July 19, 2026

Capitalizations Index – B ∞/21M

Fed Up and Forking: Rival EOS Blockchains Are Becoming a Reality

Fed up and forking: rival eos blockchains are becoming a reality

Fed Up and Forking: Rival EOS Blockchains Are Becoming a Reality

Fed up and forking: rival eos blockchains are becoming a reality

It can be hard to keep track of all the struggles and controversies surrounding EOS.

First came the stop-and-go launch, followed by controversy over locked accounts – then more locked accounts, this time on the orders of an “arbitrator” that many in the community hadn’t realized existed. Next came a fake order purporting to be from the arbitrator, the fallout from which led EOS architect Dan Larimer to propose a whole new governance structure or “constitution.”

Just one problem: there was and still is no system in place to vote on a constitutional change. Meanwhile the voting scheme that is in place – for choosing the block producers (BPs) who maintain the EOS blockchain much as bitcoin’s miners do – has put several BPs that aren’t following all the rules of the constitution in charge.

For some EOS community members, it was all too much.

Take Douglas Horn, who told CoinDesk:

“I’m a really big believer in the potential of EOS and of EOSIO software, and I came to believe that it was on a bad path.”

As such, Horn thought he could do better, and recently authored a white paper for Telos, a fork of the open-source protocol behind EOS called EOSIO.

And his is just one of several groups that have decided to take the software, tweak it and set up a new network.

EOS Force is another example. They propose an EOSIO-based main chain with side chains incorporating features of ethereum, zcash and cardano. Another is ONO, a social network that was going to launch on EOS, but decided to fork it instead. EvolutionOS, which aims for more even token distribution and lower RAM prices, is airdropping ethereum-based tokens and plans to launch its own EOSIO-based blockchain.

And other examples include WAX and Worbli.

Telos, though, appears to be the fork with the most momentum and support. For instance, several of its team members were involved in the EOS launch, and in more than one case, those people are helping build Telos while continuing to support the EOS network.

“We think the cross-pollination will benefit both Telos and EOS,” said a team working as Keten.io on Telos and Dutch EOS on the mainnet.

According to Horn, Telos’ launch could come as soon as next month, with the aims to make two significant changes to the EOS that exists today: curtail the power of the largest token holders known as “whales” and launch with more solidified governance mechanisms that can be enforced directly on the blockchain.

Channeling Ahab

The first thing that stands out about Telos is the decision to cap the number of tokens any one address receives during the initial distribution at 40,000 (with certain exceptions).

The idea is to remove whales from the equation – primarily because on EOS, tokens equal votes, and right now, there’s a “hyperconcentration of voting power” in the hands of just a few, according to Horn.

According to the Telos white paper, 1.6 percent of EOS holders own 90 percent of the tokens. The largest holder by far, with 10 percent of the total supply, is Block.One, the company behind the EOSIO protocol. (Larimer is Block.One’s CTO).

Controversially, the company recently announced that it would use these tokens to participate in block producer votes going forward.

To reduce the influence of these heavyweights, Telos will distribute its TLOS tokens to EOS investors according to the original “snapshot,” but with one big difference: it will lop off any holdings above 40,000, a move that Horn said would affect just 0.63 percent of accounts.

Does that mean that “communist” Telos is going to “steal their coins,” as one Reddit user alleged?

Horn doesn’t think so, telling CoinDesk, that no tokens are being taken from larger holders to give to someone else, rather the project is giving EOS whales brand new TLOS tokens – albeit fewer of them than they might have gotten otherwise.

In this way, Horn expects Telos to eliminate the chance that token holders collude with BP candidates, who can currently earn the equivalent of thousands of dollars a day in EOS coins and might share those profits with the whales that elected them.

Telos isn’t alone in worrying about this phenomenon.

One Telegram user recently wrote: “I’m sick of seeing seven voters propping up puppet BP for rewards. I consider that type of manipulation stealing.”

Additionally, block producers that are elected based on a few whales’ votes sometimes fail to do their jobs. In a recent blog post, Ben Sigman, a cryptocurrency investor that’s written extensively about EOS, claimed that seven of the top 21 BPs weren’t complying with the rules, for example, by failing to maintain a public website or disclose ownership information.

The only exceptions to the token cap on Telos, however, are the Telos Foundation itself, which is being allocated six million tokens, and the founding participants, who will split another six million. Horn defended this decision, pointing out that these tokens are less than 2 percent of the total supply and saying Telos’ founders “are putting in a lot of effort and a lot of costs.”

Ready and on-chain

Telos’ other main priority, Horn said, is that, “Everything needs to be ready at launch.”

He said it was “crazy” for EOS to go live without “all the necessary pieces in place.” Citing the arbitration system specifically, Horn said many users were confused and surprised when a largely unknown body called “ECAF” began issuing orders in June.

Horn could also have mentioned the ability to vote in referendums, which is necessary to change the constitution, as Larimer has proposed doing. EOS Nation, a standby block producer, has begun testing a system for conducting referendums, according to a roadmap published in July, but EOS users still have no ability to propose or vote on protocol changes.

For Horn, it’s also important that all of these governance mechanisms, to the extent it’s technically possible, happen on the blockchain, rather than on Twitter or in Telegram groups, where misinformation – such as the fake arbitration order – can easily circulate. (It should be noted that ECAF has since improved its processes.)

“No, no! Everything’s going to be on-chain, who said off-chain?” Horn said, in response to a question about off-chain governance, adding: “On-chain, on-chain, on-chain, on-chain.”

Telos arbitrators, for example, will be elected in a similar manner to block producers. This wasn’t the case with the EOS launch, where arbitrators were selected through opaque off-chain processes.

And while Telos’ own constitution has not been finalized, Horn emphasized that “bullshit that’s unenforceable” won’t appear in it, such as the (original) EOS constitution’s provision that “Members shall not initiate violence or the threat of violence against another member.”

The constitution should look like “a contract or a software licensing agreement,” Horn said, not “something that Alexander Hamilton [would write].”

Finally, Telos aims to increase network reliability and security by automatically kicking unresponsive or noncompliant block producers out of the top 21 slots, without waiting for a human arbitrator to weigh in.

Meanwhile, standby block producers (the 30 immediately below the top 21) will periodically have to prove they’re ready to step in, or their pay will be dinged.

Healthy competition?

Despite his criticisms of EOS, Horn stressed that EOSIO is a “worthwhile” project, and acknowledged that he and others now building Telos were themselves involved in the EOS launch.

“We’re all part of this EOSIO community,” Horn said, adding:

“We’ve had the tremendous chance to look at what was done in EOS and say, ‘Hey, if we were to start over again, what would we do different?'”

Discounting the occasional accusation of theft or communism, the EOS community has been broadly accepting of Telos – and other forks – giving EOSIO another go.

“I think that competition is good for the ecosystem,” Daniel Keyes, from EOS Nation, a standby EOS BP, told CoinDesk.

A Reddit user echoed that sentiment, saying, “I welcome the chance to see how it plays out. Perhaps they will try out some things that work and all of us can become better for the experiment.”

Fork shadows image via Ursula Spaulding/Unsplash

The leader in blockchain news, CoinDesk is a media outlet that strives for the highest journalistic standards and abides by a strict set of editorial policies. CoinDesk is an independent operating subsidiary of Digital Currency Group, which invests in cryptocurrencies and blockchain startups.

Published at Fri, 10 Aug 2018 08:00:45 +0000

Features

Previous Article

HTMLcoin Price Prediction

Next Article

Juntos en Jumanji – Adexe & Nau (Videoclip Oficial)

You might be interested in …

Segwit Activated: How it Works & What’s Next for Bitcoin

Segregated Witness, or Segwit, has finally been activated by a super majority of the current hashpower on the bitcoin network. Segwit fixes many bugs currently in the protocol, and allows for some scaling using an effective blocksize increase.


Almost two years of debate

In December of 2015, the source code for Segregated Witness (Segwit) was released. It was meant as a fix for the ever-problematic transaction malleability bug, which allowed for someone to change one or two characters of a transaction’s ID before it was cemented into the blockchain. Along with that, it provided a method of scaling bitcoin. Doing away with the concept of a blocksize, a new metric was made called blockweight.

For years the software was not added to the bitcoin protocol as it never garnered the necessary 95% of the hashpower needed to activate. It was to be implemented though means of a softfork, which meant it would comply with all currently consensus rules and be backwards compatible with those running old software and did not wish to upgrade.

Whether you believe that Segwit was a direct result of the grassroot approach of BIP148 forced miners to finally activate it after all this time, or the New York Agreement was the reason everyone came together to signal for Segwit, it is finally here.

A second BIP was released weeks ago to lower the activation threshold to 80% of the hashpower, but even with the lowered bar Segwit still achieved around 97% signaling and locked in during the beginning of August.

After the official lock-in period, the network allowed for two weeks to provide grade period of sorts for people to upgrade their software to work with Segwit.

How Segwit Works

There has been a ton of misinformation about Segwit, so this article will hopefully clear some things up of how it actually works. As stated earlier the whole idea of a blocksize has been gotten rid of. Instead, the network will now use blockweight.

There’s two types of data that are contained in a transaction. Firstly, there is actual transaction data, such as the address the coins are being sent to. Then there is the witness data, which is all the information that is only needed when the transaction is confirmed, and then that data is essentially never used again.

Segwit provides a “discount” to the witness data, and once committed to the blockchain it gets pruned. These 1000 1KB transactions would obviously fill the current blocksize of 1MB, but remember blocksize isn’t even a metric any more. It’s been replaced by blockweight, the new limit of which will be set at 4,000,000 “units.”

The way the new unit system works is the number of units in a transaction is simply the number of bytes of transaction data multiplied by four. Witness data is, as said before, discounted. The bytes of the witness data are essentially a direct translation to units at a 1:1 rate.

So, for example, let’s say there’s 1000 transactions in the mempool, all at 1KB of data. Now let’s say in each of the transactions, 400 bytes is witness data and the other 600 bytes is transaction data. The 600 bytes for transaction data is now worth 2,400 units, while the witness data is now worth 400 units giving the whole transaction a weight of 2,800 units. All of these transactions together will only take up 2,800,000 of the 4,000,000 units, leaving room for more transactions.

Once the transaction is confirmed by the network, the not needed witness data will be pruned off the blockchain, to save storage space and decrease bandwidth use.

How Do I Actually Use SegWit?

For those of you expecting an immediate sign that Segwit is helping everything, I’m sorry to let you down. In reality, it could be weeks or even months before Segwit really starts to have widespread adoption.

Segwit transactions can only be sent from Segwit addresses. So, every single address that currently contains coins would have to send them to a Segwit address before we see the full effect of the upgrade. And even then, there could be a decent chunk of users who still don’t trust Segwit and don’t want to use it. Which is perfectly fine, that’s the point of a softfork. It doesn’t force users who don’t agree to it to upgrade to it.

For you to use segwit and send segwit transactions, you’ll need to send your coins to wallet that generates Segwit addresses. Otherwise, it will just be a normal transaction.

Moving forward, Segwit was an important setup to the upgrading and scaling of the bitcoin network, which has been woefully overloaded in the past several months. Segwit opens the door to better implementation of the lightning network, which can allow for transactions to be sent off chain for pennies.

Coming in November, the second half of the New York Agreement is set to take place calling for a doubling of the blockweight to even further scale the network though means of a hardfork.

Will you be using segwit from here on in? How do you think this will effect the network? Let us know in the comments below!


Images courtesy of Shutterstock, Segwit.co

The post Segwit Activated: How it Works & What’s Next for Bitcoin appeared first on Bitcoinist.com.