What Are Micro-Frontends and How to Use Them
Explore micro-frontends with experts Luca Mezzalira and Lucas Dohmen, discussing problem-solving, independent deployability, distributed systems, and application architecture strategies.
Patterns of Distributed Systems
Explore patterns in distributed systems design, focusing on common problems and solutions in cloud services and databases. Learn about Raft, Paxos, and principles for robust, scalable architectures.
The Jump to Hyperspace - Light Speed, User Agency, & Moving Past the Cloud
Explore local-first software architecture for simpler, faster app development. Learn about CRDTs, cryptography, and auth advancements enabling offline, peer-to-peer, and federated experiences beyond traditional cloud computing.
Don't Build a Distributed Monolith - How to Avoid Doing Microservices Wrong
Learn strategies to avoid common pitfalls in microservices architecture, preventing the creation of inefficient "distributed monoliths" and ensuring optimal system design and performance.
Getting Started with Chaos Engineering
Explore chaos engineering principles with industry experts, learning best practices from Netflix and Capital One to optimize distributed systems and meet business goals effectively.
Offline First Computing in an Online World
Explore offline-first computing using CRDTs and DDS for distributed applications. Learn to build systems that work locally and synchronize seamlessly, enabling serverless infrastructure and real-time updates.
Long Live The Honey Badger - Robust Asynchronous DPSS and its Applications
Explore robust asynchronous Dynamic-committee Proactive Secret Sharing (DPSS) protocols that handle network churn and faults efficiently, with insights on high-threshold DPSS and batch-amortized schemes.
zkSaaS - Zero-Knowledge SNARKs as a Service
Explore zkSaaS, a framework for faster zk-SNARK computation by distributing proof generation across multiple servers while preserving privacy and achieving significant speed-ups.
Duoram - A Bandwidth-Efficient Distributed ORAM for 2- and 3-Party Computation
Innovative distributed ORAM protocol for secure computation, offering significant bandwidth efficiency and performance improvements through novel vector dot product evaluation techniques.
Apache Pulsar - The Next Gen Messaging & Queuing System
Explore Apache Pulsar's innovative architecture for scalable messaging and queuing, featuring unified flexibility, durability, and serverless processing capabilities for modern data-driven applications.
You Keep Using That Word - Asynchronous and Interprocess Comms
Exploring the nuances of asynchronous communication in distributed systems, debunking misconceptions, and clarifying its various interpretations for effective inter-service communication design.
Your Team as a Distributed System
Explore team leadership through distributed systems theory. Learn to optimize team dynamics for scale using software architecture principles, enhancing management skills for technical roles.
Event Streaming in The Cloud Native World with Apache Pulsar
Explore Apache Pulsar's event streaming capabilities in cloud-native environments. Learn about its architecture, features, and advantages over traditional messaging systems for modern, responsive applications.
The Security Implications of Software Defined Networks
Explore security implications of Software Defined Networks, including benefits and potential risks for network operators implementing SDN strategies. Learn about distributed systems and double-edged nature of new technologies.
PoW Based Distributed Cryptography with No Trusted Setup
Explore proof-of-work based distributed cryptography without trusted setup, examining Bitcoin's design principles and addressing challenges in secure broadcast protocols.
Proofs of Space
Explore proofs of space as an alternative to proof of work in blockchain systems, examining advantages, security considerations, and practical applications.
The Sleepy Model of Consensus
Explore a novel consensus protocol for distributed systems, addressing challenges in blockchain and cryptocurrency networks with dynamic participation.
Fast Distributed RSA Key Generation for Semi Honest and Malicious Adversaries
Explore distributed RSA key generation techniques for semi-honest and malicious adversaries, covering construction, verification, and efficiency in cryptographic implementations.
An Optimal Distributed Discrete Log Protocol with Applications to Homomorphic Secret Sharing
Explore an optimal distributed discrete log protocol and its applications to homomorphic secret sharing in cryptography.
Bandwidth-Efficient Threshold EC-DSA
Efficient distributed ECDSA protocol using class groups, improving bandwidth and removing range proofs. Introduces interactive setup, key generation, and signing phases with enhanced security assumptions.
Sublinear-Round Byzantine Agreement Under Corrupt Majority
Byzantine agreement protocols resilient to corrupt majority, achieving sublinear communication rounds through novel cryptographic techniques.