Ethereum update calendar
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- In Full - The Complete ICO Calendar
- Trades For the Brave: Shorting the VIX and Long Ethereum Calendar Spreads
- Ethereum ETF | Ethereum ETC | Ethereum ETN
- After a 17,500% rally in 2021, does the 'Ethereum Killer' have more steam left?
- Ethereum 2.0: Roadmap, timeline and implications
- Frequently Asked Questions about Ethereum 2
In Full - The Complete ICO Calendar
Who we met, what we talked about, contact details, etc tend to disappear in the digital flux like tears in the rain. This post details a proof of concept to combat this by hosting a calendar as an Ethereum smart contract. The eth-cal-open calendar implementation allows read-write access via an Ethereum enabled e. MS Outlook. The theoretical advantage here is that as long as the Ethereum network exists you will be able to access your data.
This proof of concept has also been expanded into a role based access version, eth-cal-auth , where an administrator which defaults to the smart contract owner allocates other users as represented by Ethereum accounts with date-ranged read or write access. Typical use cases include an organisational group calendar. This post is intended to present a synopsis, links to repositories and running instances of deliverables from my recent MSc Thesis which explores this concept: Forget-me-block - Exploring digital preservation strategies using Distributed Ledger Technology in the context of personal information management.
The reality however is that digital records suffer similar risks of access loss as the analogue versions they replaced - but through the mechanisms of software, hardware and organisational change.
The first two of these mechanisms are straightforward. Software change relates to how data is encoded - for instance later versions of Microsoft Word often cannot access documents written with earlier versions. Likewise hardware formats obsolesce; even popular technologies such as the floppy disk reach a point where accessing data on these formats becomes increasingly difficult. The third mechanism is however more abstract as it relates to societal structures, and ironically is often generated as a by-product of attempts to escape the first two risks.
In our efforts to rid ourselves of hardware and software change these risks are often delegated to specialised external parties. Common use cases are those of conveying information to a future self, e. Frequently these are outsourced at two removes - firstly by the individual to their employer e.
So enters organisational change risk; by the time the information is required the organisational chain that links user to data may be broken: the employer will have moved to a different provider, the employee will have left the company, the IS provider will be out of business or pivoted to new offerings.
The wholesale outsourcing of these responsibilities, also means we do not own our digital identities. The current technological world sees organisations create our identity for us - whether that is our employer, tech giant or social media empire. As we move between organisations, we also have to relinquish the identities that those organisations created for us, and with it the data that belongs to those identities.
This research examines this idea - and asks whether blockchain might be able to challenge these norms. The form of PIM chosen to implement was a calendar - in widespread use and easily demonstrable in a web browser or email client e.
The artefacts above seek to demonstrate that there may be alternatives to the current norm - alternatives that give ownership of digital identities back to the individual. Indeed the organisation could cease to exist, yet your access to that data, would live on unaffected.
This is a starkly different model to the current norm. The UML use case diagram below illustrates that both Alice and Bob maintain accounts directly on CalStore , they also both have access though at different levels to a group calendar maintained by shef. Bob also has access to a group calendar maintained by bgh. This instance is live on the Ropsten test net and will accept read-write access from any account. Access is either via a web interface, as featured above, or via a read-only iCal feed which a standard calendar application e.
MS Office can ingest. The React web interface was built using Big Calendar. This instance is live on the Ropsten test net; however, unlike eth-cal-open, the view will differ depending on whether you have administrator, read-write, read-only or nil access. Considerable use of the OpenZeppelin Access Control solidity library was used in this deliverable. The screenshot below shows administrator access:. Read-write or read-only privileges can then be granted to any account, which will allow those accounts to access the eth-cal-auth calendar as below read-write or read-only access being indicated next to the logged-on account address :.
The research also provides guidelines for future developers looking to use distributed ledger technology e. As this is a proof of concept there are many caveats to this current implementation - for instance storage space is constrained to what will fit within a smart contract and calendar details are visible to anyone with access to a block explorer.
These caveats and much else is explored within the thesis ; but questions or comments are welcome below. For more involved discussion please feel free to contact me directly.
Trades For the Brave: Shorting the VIX and Long Ethereum Calendar Spreads
The ETH2 process kickstarted on 1 December , pushing the coin to a 5. Initially known as Phase 0 on technical roadmaps, the ETH2 process consists of three phases in total, with Beacon Chain being the first. Miners are currently anticipating the launch of Phase 1, which is planned for June A final date for the Ethereum 2.
Ethereum ETF | Ethereum ETC | Ethereum ETN
The up and coming Ethereum network upgrade has received a brand new update on its calendar. The update, which states that the merge is expected to take place in May or June , is an important step towards a proof-of-stake consensus algorithm. The necessary code could be completed by as early as February, according to the Ethereum Foundation community manager Tim Beiko. In this statement, Bieko is referring to the difficulty bomb which will make Ethereum impossible to mine. The difficulty bomb is set to go off in December in the so-called Arrow Glacier upgrade. This was delayed back in August, during the London upgrade, and is now being pushed back further to June He went on to explain that they are aiming to have only one delay.
After a 17,500% rally in 2021, does the 'Ethereum Killer' have more steam left?
Skip to content. Published on October 4th, Duration 64 minutes. Up Next Curiosity is the driving force behind a crypto fund that…. The Interview - Crypto.
Ethereum 2.0: Roadmap, timeline and implications
Building a decentralized , secure and scalable blockchain is a paradox within the confines of modern technology. The first group to solve this paradox will more than likely be able to attract the vast majority of global value and volume. No pressure. An arms race for control of such a powerful technology has been quietly underway for years. Solana , Avalanche and the Binance Smart Chain attracted a ton of liquidity in
Frequently Asked Questions about Ethereum 2
Thus the Bullish potential setup was negated. No, my work strongly suggests a bottom is much closer now. Let me explain. Thus, historically the current decline is still nothing out of the ordinary. Corrections always move in at least three EWP waves. Thus, based on the historical evidence and the EWP count, the current decline must still be viewed as a correction in a significant long-term uptrend until proven otherwise.
Ethereum 2 or Ethereum 2. This entails a change from using proof-of-work to proof-of-stake for the validation of blocks on the Ethereum blockchain. The current method of mining will then end and the network will be secured by validators who confirm transactions and include them in the blocks. Proof-of-stake will reduce the energy required to run Ethereum and helps increase its resilience to attacks.
Somewhat buried in ethereum's big software makeover that rolled out Thursday is a code update known as Ethereum Improvement Proposal , or EIP for short. It threatens to hasten the end of ethereum mining as we know it. Since its launch, the ethereum community has talked about overhauling the way that it mints ether, which is the token associated with the ethereum blockchain. But getting people to make the change is going to require a push — and that push is something known as a difficulty bomb. EIP moves up the detonation date of that difficulty bomb by six months to December. Once it goes off, it will essentially make ethereum unmineable.
Help us translate the latest version. To bring Ethereum into the mainstream and serve all of humanity, we have to make Ethereum more scalable, secure, and sustainable. Ethereum needs to support s of transactions per second, to make applications faster and cheaper to use. Ethereum needs to be more secure. As the adoption of Ethereum grows, the protocol needs to become more secure against all forms of attack. Ethereum needs to be better for the environment. The technology today requires too much computing power and energy.
Latest and archived academic calendars. Important dates and deadlines for students. In order to better understand the calendar year at ETH, and to become familiar with dates for important ETH-wide meetings "conferences" , professors are encouraged to take a look at the meeting dates overview for. Also useful for professors are the important dates and meetings by department for.
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