TIM is dynamically sharded two layer blockchain of multiple graphs and one blockchain having distributed merkle tree.
The lower layer is made of many graphs(DAG - Directed acyclic graphs) which create micro consensus by ABFT. The UTXO is maintained in light-mode and is attack safe by multigraph of dynamic forking. The DAGs can sustain 10,000 TPS when the region is very small, like when the number of DAGs reaches 10,000. The peak performance can reach 100 Million TPS. The network scales as per demand.
TIM blockchain aims to onboard various types of business transactions of money and non-money(contracts, promises, commitments). The smart contracts of high bandwidth blockchain is real and practical solution for organisations to create seamless automation in efficient and cost effective manner. Every smart contract needs TIM for mining or staking, if DAPP is a subchain.
Investors stand to benefit from early entry into the TIM network. The usage of TIMs is expected to increase with increasing interest of businesses in blockchain. TIM has solved the bandwith conundrum and has created enough entry barrier with technology, patent and team.