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It involves high-level API for web applications and a secure, WebAssembly based sandbox running signed code designed to embed in the Web itself. Every month, more than 1. Every day, more than 1. There are more than 10 million smart contracts on the blockchain already.

At the same time, there are less than publicly verified source codes. Without verified source codes, users who interact with smart contracts directly or through the use of DAPPs, have to trust that the contracts actually do what they promise to do and don't contain any malicious parts. Furthermore, we would like to discuss to store verified source code in a decentralized way.

Key management is a fundamental challenge in the widespread use of blockchain technology. Especially when it comes to managing large tokenized values, a suitable custody service is essential. While many existing custody services are primarily based on technologies such as Shamir's Secret Sharing, it makes sense to use a Smart Contract based Multisig to manage the rules such as access, what signatures are required, time delay, recovery of lost accesses, etc.

Cryptocurrency is a juicy target for attackers: just grab the coins and run. As app developers, how can we protect our users. Especially given the new trend of "supplychain attacks" where the attackers get into your own app code. LavaMoat is a set of tools to help keep invaders at bay. Least Authority will present the results of the ProgPow security audit, including the auditing process used, the findings of the review and outstanding areas for further discussion.

The goal of the presentation or panel would be to increase the transparency of the ProgPow audit that was performed on behalf of the Ethereum Cat Herders for the larger Ethereum community. The discussion could also extend into lessons learned by the community and how to most effectively incorporate security reviews into the development and governance processes in the Ethereum community.

All three were hacked with disastrous consequences, 2. In this talk, we'll investigate the above exploits in depth and show how to use a combination of multi-transactional symbolic execution, taint analysis and greybox fuzzing to detect similar bugs with high accuracy and a low false positive rate. Well' also introduce optimization tricks that enable fast detection of "deep" vulnerabilities - exploit conditions that are triggered over a longer sequence of highly specific transactions.

Finally, we'll show how developers can apply these security analysis methods to their own contracts using MythX and Mythril. What is honeypot golf side bets Most people know that Ethereum runs smart contracts and move ether around. However, "Ethereum Security" involves a lot more than only smart contracts, mining difficulty and managing private keys.

This is a talk about the base layer security. There is a peer-to-peer stack, with it's own separate discovery protocol and p2p protocol, which can be used for eclipse-, DoS- and amplification attacks. There's a consensus engine which encompasses a lot more than only the EVM.

In this talk, Martin Holst Swende will talk about vulnerabilities, attacks and hotpatching the mainnet -- lesser known incidents, hiccups and close-calls that have occurred on the road from Shanghai Devcon2 to Osaka Devcon5. In this talk, I will go through scaling mechanisms and their disadvantages at a user and developer perspective.

Having specialized DApp specific fraud-proof using predicates, partial confirmations, different fee models allow us better usability for end users. Then will talk about how we are addressing the issue for users when they interact with multiple chains - Ethereum and Plasma sidechain using walletconnect protocol. Overall, it explains how connecting some important dots on Ethereum landscape can help us achieve scalability and usability, and clears our path to mass adoption which we all are aiming for.

For smart contracts to achieve mass adoption, they need the ability to securely connect to external off-chain data and existing non-blockchain systems. The reliability with which smart contracts connect to key external systems determines their overall security. This critical security factor determines whether smart contracts will be used to secure the many forms of value beyond tokenization, such as prediction market outcomes, insurance payouts, trade finance, and more.

Finally, we will show the design patterns which leading smart contracts use to remain reliable and provide high levels of overall security while connecting to external systems. Private key management is a complex problem in cryptography. In the last few years, we have seen attacks against cryptocurrency companies that seek to retrieve the private keys of user wallets.

Within cryptocurrency, private key management has an additional complexity: the value of stored user funds related to that private key. Truly, key management is a challenge that has plagued secure computing for years. While storing keys is essential, it is equally important to securely use those keys in an application.

Without secure use of private keys, applications are vulnerable to attacks to exfiltrate those private keys. In this talk, we will discuss the approach the AirSwap team uses to securely store and use private keys for high value wallets. We will show real world permissions, policies, and code used by our team.

We will discuss common attacks against private key management systems and the ways that our implementation thwarts those attacks. This talk is beneficial to any team or company that interacts with the Ethereum blockchain via signed transactions and off-chain custom code. It is essential for any team that wishes to use a private key in their application code securely.

Nowadays one of the evolving fields in the blockchain technology is a protocol which shares security between a main blockchain and a child blockchain. A protocol which shares it between main blockchains, however, is not developed yet. To do that, we would like to introduce a new Sybil control mechanism, Proof of Unit.

The unit has three features. First, a unit is generated with any works such as mining, staking, computing prime numbers, and so on. Second, the amount of minted unit is in proportion to the consumed cost. Third, a unit is used as vote power in the consensus algorithm.

Proof of Unit would make it possible for 1st layer blockchains to share their security. In this talk we argue that sidechains are strictly an interoperability protocol, and any attempt at describing them as scalability solutions is misleading. Proof of Work sidechains require each chain to be individually secure, and thus make a double honest majority assumption.

Proof of Stake sidechains rely on DMMS-like mechanisms, but even with proper short-long range attack protection they have a different security model to a Proof of Work chain. On the other hand, Layer 2 is a set of mechanisms which allow state to be manipulated more efficiently than the base layer, while inheriting the base layer's security.

This is achieved through fraud proofs and client side validation or validity proofs which enforce valid state transitions. At Coinbase Custody, we provide top of the line security for our client's assets. This security comes at a cost though. Through its very nature, our cold storage process creates friction when broadcasting transactions to the network. For HODLers, this friction is a welcome and blessed thing, as it keeps their funds safe.

When our clients want to use their funds to participate in decentralized applications however, we have had to get creative. This talk will focus on the patterns we have developed to facilitate rich and convenient network participation between our clients and the decentralized networks they patronize. Store your keys safely offline - never get online to sign transactions.

The best way to keep your private key safe, is to keep it disconnected from the internet. This is usually done in hardware wallet, however most of those wallets are directly connected to a computer, either via usb or bluetooth. What if the wallet was never online and never ever connected to an online device.

This is achievable using QR code. We did it with Parity Signer. I will present why we built it, how, do a short live demo, and what we will do in the future. The Gas Siphon Attack allows anyone to siphon value from many exchanges in the form of gas refunds, a mechanism built directly into the Ethereum protocol.

Users can write a simple script that continuously drains unprotected exchange hot wallets of all of their ETH. Until this was responsibly disclosed, many exchanges were affected with varying degrees of severity. Oddschecker us open How it happened, who was affected, and the technical details behind the attack are discussed during the presentation.

The talk dives into the details of the refund mechanism built into the Ethereum network, and how it can be maliciously abused. The presentation explains who is vulnerable and what they can do about it. Finally, the talk covers different ways to protect yourself and your dapp from both known and unknown exploits.

Preventative measures are presented that will allow for protection from these types of attacks. A number of these types of technical exploits exist on both centralized and decentralized exchanges, and one may find that responsibly disclosing these attacks are harder than the actual exploit itself. Getting in touch with exchanges, continuous communication with services, and helping fix different systems may be a month-long journey that yields very little in return.

Hacks, front-running, misaligned miner incentives, and economic disparities are all issues for exchanges and services that are discussed in this presentation. The workshop will teach some of the most useful algorithms and tricks needed to analyse and decompile an EVM smart contract: symbolic execution, memory modelling, loop handling and so on.

Techniques shown during the workshop are useful in anything related to contract analysis - from writing your own decompiler, through using existing tools like Eveem, Mythril or Manticore, to working with formal verification K Lab style. Based on the experience from building Eveem. More often than not, people get messed up when writing or copying ethereum addresses.

The ENS is supposed to solve that but is not adopted by everyone yet. These errors can have spectacular consequences. Some end up with a happy end. This talk will describe where ethereum address comes from, how you could exploit knowledge of these mechanisms, and how you could protect yourself and your users using create2 based factory like the one deployed at 0xfacaf66dea25ad8cd By definition, everything we create is likely to include a vulnerability or code flaw and the difficult legal, ethical, and business issues arise when bugs show up in code.

While decentralization does not require us to reinvent the first principles security, it does force us to challenge ourselves to manage significant complexity to reduce harm to those who depend on our code. This talk will discuss the CosmosCERT as a model for how teams can successfully coordinate vulnerabilities and respond to incidents in decentralized environments using on-chain governance mechanisms in a way that ensures stakeholders have a dedicated emergency response capabilities ready to go when the worst happens.

This panel invites 3 of the leading bridge protocols to debate the various tradeoffs that have emerged between different cross chain bridge designs, including pros and cons, and security considerations. Formal verification can be a huge boon to smart contract security as it checks all possible execution paths. Unfortunately, even verified code can be faulty if the formal specification contains mistakes.

This talk will discuss different types of "bad" proofs and how to avoid them. So you have been trusted with safeguarding a project along with other members of your community, congratulations. But, alas, the first transaction from a developer on the team comes in.

How do you proceed. Can you blindly trust the developer. Should you. It's tempting to just see what other multisig members do and roll along, right. In this talk we'll go over what you can do to verify what a transaction will actually do, and what tools you have at your disposal for this. What is honeypot golf side bets No coding required. In this workshop, attendees will gain hands-on experience with Echidna - an open-source smart contract fuzzer - to build secure smart contracts.

Attendees will learn how to define and write invariants and how to use Echidna efficiently. By the end of the session, they will know how to integrate property testing into their development process and write more secure code. Crosschain applications xApps are often considered too risky, but this viewpoint is divorced from reality.

By understanding this, we can allow users to engage in risky behavior in the safest way. The Ethereum Foundation's Bug Bounty program is one of the longest running bounty programs for blockchains. This talk focus on its history, reported vulnerabilities, where it's heading and why having a bug bounty program is important.

Decentralized threat detection bots are a recent area of research and development for protecting the ecosystem. This talk will cover concepts and recent research on detection bots and implementation patterns including heuristic-based, time-series based, multi-block, and TX simulation. Examples involving prior exploits will be included, as well as tools, limitations, the potential for automated threat prevention, and areas for further research.

Here we want to show you how you as a developer or auditor can apply fairly simple mathematical thinking to make your code more robust and your security work simpler. In PoS Ethereum, block proposers are known ahead of time. This allows for new types of MEV, which leverage the ownership of future block space.

Using this, some attacks that were expensive due to arbitrage competition, such as oracle manipulations, become very cheap. There could also be opportunities for incentivizing high-MEV transactions in a future block that you know you will control. Smart contract security audits have become a de facto requirement for Ethereum applications. However, there continue to be multi-million dollar hacks every week highlighting significant challenges with audits such as questionable quality, arguable effectiveness, unreasonable expectations, high cost, low availability and dearth of talent.

Personal physical security, specifically violent kidnapping and compulsion to disclose keys, is often brought up as a concern by cryptocurrency participants. We will quickly present a way of thinking about these threats and a model for not merely protecting from loss of cryptocurrency, but prevention of victimization through violence entirely.

Web3 security requires a comprehensive security approach from reuse of secure, audited libraries, audits, threat modeling and security assessments to bug bounties, monitoring, and incident response. Nosy Neighbor was developed as a breadth-first fuzzing tool for the critical golang clients in the ethereum network - Prysm, Go-Ethereum, and Mev-Boost. Nosy is a very annoying to the devs tool that aims to find bugs the moment they are introduced.

Crypto wallet is an entry point to onboard users to Web3, but the complexity of key management prevents the real decentralization to be realized and widely adopted. After the Merge, Ethereum is pivoting to a rollup-centric roadmap. What does the future wallet look like. In this talk, I would like to talk about what is the missing part for current wallet design centered around L2, DeFi applications, abstract account and social recovery from our past experience.

Reentrancy is one of the first lessons learned when getting started with smart contract development and security. October seems like an eternity ago, and there have been a variety of interesting, sometimes novel, and sometimes repetitive security incidents across the ecosystem since then. We will discuss those incidents, what went wrong, how they've been resolved, and what lessons have been learned, or new mechanisms put in place, in the service of preventing a repeat.

Learn how to use blockchain analytics to identify and protect yourself from the latest rugs, hacks, and scams. The last year witnessed several cross-chain bridges being hacked and millions of dollars stolen by hackers. Despite the bridges having gone through several audits, we still see them getting exploited because hackers were able to get access to authorized private keys, signature replay attacks, etc.

Let us see what a secure cross-chain bridge architecture should look like and what are the possible attack vectors and mitigation techniques. Recall that, when splitting a seedphrase via Shamir Secret Sharing into n shares, each share is numbered from 1 to n. Analysts point to these three stocks as a Buy.

Tuesday's lastminute report should be interesting. An annual government report offered a glimmer of good news for Social Security and a jolt of good news for Medicare even as both programs continue to be on pace to run dry next decade. The quality was choppy, but it was better than what the WNBA had.

Fantasy baseball analyst Dalton Del Don delivers his latest batch of hot takes as we enter Week 6 of the season. Kelly allegedly harassed a female strength and conditioning coach who sued him and the Toronto Argonauts in February. Budgeting apps can help you keep track of your finances, stick to a spending plan and reach your money goals.

These are the best budget-tracking apps available right now. Which teams did the best in the NFL Draft. The Yahoo Fantasy football analysts reveal their first running back rankings for the NFL season. Edmunds bought a Fisker Ocean and details the highs and lows of ownership while warning others not to make the same mistake. Selected edition.

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