Proof of Reserves (PoR) is a mechanism used to verify that a trading platform or crypto company holds the assets it claims to have. This is important because it helps to ensure that the platform or firm is financially stable and can meet its obligations to its customers.

The Venom Foundation suggests a heterogeneous multi-blockchain model combining private and public chains can be a solution to creating robust Proof of Reserves (PoR) mechanisms. Using a private blockchain to manage and control such assets as CBDCs makes it possible to maintain regulatory compliance while ensuring the privacy of sensitive information. At the same time, using a public blockchain can provide the necessary transparency and immutability required for proof of reserves, allowing anyone to verify the assets backing the stablecoin or crypto exchange funds.

Central Bank Digital Currency is a digital form of fiat currency issued and backed by a country’s central bank. It is stored and transacted electronically instead of in physical form. CBDCs are distinct from cryptocurrencies, which are decentralized and not backed by any central authority. Private blockchains can be permissioned, meaning that only approved entities can participate in the network, which can help to prevent fraud, illicit activities, and other security risks. Additionally, private blockchains may offer greater privacy for transactions and user data.

The Venom blockchain’s private permissioned workchains can be utilized to issue and transact CBDCs while maintaining compliance with regulatory requirements. This approach offers several advantages over traditional fiat currency, including faster settlement times, increased security, and reduced costs.

The CBDC issuer can charge transaction fees in any on-chain currency, creating a simple user experience and seamless accounting with the existing traditional system.

By utilizing the account abstraction feature, the Venom blockchain can provide greater flexibility and control, enabling to implementation of account recovery mechanisms. Users no longer need to record their seed phrase and can have access to the ability to regain access to their funds even if they lose their initial account authentication credentials. Also, that helps users unfamiliar with cryptocurrencies use other authentication methods to use their assets in a non-custodial manner.

The appearance CBDCs on workchains makes it possible to use them as collateral for stablecoins on public workchains. This is possible thanks to Venom workchains interoperability.

Organizations issuing such stablecoins can demonstrate reserve holdings from the private workchain to the public one, only disclosing balance information. The central bank’s obligations ensure the security of the stablecoin, which can circulate freely in the public workchain and be utilized in DeFi. The private sector remains the issuer of the stablecoin, with the possibility of having proof of ownership of CBDCs funds. Reverse proof of ownership can also be provided to the private network, allowing for the receipt of CBDCs in the private network.

Our vision at the Venom Foundation is that this approach can create sustainable stablecoins and mass adoption.

Trade finance is an industry that encompasses a multitude of processes related to financing international trade. It plays a crucial role in developing the global economy but also faces several challenges, such as high costs, slow transaction processing, and security risks.

Venom’s technologies can address these issues and significantly improve trade finance processes.

One approach to applying blockchain in trade finance is to use blockchains that combine the benefits of both public and private chains. Private workchains can be used for processing and storing confidential information such as client data, financial instruments, and transactions. This can provide a higher level of confidentiality and protection of commercial secrets, which is particularly important for large and complex deals in trade finance. On the other hand, public workchains and proof of reserve mechanisms can be used to provide transparency and openness regarding counterparty balances, transaction data, trade documents, and additional information. This can provide a higher level of trust and reduce the likelihood of fraud, which is especially important for small and medium-sized enterprises that may not have access to traditional forms of financing.

The cross-chain communication protocol allows for interoperability between public and private networks, enabling the exchange of data, assets, and value between workchains without needing third-party bridges. This can provide greater efficiency and lower costs for trade finance transactions, such as trade finance loans and international payments.

Trade finance also can benefit from the advantages of incorporating CBDCs. CBDCs can provide a fast and cost-effective means of payment for international trade.

Using the Venom blockchain can significantly impact the trade market by incorporating private and public workchains, incorporating CBDCs and proof of reserve mechanisms. This approach can unlock its full potential and provide a more secure and stable environment for international trade by providing a balance of transparency, privacy, and regulatory compliance.

Using heterogeneous chains could benefit our approach to finance for the unbanked and micro transactions. Private workchains could be used to store and process confidential information, such as client data, while public workchains could provide transparency and openness regarding the reserves of the financial service provider. This would enable us to create a more secure and transparent environment for financial transactions, particularly in developing markets where traditional financial services may not be available.

Partnering with payment systems, exchanges, and financial institutions could also benefit, as it would allow these partnerships to reach a wider range of users, promoting greater financial inclusion and economic opportunities for all.

Incorporating private and public blockchains into the Venom blockchain’s approach to finance for the unbanked and micro transactions could provide a more secure and efficient way to provide essential financial services to those who have been excluded from the traditional financial system.

We recognize that our target markets are not limited to those specific goals. The beauty of blockchain technology is that it is an open environment for anyone to create products and solutions for any market they see fit. This allows for innovation and creativity to thrive and for communities to come together to build a better future.

At the Venom Foundation, we believe in fostering an open, inclusive, and supportive community of each other’s ideas and projects. We encourage our community members to share their insights and experiences, collaborate, and build products that can benefit everyone.

In summary, we recognize that the potential of blockchain technology extends far beyond the discussed markets. We encourage everyone to explore and create products that can serve any market, and we are committed to supporting our community in their endeavors.


To learn more about Venom, check out the following links:

Website: https://venom.foundation/

Testnet: https://venom.network/

Whitepaper: https://venom.foundation/Venom_Whitepaper.pdf

Documentation: https://docs.venom.foundation/

Twitter: https://twitter.com/venomfoundation

Proof of Reserves (PoR) is a mechanism used to verify that a trading platform or crypto company holds the assets it claims to have. This is important because it helps to ensure that the platform or firm is financially stable and can meet its obligations to its customers.

The Venom Foundation suggests a heterogeneous multi-blockchain model combining private and public chains can be a solution to creating robust Proof of Reserves (PoR) mechanisms. Using a private blockchain to manage and control such assets as CBDCs makes it possible to maintain regulatory compliance while ensuring the privacy of sensitive information. At the same time, using a public blockchain can provide the necessary transparency and immutability required for proof of reserves, allowing anyone to verify the assets backing the stablecoin or crypto exchange funds.

Central Bank Digital Currency is a digital form of fiat currency issued and backed by a country’s central bank. It is stored and transacted electronically instead of in physical form. CBDCs are distinct from cryptocurrencies, which are decentralized and not backed by any central authority. Private blockchains can be permissioned, meaning that only approved entities can participate in the network, which can help to prevent fraud, illicit activities, and other security risks. Additionally, private blockchains may offer greater privacy for transactions and user data.

The Venom blockchain’s private permissioned workchains can be utilized to issue and transact CBDCs while maintaining compliance with regulatory requirements. This approach offers several advantages over traditional fiat currency, including faster settlement times, increased security, and reduced costs.

The CBDC issuer can charge transaction fees in any on-chain currency, creating a simple user experience and seamless accounting with the existing traditional system.

By utilizing the account abstraction feature, the Venom blockchain can provide greater flexibility and control, enabling to implementation of account recovery mechanisms. Users no longer need to record their seed phrase and can have access to the ability to regain access to their funds even if they lose their initial account authentication credentials. Also, that helps users unfamiliar with cryptocurrencies use other authentication methods to use their assets in a non-custodial manner.

The appearance CBDCs on workchains makes it possible to use them as collateral for stablecoins on public workchains. This is possible thanks to Venom workchains interoperability.

Organizations issuing such stablecoins can demonstrate reserve holdings from the private workchain to the public one, only disclosing balance information. The central bank’s obligations ensure the security of the stablecoin, which can circulate freely in the public workchain and be utilized in DeFi. The private sector remains the issuer of the stablecoin, with the possibility of having proof of ownership of CBDCs funds. Reverse proof of ownership can also be provided to the private network, allowing for the receipt of CBDCs in the private network.

Our vision at the Venom Foundation is that this approach can create sustainable stablecoins and mass adoption.

Trade finance is an industry that encompasses a multitude of processes related to financing international trade. It plays a crucial role in developing the global economy but also faces several challenges, such as high costs, slow transaction processing, and security risks.

Venom’s technologies can address these issues and significantly improve trade finance processes.

One approach to applying blockchain in trade finance is to use blockchains that combine the benefits of both public and private chains. Private workchains can be used for processing and storing confidential information such as client data, financial instruments, and transactions. This can provide a higher level of confidentiality and protection of commercial secrets, which is particularly important for large and complex deals in trade finance. On the other hand, public workchains and proof of reserve mechanisms can be used to provide transparency and openness regarding counterparty balances, transaction data, trade documents, and additional information. This can provide a higher level of trust and reduce the likelihood of fraud, which is especially important for small and medium-sized enterprises that may not have access to traditional forms of financing.

The cross-chain communication protocol allows for interoperability between public and private networks, enabling the exchange of data, assets, and value between workchains without needing third-party bridges. This can provide greater efficiency and lower costs for trade finance transactions, such as trade finance loans and international payments.

Trade finance also can benefit from the advantages of incorporating CBDCs. CBDCs can provide a fast and cost-effective means of payment for international trade.

Using the Venom blockchain can significantly impact the trade market by incorporating private and public workchains, incorporating CBDCs and proof of reserve mechanisms. This approach can unlock its full potential and provide a more secure and stable environment for international trade by providing a balance of transparency, privacy, and regulatory compliance.

Using heterogeneous chains could benefit our approach to finance for the unbanked and micro transactions. Private workchains could be used to store and process confidential information, such as client data, while public workchains could provide transparency and openness regarding the reserves of the financial service provider. This would enable us to create a more secure and transparent environment for financial transactions, particularly in developing markets where traditional financial services may not be available.

Partnering with payment systems, exchanges, and financial institutions could also benefit, as it would allow these partnerships to reach a wider range of users, promoting greater financial inclusion and economic opportunities for all.

Incorporating private and public blockchains into the Venom blockchain’s approach to finance for the unbanked and micro transactions could provide a more secure and efficient way to provide essential financial services to those who have been excluded from the traditional financial system.

We recognize that our target markets are not limited to those specific goals. The beauty of blockchain technology is that it is an open environment for anyone to create products and solutions for any market they see fit. This allows for innovation and creativity to thrive and for communities to come together to build a better future.

At the Venom Foundation, we believe in fostering an open, inclusive, and supportive community of each other’s ideas and projects. We encourage our community members to share their insights and experiences, collaborate, and build products that can benefit everyone.

In summary, we recognize that the potential of blockchain technology extends far beyond the discussed markets. We encourage everyone to explore and create products that can serve any market, and we are committed to supporting our community in their endeavors.


To learn more about Venom, check out the following links:

Website: https://venom.foundation/

Testnet: https://venom.network/

Whitepaper: https://venom.foundation/Venom_Whitepaper.pdf

Documentation: https://docs.venom.foundation/

Twitter: https://twitter.com/venomfoundation