
Introduces a simplified Markov-chain method for analyzing blockchain consistency, improving upon previous complex approaches and applicable to various Nakamoto protocol variations.

Explore secure distributed ECDSA signing, its challenges, and innovative solutions for threshold signing in cryptography and blockchain applications.

Explore small-subgroup attacks on distributed systems, focusing on MPC implementation vulnerabilities and real-world implications for cryptographic protocols and distributed key generation.

Explore OmniLedger, a secure, scalable blockchain system using sharding for high-performance decentralized ledgers. Learn about its innovative design, cross-shard transactions, and performance capabilities.

Explores the game theory of cryptocurrency mining pools, analyzing strategies and equilibria when pools infiltrate each other, potentially leading to a tragedy of the commons scenario.

Explore Hark, a deep learning system for efficiently processing privacy feedback at scale, addressing user issues and generating themes from large datasets.

Explore innovative consensus protocols that balance availability and finality in distributed systems, focusing on the Ebb-and-Flow property and its implications for blockchain technology.

Explore asynchronous distributed key generation, its applications, challenges, and performance in this technical presentation on cryptographic protocols and distributed systems.

Explore dynamic Byzantine Fault Tolerance, its challenges, and concrete constructions like Dyno. Learn definitions, related works, and evaluation methods in this comprehensive overview.

Explore techniques to scale threshold cryptosystems for large-scale distributed systems, focusing on improving efficiency in signature aggregation, verifiable secret sharing, and distributed key generation.

Explore a simple, efficient synchronous Byzantine Fault Tolerance solution for state machine replication, offering improved fault tolerance and optimistic responsiveness in distributed systems.

OHIE: A simple, scalable blockchain protocol that achieves high throughput by running parallel instances of Bitcoin's backbone, offering improved decentralization and linear scaling with available bandwidth.

Innovative approach to reduce costs in replicated systems using cryptographic proofs for state transitions, enhancing efficiency in large-scale Byzantine fault-tolerant environments.

Explore unified distribution capabilities for RPC, WS, and database access through batches, covering serialization, scripts, providers, and transaction handling.

Explore event-driven architecture with Frank, a staff engineer at Personio. Learn about event sourcing, CQRS, and their intersection with microservices, as well as challenges and future prospects.

Learn to build a custom Kubernetes controller for managing container images with semantic versioning. Explore admission controllers, webhooks, and practical implementation techniques.

Clarifies Data Mesh principles, debunks misconceptions, and explores its potential to revolutionize data management in distributed landscapes. Provides insights for better understanding of this approach.

Learn to deploy Rook with Ceph for Kubernetes storage, create PVCs and pods, and understand ReadOnlyOnce. Gain practical skills for efficient container storage management.

Explore Docker Engine's logging system in Swarm, covering log collection, centralization, and practical setup for effective container monitoring and troubleshooting.

Explore building a ZooKeeper layer for FoundationDB, comparing data models, consistency guarantees, and watch semantics. Learn about emulating ZK using Directory Layer, changefeeds, and approaches for ephemeral nodes and session management.

Explore IMPALA, a distributed reinforcement learning architecture for efficient multi-task learning. Learn about V-trace, off-policy correction, and scalable performance across thousands of machines.