The team, an innovative roadmap, and the technical implementations that make up the Cosmos project are the fundamental reasons the network and its ATOM tokens collectively hold a market value of over $850 million. Cosmos ATOM token ranks as one of the top fifteen most valuable cryptocurrency projects on the planet.

The Cosmos Blockchain Team

The Cosmos project is maintained by three different organizations. The Interchain Foundation is the top-level, non-profit organization that oversees the entire project. The Iris Foundation is yet another non-profit organization that oversees the creation and implementation of the Cosmos Hub IRISnet. The Interchain Foundation further contracts out portions of the development of the Cosmos project to All in Bits Inc., a corporation that provides Byzantine-fault tolerant and cloud-based solutions to tech projects. This intermingling of operators gives the project a wealth of experience on the team.

Jae Kwon is the CEO of Tendermint, the underlying technology that helps Cosmos function. Tendermint is a mechanism that mitigates the risks associated with the Byzantine Generals Problem. Kwon also worked for Yelp, Scramble.io and Flywheel Networks. Tendermint CTO Ethan Buchman is a blockchain researcher out of the University of Guelph in Canada. Peng Zhong is Tendermint’s head of design and a full stack developer. Not only did they develop Tendermint, but they also helped get the Cosmos project started in 2016, launched an initial coin offering a year later that raised $17 million and distributed $168 million in ATOM tokens to contributors.

Tendermint and the Byzantine Generals Problem

The Byzantine Generals Problem is a common problem to solve in any decentralized technology that allows for the exchange of value for assets, however defined. Imagine for a moment that an army living in medieval times is surrounding a castle. They are trying to coordinate an attack, but there are different groups of them. They all need to attack together, but the sheer size of the castle has them so far apart that it makes a coordinated attack virtually impossible.

This problem occurs in all blockchains because blockchains are made of nodes communicating with one another. They work to validate transactions, but they have to work in a completely trustless environment. They need to trust each other without having all of the information. Nodes don’t know whether their counterparts are good or bad. Nodes need to complete transactions without all of the data and be able to validate that everything is acceptable.

Tendermint is a Practical Byzantine Fault Tolerance, meaning it successfully solves this problem.

How does Cosmos work?

Tendermint can process thousands of transactions per second, and the latency of commits on the network last between one and two seconds. The Cosmos whitepaper suggests that even in adversarial conditions, with validators (Cosmos uses a proof-of-stake approach to consensus) crashing or signaling malicious votes throughout the network, the network still performs above 1,000 transactions per second, which is significantly more than Bitcoin or other competing blockchains.

Four Key Advantages of Tendermint

Overall, Tendermint offers four distinct benefits in its approach to reaching consensus:

Tendermint can handle 10,000 transactions per second. The network needs only light client security, making it ideal for mobile and Internet of Things-related use cases. Most other blockchains can’t offer that. It incorporates fork accountability, which means double-spending attacks and censorship can be easily handled. Tendermint Core is application-agnostic, which means it can turn any deterministic black-box application into a distributed blockchain.

Tendermint Core connects to blockchain applications using the Application Blockchain Interface.

The Cosmos Hub and Zones

The Cosmos Hub is the foundation of the Cosmos blockchain. It is the blockchain’s distributed ledger. Both the Cosmos Hub and its zones can hold the user’s tokens. The zones interact with each other using inter-blockchain communication, with all of this communication passing through the Hub.

Since the Hub plays a role in everything that happens on the network, it’s protected by a decentralized group of validators. This enhances security and makes it possible for the entire network to withstand severe attacks.

The zones communicate with the Hub using inter-blockchain communication packets. The zones have their own validators, which take a certain amount of ATOM tokens with them to pass through the Hub. If any of the zones start acting suspiciously in an attempt to compromise the integrity of the network, the number of ATOM tokens they get to keep gets reduced by the Hub. This deters malicious actors.

The real value of these Hubs, zones, and the inter-blockchain communication packets is that all parties involved in an exchange of value can get what they want. All while maintaining independent token models, economics, and governance systems. It is as if each of these parties is its own blockchain, with the Cosmos network acting as the internet of blockchains.

What is the ATOM token?

The ATOM token plays a significant role in reducing the likelihood of malicious transactions passing through the Hub. The tokens get taken away from validators if something sketchy is happening. In this sense, it’s almost as if possessing the ATOM token is to the Cosmos blockchain what demerit points are to a driver’s license. Lose them, and all of a sudden, doing something malicious isn’t worth it.

ATOM tokens also act as a means of accounting for transaction fees. That doesn’t mean fees must be paid using ATOM tokens. Other currencies can be used to pay transaction fees. The incentive for using ATOM tokens for staking is that users can receive a portion of the fees in different currencies depending on the number of ATOM tokens being staked. Remember that zones are their own blockchains in the Cosmos network, which means they have their own native tokens. Validators can accept any combination of tokens they want as a transaction fee. 2% of the fees collected go into a reserve pool, and the other 98% goes to validators based on the stake they have invested in the network.

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Which blockchains work with Cosmos?

There are over 100 projects working with the Cosmos network at this time. The list is steadily growing, with many notable projects building on Cosmos.

Binance Chain and Binance DEX are using Cosmos SDK to build out well-structured, easy to understand coding.

Kira Interchain Exchange uses Cosmos along with other blockchains to help delegators on their network participate in staking.

Aragon uses Cosmos SDK for its coding structure along with EVM, Ethereum Virtual Machine. Like Kira’s implementation, the purpose of using Cosmos on Aragon Chain is helping users manage staking.

e-Money’s goal is to launch a currency-backed token. They’ve worked on research and development with the Danish Financial Authority and plan to use the Cosmos network to move the idea forward.

The Internet of Blockchains

Cosmos has a unique way of allowing blockchains to communicate with one another and a market capitalization that ranks the project among similar blockchains like Aion, Cardano, and ICON. To many in the blockchain space, Cosmos has the potential to bring the connectivity of the internet to blockchains.