023, Dagstuhl seminar “Unifying Formal Methods for Trustworthy Distributed Systems”: A Simple Proof of the FLP impossibility results
  • December 7th, 2022, Dagstuhl seminar “Formal Methods and Distributed Computing: Stronger Together”: Formal Verification of a Classic Distributed Algorithm Using Inductive Invariants. Slides and proofs

© 2026 Giuliano Losa.

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