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# TUM Blockchain Salon Speakers <style> td, th { border: none!important; border-style : hidden!important; text-align: justify; } .crop { width: 200px; height: 200px; overflow: hidden; } .crop img { width: 100%; height: 100%; object-fit: cover; } .crop-2 { width: 200px; height: 200px; overflow: hidden; position: relative; background-size: cover; } .crop-2 a { display: block; width: 100%; height: 100%; } p { text-align: justify; } </style> ## Daniel Hugenroth (University of Cambridge) **Talk Title:** Rollercoaster: An Efficient Group-Multicast Scheme for Mix Networks **Abstract:** In his talk, Daniel will present Rollercoaster, an efficient multicast scheme for Loopix-style mix networks. Such designs typically suffer from high delays when sending many messages to multiple recipients, which limits their scalability in decentralized collaborative apps. Rollercoaster reduces the time for delivering messages to all $m$ members of a group to $O(\log m)$, without modifying the underlying mix network. It leverages the existing anonymity set and can handle unreliable group members while maintaining the same asymptotic guarantees. | | | | -------- | -------- | | **Short bio:** Daniel Hugenroth is a computer security researcher and software engineer living in Cambridge, UK. His academic interests revolve around anonymity, usable security, and mobile privacy. At the moment, he is doing a PhD at the University of Cambridge. For more navigate to his [website](http://danielhugenroth.com/). | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/402960dc-bf82-4104-a75e-812c5c012675.jpg"> </div> | ## Barnabé Monnot (Ethereum Foundation) **Talk Title:** The relationship between Ethereum and MEV: "It's complicated" **Abstract:** MEV is both hailed as the motive energy of permissionless systems and as an unstoppable force of dislocation. Regardless of its nature, MEV has had profound impacts on how protocol security is viewed through the lens of cryptoeconomics. In this talk, we provide a short introduction to MEV in the context of Ethereum, as well as current approaches to dealing with its opportunities and risks. | | | | -------- | :--------: | | **Short bio:** Barnabé Monnot is a research scientist at the Robust Incentives Group, a research team of the Ethereum Foundation dedicated to mechanism design and protocol security. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/6864edd4-2f07-4664-9693-c49dde8d7129.png"> </div> | ## Burak Öz (TUM) **Talk Title:** A First Study of MEV on an Up-and-Coming Blockchain: Algorand **Abstract:** MEV has been extensively studied in the Ethereum ecosystem for the past couple of years due to the significant effect MEV has on different aspects of the network, such as incentives, consensus, and economics. However, MEV is not inherent to Ethereum; it exists in any blockchain protocol with similar properties. One of those blockchains is Algorand, which is a smart-contract-based blockchain that adopts a Byzantine-Fault Tolerant (BFT) based consensus mechanism combined with Pure-Proof-of-Stake. Unlike Ethereum, Algorand currently does not have a developed transaction fee mechanism, as available block space exceeds demand. Hence, it is sufficient for users to pay a minimal, fixed transaction fee to get included in the next block. Moreover, these fees are not shared with the block proposers but are stored in an account controlled by the Algorand Foundation. Thus, the proposers do not have a direct economic incentive for block building and are assumed to fill transactions into their blocks in the order they hear them (FCFS). These properties make it interesting to study MEV in Algorand as they considerably differentiate how MEV extraction can happen compared to Ethereum. In this work, we present our research plan for analytically and empirically analyzing and evaluating Algorand's MEV and DeFi ecosystem and share our first results. | | | | -------- | :--------: | | **Short bio:** Burak Öz is a Ph.D. candidate at the chair for Software Engineering of Business Information Systems (sebis) at the Technical University of Munich (TUM) since August 2021. He holds a master’s degree in Informatics from TUM. He is currently conducting research on maximal extractable value (MEV), incentive mechanisms, and DeFi/CryptoEconomics. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/b6e50d25-7cd7-4ce4-babb-b169b6ba5311.jpg"> </div> | ## Hugo Krawczyk (Algorand Foundation) **Talk Title:** Private Computing on Public Blockchains **Abstract:** Public blockchains are inherently transparent. All recorded information is open and accessible by all. This makes carrying private computations on such platforms highly challenging. In particular, smart contracts cannot carry any secrets with them, hence very limited in their cryptographic abilities. In this talk I will discuss work showing how to armor smart contracts with such cryptographic capabilities, hence enabling a wide range of applications not possible today. Examples include more efficient and secure state proofs, simplified and more secure bridges, the ability for a smart contract running in one chain to produce transactions in another chain (e.g., running bitcoin smart contracts over Algorand), carrying private medical data within a smart contract (while controlling the data, using it selectively, and keeping it private), enforcing private contracts (e.g., a will) on-chain, and much more. | | | | -------- | :--------: | | **Short bio:** Hugo Krawczyk is a Principal Researcher at the Algorand Foundation where he leads the Algorand Centers of Excellence (ACE) program. Prior to that he was an IBM Fellow and Distinguished Research Staff Member with the Cryptography Group at the IBM T.J. Watson Research Center. He is best known as a main cryptography designer for numerous Internet Security standards and for contributions to theoretical and applied cryptography. Hugo has been recognized as a Fellow of the International Association of Cryptologic Research (IACR), and awarded the 2015 RSA Conference Award for Excellence in the Field of Mathematics, the 2018 Levchin Prize for Contributions to Real-World Cryptography, the 2019 NDSS conference Test of Time Award, and multiple IBM awards including two Corporate Awards. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/795e47e0-0d2d-40bc-85fa-1f79fc867041.png"> </div> | ## Valentin Zieglmeier (TUM) **Talk Title:** Decentralized Inverse Transparency with Blockchain **Abstract:** Inverse transparency aims to protect employees from misusage of their data by making all access visible to them. This necessitates a trusted log to establish a non-repudiable timeline of events. The unique properties of blockchain facilitate this by providing immutability and availability. For power asymmetric environments such as the workplace, permissionless blockchain is especially beneficial as no trusted third party is required. Yet, two issues remain: (1) If a central arbiter facilitates exchanges, they could manipulate the log. Therefore, we need to guarantee non-repudiable data exchange in a decentralized setting. (2) With data governed by the GDPR, blockchain's immutability and transparency become a liability. After a rightful request, individual's data need to be rectified or deleted. And only those with justified interest should be able to read the personal data stored in the blockchain. To solve these issues, we present Kovacs, a decentralized data exchange and usage logging system for inverse transparency built on blockchain. Its new-usage protocol ensures non-repudiation, and therefore accountability, for inverse transparency. Its one-time pseudonym generation algorithm guarantees unlinkability and enables proof of ownership, which allows data subjects to exercise their legal rights regarding their personal data. Importantly, it can be used with any blockchain software and is fully decentralized. | | | | -------- | :--------: | | **Short bio:** Valentin Zieglmeier is a research associate and doctoral candidate at the chair of Prof. Pretschner. His research concerns data privacy and security, confidential computing, human-computer interaction, and user trust and usability. He holds a Master of Science in Informatics (with high distinction) from TU Munich. He gained international experience during his studies, spending half a year at the lab of Prof. Tokuyama at Tohoku University in Sendai, Japan, as a Special Research Student. Before and during his studies, he gained practical experience in multiple companies as a working student and intern. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/aa7ff951-2ccd-4eb9-8899-eb0a0b19566d.png"> </div> | ## Xinxin Fan (IoTeX) **Talk Title:** Blockchain Meets IoT: A Research Perspective **Abstract:** In this presentation, I am going to talk about a number of research challenges for integrating blockchain with IoT, including system architectures, device identity and management, off-chain computing, etc. I will also give an overview of software hardware tools developed by IoTeX which are valuable for researchers advancing their research careers in the intersection of blockchain and IoT domains. | | | | -------- | :--------: | | **Short bio:** Dr. Xinxin Fan is the Head of Cryptography at IoTeX, a Silicon Valley-based technology platform that empowers the emerging machine economy with innovative combination of blockchain and IoT. He is responsible for directing the company’s strategy and product roadmaps as well as developing the core technologies and IP portfolio. Before joining IoTeX, he was a senior research engineer of the Security and Privacy Group at Bosch Research Technology Center North America. Dr. Xinxin Fan received his Ph.D. in Electrical and Computer Engineering from the University of Waterloo in 2010. He has published 60+ referred research papers in top-tired journals, conferences and workshops in the areas of cryptography and information security and is an inventor of 17 patent filings for innovative information security and privacy-enhancing technologies. He is also an IEEE Senior Member, a Certified Information Systems Security Professional (CISSP) from (ISC)^2 , and a (co-)chair of IEEE P2418.1 and IEEE P2958 standards working groups. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/e5b48f39-c7e8-49fe-83e5-7c0574f031e1.jpeg"> </div> | ## Claudio Tessone (UZH) **Talk Title:** Modelling Strategic Behaviour on Proof-of-Work Based Blockchains **Abstract:** Trust is key to the efficient functioning of any fiat or crypto-currency and so is for the consensus algorithm behind the functioning of blockchain systems. By an arbitrary design choice, Bitcoin and most Proof-of-Work (PoW) blockchains have a limited supply. Once block rewards vanish, only transaction fees will remain as an incentive for miners to partake in the verification process. In this paper, we analyse the impact that miners bargaining over block composition has on consensus in the absence of block rewards: in this situation, competing blocks at the same height may be more attractive to peers by including less transactions (i.e. sharing the mempool). The mining and acceptance of blocks can be modelled as an Ultimatum Game, where miners' strategies represent their fairness sentiment. Extending previous Literature, our study focuses on the effect of the transaction arrival rate on global consensus in the system and whether local consensus is formed under certain assumptions about the strategies of miners. We find that consensus is threatened when the supply of transactions is low and stable consensus only emerges when the amount of unconfirmed transactions remains sufficient. In addition, when miners are set with randomised strategies, it is more difficult for the system to achieve consensus. Our research suggests that transitioning from a block reward incentive to a transaction fee incentive may weaken and even destroy the consensus of PoW-based systems. | | | | -------- | :--------: | | **Short bio:** Professor Claudio J. Tessone heads the Blockchain & Distributed Ledger Technologies group at the University of Zurich (UZH). He studies blockchains as a paradigm of socio-economic complexity: linking microscopic agent behaviour, incentives, and interactions with their large-scale (emergent) properties. The main pillars of his research include consensus analysis and modelling, crypto economics, large-scale blockchain analytics and forensics, and design of token-based economies. Among his current areas of research we can mention: effects of reward distribution on global inequality, effects of strategic behaviour of validators in PoS and PoW systems on the quality of the consensus, systemic risk on DeFi protocols. He is also co-founder and Chairman of the UZH Blockchain Center, a competence center more 20 professors across four faculties covering the most varied fields in the space and coordinates research, education and networking; it has become a top centre Worldwide. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/7b48571e-5a2d-427a-be77-31189ad547c9.png"> </div> | ## Smriti Verma (OpenZeppelin) **Talk Title:** Security of Smart Contracts and Secure Bridge Design **Abstract:** Blockchain technologies have grown at an incredible rate in recent years after the massive success of public networks. However, the problems of decentralization, security, and scalability have been an obstruction to the mainstream adoption of this technology. The innovative solution for this Blockchain Trilemma resulted in spinning up of new networks, each having their own capabilities and restrictions. And while each of these networks have their own functionality, their stand-alone applications would not allow users to utilise the power of the blockchain tech in its full-potential. This generated the need to interconnect these networks so users could choose the most suitable solution for their needs, collaborate between different ecosystems and create interoperable Dapps, which gives rise to cross-chain bridge technology. In this talk, we will be discussing about the state-of-security in the web3 space, the blockchain trilemma, how it leads us to the world of interoperability of blockchain networks and the measures we should take while interacting with the bridges. | | | | -------- | :--------: | | **Short bio:** Smriti Verma is a Blockchain Security Researcher and Smart-contract Auditor at OpenZeppelin. She has worked on some of the major projects in the web3 space which includes Uniswap, Coinbase, The Sandbox, OpenSea, and Meta. Prior to that, she was working as a consultant with Deloitte Ireland, helping the major Irish banks with blockchain adoption. Originally from India, Smriti moved to Ireland to pursue higher education and holds a Masters degree in Data Analytics. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/ceedb239-8b14-4e77-b553-b7a7bf179970.JPG"> </div> | ## Richard von Seck (TUM) **Talk Title:** BFT-Blocks: The Case for Analyzing Networking in BFT Consensus **Abstract:** Byzantine fault tolerant (BFT) consensus allows the construction of robust, distributed systems via the state-machine replication (SMR) approach. Still, after more than 40 years of research, limitations on performance and scalability for practical systems remain. A large corpus of existing work improves on consensus complexity, performance and introduces a multitude of optimization techniques. The state-of-the-art is complex. In this talk we identify common building blocks, used by a plethora of BFT-SMR systems. We exemplarily analyze the networking layer in context of BFT-SMR and discuss challenges and optimization potential. | | | | -------- | :--------: | | **Short bio:** Richard von Seck received his Master's Degree in Informatics from Technical University of Munich in 2018. Since 2019 he is a Ph.D. student at the Chair of Network Architectures and Services of TUM. His research interests include performance and security of distributed systems, with a focus on agreement and consensus systems. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/bbfa740a-14c8-4fdb-9cbc-cb97f83a8647.jpg"> </div> | ## Jonatan Luther-Bergquist (Inflection XYZ) **Talk Title:** What VCs want to hear: How to raise (or not) in a Bear Market **Abstract:** Venture capital is a pretty opaque business, with massive information asymmetries between founders and VCs. In this talk, I’ll give you a short primer on how funds work, what VCs do and what to think about when pitching to one. Venture capital funds invest in startups and advise founders on strategy, network, and sometimes exercise control board membership. They are structured as partnerships with general and limited partners, and have a management fee and carried interest. A fund's portfolio defines its success, with power laws dominating returns. Startups should consider whether to raise venture capital based on their goals and needs. If yes, it’s helpful to understand what the processes usually looks like and what VCs look for. | | | | -------- | :--------: | | **Short bio:** Jonatan is a venture investor at inflection.xyz. He previously worked in consulting with Boston Consulting Group Platinion, on IT architecture mainly for energy trading infrastructure. Prior to that he built smart contracts and blockchain infra for the UN, Siemens, Bosch, BMW and the UK DFID as a contractor. Jonatan holds a M.Sc. in Engineering Physics and scientific computation from Uppsala University, EPFL, and TUM. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/986525a9-8f97-494c-8855-8930b96d4241.jpg"> </div> | ## Andreas Kind (Siemens AG) **Talk Title:** Siemens Blockchain Strategy **Abstract:** The Economist newspaper pointed out that over 100 new cryptocurrencies have been created with ChatGPT in their name. There was a point when it was deeply fashionable to rave about blockchain, crypto and non-fungible tokens. However, today, the hype focus seems to drift towards AI again. In my presentation, I highlight what blockchain technology can do beyond the hype. What are the real benefits and production use cases for an industrial technology company like Siemens? From trustworthy sharing of emission data to corporate bond issuing, Siemens uses trust technology where it creates value in its digital business. | | | | -------- | :--------: | | **Short bio:** Dr. Andreas Kind is VP of Cybersecurity & Trust at Siemens. He received his Ph.D. degree in computer science from the University of Bath, UK and worked in various positions for IBM Research from 2000 until 2019. His current technology focus at Siemens is on industrial cybersecurity, Zero Trust for OT/IoT, trustworthy information sharing, and distributed ledger technologies. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/f9fc10c9-bf82-4e69-a108-5f9856cacac7.png"> </div> | ## Christian Ziegler (TUM) **Talk Title:** DAOs and Organizational Approaches **Abstract:** Decentralized Autonomous Organizations (DAOs) are a new type of organization that operates through computer code rather than human management. In this talk, we will explore what DAOs are, how they work, and the benefits they offer. We will also delve into the concept of DAO governance, which involves decision-making and control mechanisms within the organization. By the end of the talk, beginners will have a better understanding of DAOs and the importance of effective governance in their success. | | | | -------- | :--------: | | **Short bio:** Christian Ziegler is a researcher at the Chair for Strategy and Organization (TUM) lead by Prof. Dr. Isabell M. Welpe. He currently writes his doctoral thesis about Decentralized Autonomous Organizations. In 2018 he co-founded the company Blockcurators GmbH which specializes in social wallets which enable non-technical people easy access to the world of cryptocurrency. His previous research includes an analysis of distributed ledger technologies and smart contracts for industry 4.0 applications. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/6dd0b0d1-bdc9-4755-b8ff-da7ca2bfdcbe.png"> </div> | ## Jan Lauinger (TUM) **Talk Title:** Techniques to Bootstrap a Verifiable Notion of Identity **Abstract:** The W3C's introduction of verifiable credentials and decentralized identity has faced slow uptake for a number of reasons. For example, the ecosystem erroneously presumes the existence of reputable issuers which manage signing keys, verify identity claims, and issue credentials. Recent innovations in the "Web 3.0" context proposed solutions for the bootstrapping issue which are based on TLS-oracles or issuer-agnostic private identity claims. In this talk, instead of focusing on the improvement of conceptual approaches of decentralized ecosystems, we consider how the existing authentication infrastructure around OAuth could be enhanced with innovative cryptographic techniques from the "Web 3.0" domain to achieve a verifiable and user-controlled notion of identity. | | | | -------- | :--------: | | **Short bio:** Jan Lauinger is a researcher and PhD student at the Technical University of Munich with a research focus on TLS-oracles, decentralized identity, decentralized access control and decentralized policy compliant computation. During the last years, Jan Lauinger contributed to the an EU security project as a developer and manager and has conducted teaching activities in the domain of IoT security. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/b737b69c-20f6-4e31-b27f-81546fde02f1.jpg"> </div> | ## Lars Hupel (G+D) **Talk Title:** Designing CBDCs for Seamless Integration with External DLTs: Strategies and Solutions **Abstract:** Central Bank Digital Currency (CBDC) is gaining traction as a digital version of cash issued by central banks. Several countries have already implemented a CBDC, and many others are actively investigating or piloting one. What’s clear is that most of these systems run on their dedicated infrastructure, rather than on public and/or existing blockchains. This creates interoperability challenges, such as how to transact with CBDCs from existing smart contract ecosystems. This talk aims to provide an overview of how CBDCs can be designed to address these challenges, and to provide practical examples of how integration with existing systems could be achieved. | | | | -------- | :--------: | | **Short bio:** Lars is a CBDC Evangelist at Giesecke+Devrient with a particular interest in security, offline payments, and financial inclusion. Prior to joining G+D, Lars was a PhD student at TU München in the field of logic and verification, where their research focused on techniques for verified code generation from theorem provers. |<div class="crop-2"> <img src="https://hedgedoc.net.in.tum.de/uploads/04f1a4de-b0e9-477f-bae9-0f9f52d47fbb.jpg"> </div> | ## Yvonne-Anne Pignolet (DFINITY) **Talk Title:** Internet Computer Protocol: Democratic Evolution of a Web3 Platform **Abstract:** Recent technological advances have enabled the efficient execution of decentralized web3 applications and smart contracts. The Internet Computer Protocol (ICP) is a fast and efficient decentralized blockchain-based system for the execution of general-purpose applications in the form of smart contracts. In particular, the ICP's execution, governance and evolution are controlled by different parties in a trustless and fault-tolerant manner instead of a central entity. In this talk, I will give an overview of the ICP, followed by a discussion of the challenges the IC faces to facilitate upgrading itself through voting by ICP token holders and present our approach to tackle them. | | | | -------- | :--------: | | **Short bio:** Yvonne-Anne Pignolet's work is centered around distributed systems, ranging from the design and analysis of algorithms for reliable and efficient distributed systems despite failures and malicious behaviour to complex network analysis. After her PhD at ETH Zurich in 2009 she was a postdoc at IBM Research Zurich and Ben Gurion University, Be'er Sheva. She worked for 8 years at ABB Corporate Research, Switzerland mostly devoted to research on communication systems for industrial and power systems, as a Principal Scientist in her final role. In 2019, she joined DFINITY, where she leads teams of researchers and engineers building and improving the Internet Computer. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/1ff55c47-fc7f-46f1-b065-1f86a5ad0fee.png"> </div>| ## Stylianos Kampakis (Goracle, UCL) **Talk Title:** A Discussion on Consumer Fees Within Oracles and Limitations with Pricing in a Native Token **Abstract:** A decentralised oracle relies on node runners to call data points from API end points via data providers at the request of a consumer. How consumers are charged can bring about issues such as overcharging and not enough profit margin for node runners. Charging with a native token with its' volatility can leave unexpected future price rises which makes purchasing data unattractive. We will explore some potential solutions around consumer fees. | | | | -------- | :--------: | | **Short bio:** Dr Stylianos (Stelios) Kampakis is a data scientist and tokenomics expert with more than 10 years of experience. He has worked with companies of all sizes: from startups to organisations like the US Navy, Vodafone and British Land. His work expands multiple sectors including fintech, sports analytics, health-tech, general AI, medical statistics, predictive maintenance and others. He has worked with many different types of technologies, from statistical models, to deep learning to blockchain and he has 2 patents pending to his name. | <div class="crop-2"> <img src="https://hedgedoc.net.in.tum.de/uploads/3f50f331-b17b-4cb5-86ac-494c081b6314.jpg"> </div> | ## Peter Ince (Monash University) **Talk Title:** Smart Contract Exploits and Automated Vulnerabilities Detection **Abstract:** Security threats and vulnerabilities in DeFi and smart contracts have become increasingly prominent as the value of assets managed on-chain continues to grow. This has attracted the attention of hackers, who constantly seek new ways to exploit these systems. In this talk we will discuss some of the research in automated vulnerability detection. | | | | -------- | :--------: | | **Short bio:** Peter Ince is a 2nd year PhD student at Monash University. Their research focuses on using artificial intelligence to identify vulnerabilities in smart contracts, with a current research focusing on vulnerability detection through static analysis for the Algorand blockchain and advancements in fuzzing techniques. In addition to their doctoral research, Peter holds a Master's degree in Data Science from Monash University, where they explored the application of Bulletproofs cryptography to the Iota blockchain in their minor thesis. Previously, Peter served as the CTO of a digital identity and micro-credentialing startup that utilized the Ethereum blockchain. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/69e57589-1521-43cb-b013-64300dab1068.jpg"> </div> | ## Thomas Wild (TUM) **Talk Title:** Options for Blockchain Acceleration on SmartNICs **Abstract:** This talk covers approaches how blockchains can profit from offloading specific functions from the host computer to smart network interface cards (SmartNICs). Major goals are reduced latency and potentially higher throughput in terms of processed transactions per time. One promising approach for the Alogrand blockchain is to accelerate the message relaying in relay nodes and more specifically the functions that distribute block proposals and votes among participating nodes. The offloading will be done in a hardware/software co-design approach among SmartNIC and host CPUs with the SmartNIC executing the offloaded functions on behalf and always under control of the host CPU. | | | | -------- | :--------: | | **Short bio:** Thomas Wild received his Dipl.-Ing. degree in 1989 and his Dr.-Ing. degree in 2003, both from the Department of Electrical and Computer Engineering at Technical University of Munich (TUM), Germany. He is permanent scientific staff member at the Chair of Integrated Systems (LIS) of TUM and is working on multiprocessor system on chip (MPSoC) architectures with application focus in the automotive and network processing domains. His current research interests comprise parallel processing, memory hierarchies, networks on chip (NoC), SmartNICs as well as runtime diagnosis and monitoring of MPSoCs. |<div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/be66af3e-dda8-44a3-abeb-fd5a5c7a945d.jpg"> </div> | ## Filip Rezabek (TUM) **Talk Title:** Framework for Large Scale Distributed Systems Evaluation **Abstract:** To assess various topologies, confgurations, and data trafc types in permissionless setups, we introduce EnGINE. It aims to provide, among many others, repeatable, reproducible, and replicable distributed systems experiments with high precision and flexibility. EnGINE is based on commercial of-the-shelf hardware and uses the fexible Ansible framework for experiment orchestration. This allows us to confgure various topologies emulating realistic behavior of distributed systems deplyoments. Obtaining such realism is challenging using simulations. Based on available related work, we further address the challenges found in those networks. We derive introduce some open challenges for the framework requirements. | | | | -------- | :--------: | | **Short bio:** Filip Rezabek received the Master of Science degree in communications engineering from the Technical University of Munich, in 2020. He is currently pursuing the Ph.D. degree with the Chair of Network Architectures and Services. His research interests include network security, applied and threshold cryptography, and distributed systems resilience and robustness. Besides, he is active in the area of TSN with focus on intra-vehicular networks and smart manufacturing. For both areas are important aspects of reproducible experiments. | <div class="crop"> <img src="https://hedgedoc.net.in.tum.de/uploads/a829406e-b619-47fe-9c66-51067803f157.png"> </div>|