Tabi is the fastest general purpose L1 blockchain and the first parallelized EVM. This allows Tabi to get the best of Solana and Ethereum - a hyper optimized execution layer that benefits from the tooling and mindshare around the EVM.

Tabi is a high-performance, low-fee, delegated proof-of-stake blockchain designed for developers. It supports optimistic parallel execution of both EVM and CosmWasm, opening up new design possibilities. With unique optimizations like twin turbo consensus and TabiDB, Tabi ensures consistent 400ms block times and a transaction throughput that’s orders of magnitude higher than Ethereum. This means faster, more cost-effective operations. Plus, Tabi’s seamless interoperability between EVM and CosmWasm gives developers native access to the entire Cosmos ecosystem, including IBC tokens, multi-sig accounts, fee grants, and more.

For the most up to date documentation please visit https://www.docs.sei.io/

Tabi introduces four major innovations:

• Twin Turbo Consensus: This feature allows Tabi to reach the fastest time to finality of any blockchain at 400ms, unlocking web2 like experiences for applications.
• Optimistic Parallelization: This feature allows developers to unlock parallel processing for their Ethereum applications, with no additional work.
• TabiDB: This major upgrade allows Tabi to handle the much higher rate of data storage, reads and writes which become extremely important for a high performance blockchain.
• Interoperable EVM: This allows existing developers in the Ethereum ecosystem to deploy their applications, tooling and infrastructure to Tabi with no changes, while benefiting from the 100x performance improvements offered by Tabi.

All these features combine to unlock a brand new, scalable design space for the Ethereum Ecosystem.

How to validate on the Tabi Testnet

Minimum

• 64 GB RAM
• 1 TB NVME SSD
• 16 Cores (modern CPU's)

Linux (x86_64) or Linux (amd64) Recommended Arch Linux

Dependencies

Prerequisite: go1.18+ required.

• Arch Linux: pacman -S go
• Ubuntu: sudo snap install go --classic

Prerequisite: git.

• Arch Linux: pacman -S git
• Ubuntu: sudo apt-get install git

Optional requirement: GNU make.

• Arch Linux: pacman -S make
• Ubuntu: sudo apt-get install make

Clone git repository

git clone https://github.com/tabilabs/tabi-v2
cd sei-chain
git checkout $VERSION
make install

Generate keys

• seid keys add [key_name]

• seid keys add [key_name] --recover to regenerate keys with your mnemonic

• seid keys add [key_name] --ledger to generate keys with ledger device

Start seid on Linux

• Reload the service files: sudo systemctl daemon-reload
• Create the symlinlk: sudo systemctl enable seid.service
• Start the node sudo: systemctl start seid && journalctl -u seid -f

Start a chain on 4 node docker cluster

• Start local 4 node cluster: make docker-cluster-start
• SSH into a docker container: docker exec -it [container_name] /bin/bash
• Stop local 4 node cluster: make docker-cluster-stop

tabid tx staking create-validator \
--from {{KEY_NAME}} \
--chain-id  \
--moniker="<VALIDATOR_NAME>" \
--commission-max-change-rate=0.01 \
--commission-max-rate=1.0 \
--commission-rate=0.05 \
--details="<description>" \
--security-contact="<contact_information>" \
--website="<your_website>" \
--pubkey $(tabid tendermint show-validator) \
--min-self-delegation="1" \
--amount <token delegation>atabi \
--node localhost:26657

If you are interested in building with Tabi Network: Email us at team@seinetwork.io DM us on Twitter https://twitter.com/TabiNetwork