StarkNet is a decentralized, permissionless Validity-Rollup (commonly known as ZK-Rollup) that operates as a layer 2 network on top of Ethereum. This enables any decentralized application (dApp) to achieve unlimited computational scale without compromising the composability and security of Ethereum.

STARKs, which are defined as Validity proofs, provide evidence of computational integrity. This means that one party can prove to another that a specific computation was carried out correctly. Unlike Zero-Knowledge proofs, which keep the information contained in the computation confidential, Validity proofs only prove that the computation was done accurately.

Contrary to popular belief, most ZK-Rollups are not actually Zero-Knowledge. The confusion arises from the difference between Validity proofs (which guarantee computational integrity) and Zero-Knowledge proofs (which ensure that no information is disclosed).

StarkNet utilizes STARK Validity proofs, which are extremely difficult, if not impossible, to extract information from.

Supported features

Automated Workflows

Supported

Cost Basis Impairment

Supported

Defi Applications

Supported

Integration With Erps

Supported

Native Staking Mining

Supported

Token Balances

Supported

Transactions Ledger

Supported

The world of cryptocurrencies presents several challenges for accounting and financial reporting. Here are some of the major challenges:

  1. Valuation: Cryptocurrencies are highly volatile, and their value can fluctuate rapidly. This makes it challenging to determine the fair value of cryptocurrency holdings for accounting purposes.
  2. Classification: Cryptocurrencies can take different forms, such as coins, tokens, and assets. It is important to determine the appropriate classification for accounting purposes.
  3. Record-keeping: Cryptocurrency transactions are recorded on a decentralized ledger, known as the blockchain. This decentralized nature of the blockchain makes it difficult for traditional accounting systems to track and record cryptocurrency transactions.
  4. Reconciliation: The decentralized nature of cryptocurrency transactions also makes it challenging to reconcile transactions between different accounting systems.
  5. Regulation: The regulatory environment for cryptocurrencies is rapidly evolving, and there is currently a lack of clear guidance on how to account for cryptocurrency transactions.
  6. Taxation: Cryptocurrencies are subject to tax in many jurisdictions, but there is a lack of consistency in how they are taxed, and there are few clear guidelines on how to report cryptocurrency-related income and taxes.

In conclusion, accounting for cryptocurrencies presents several challenges, and it is important for organizations to stay informed about the latest developments in the regulatory environment and accounting practices.