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Inter-Blockchain Communication (IBC) protocol, explained




What is the IBC protocol?

IBC is an open-source protocol designed to facilitate message relaying between separate distributed ledgers and was developed to connect independent blockchains.

The Inter-Blockchain Communication (IBC) protocol facilitates data sharing and communication between different blockchains or “zones.” It’s a digital link between several blockchain networks, enabling safe information sharing, asset exchange and interaction. IBC makes diverse chains compatible by enabling trustless communication and value exchange, especially tokens.

The IBC protocol was created and introduced by Cosmos Network in 2019 to address the issue of isolated blockchains, enabling them to safely exchange assets and data and promoting a more accessible and scalable blockchain ecosystem. Furthermore, the Interchain Foundation (ICF) established the Interchain Standards (ICS) to specify the necessary functions for the IBC protocol within the Cosmos ecosystem.


IBC provides a valuable solution to the common issue of cross-chain messaging. This issue is particularly relevant for exchanges aiming to conduct swaps, application-specific blockchains where assets likely originate on specialized chains and private blockchains seeking connectivity with other chains, whether private or public.

Key features of the IBC protocol

The IBC protocol facilitates secure and trustless communication between interconnected blockchains through dedicated channels and smart contract modules.

One significant aspect of the IBC protocol is its facilitation of interoperability among blockchains without requiring direct communication between them. Blockchains can communicate seamlessly by sending information packets through special channels, which employ smart contract modules equipped with a light client to verify the legitimacy of the received state. This enables blockchains, regardless of their protocols or consensus mechanisms, to transfer value or data seamlessly.

IBC is trustless and permissionless, meaning anyone can act as a relayer. The blockchains involved don’t have to trust the parties transferring the information. This setup is crucial for achieving blockchain sovereignty without isolating blockchains, which is a major goal of the Cosmos ecosystem.


Through the integration of smart contract modules with light client verification, IBC ensures that the information exchanged between blockchains is valid without requiring direct communication. This eliminates the need for blind trust between parties and enhances the overall security of the ecosystem. Through the use of cryptographic primitives and consensus mechanisms, such as Tendermint, IBC ensures the security and integrity of cross-chain transactions.

The IBC protocol ensures security and validity through cryptographic techniques and consensus algorithms inherent to each participating blockchain. Data privacy and integrity are maintained during transmission.

How does the IBC protocol work?

The IBC protocol revolutionizes how different blockchains communicate, offering a seamless transfer of data between them.

The IBC protocol works in two layers: the TAO layer, which stands for transport, authentication and ordering; and the APP layer, an abbreviation of application. The TAO layer sets up secure connections and verifies data between blockchains, acting like a foundation. On top of that, the APP layer specifies how data is packaged and understood by different blockchains.


In the Interchain Standard, the client ensures trustless verification of data, and the relayer facilitates the transfer of information between blockchains. Together, they create a robust framework where the standard sets the basic protocols, the client ensures data integrity, and the relayer manages the actual transfer process, enabling seamless communication between different blockchains.

At its core, IBC relies on three key components: hubs and zones, packet transactions and smart contracts. Hubs and zones act as central routers and individual blockchains, respectively. Hubs facilitate the relay of transactions and data between zones, enabling cross-chain communication.

Packet transactions are units of data transferred between blockchains. These packets contain sender, recipient and transaction data, allowing for efficient communication between zones. Smart contracts play a crucial role in IBC’s operation. Each blockchain involved in communication implements IBC/TAO modules comprising smart contracts. These modules facilitate the orderly transfer of data packets between blockchains.

The process of transferring data via the IBC protocol is straightforward: When a user initiates a cross-chain transaction, the packet travels from the source zone to a hub, which then relays it to the destination zone. After processing the transaction, the destination blockchain takes the same path back to deliver a response. The TAO layer handles the infrastructure and security aspects of transferring the data packets between zones, while the APP layer determines how the data is packaged and understood by the sending and receiving blockchains.

Implications of the IBC protocol for various stakeholders


The IBC protocol can improve the user experience by giving users additional ways to access various applications for trading, developing or other uses.

The IBC protocol allows basic users to get access to a wider variety of decentralized apps (DApps) and services on various blockchain platforms. Users may safely and effectively transfer digital assets, including tokens and cryptocurrency, across several blockchains with IBC.

The IBC protocol is used by traders to increase trading potential and improve their strategies on different blockchain networks. Traders may easily diversify their portfolios, take advantage of price disparities, and access liquidity pools across platforms by executing cross-chain transactions with IBC.

This interoperability eliminates barriers to entry and exit between different blockchain-based assets, promoting market efficiency and liquidity. Additionally, by quickly transitioning to alternate networks through IBC, traders can reduce the risks related to network congestion or outages on certain blockchains.

By utilizing the IBC protocol’s capabilities, developers can create innovative DApps and improve the functionality of already existing ones. Developers can also build interoperable solutions that communicate with various blockchain networks and facilitate cross-chain asset transfers, data exchange and smart contract interoperability by including IBC in their applications.


Decentralized exchanges (DEXs), gaming networks and decentralized finance (DeFi) platforms are just a few examples of the complex decentralized ecosystems that can be created because of this interoperability. In addition, the IBC protocol speeds up and lowers development costs by offering standardized protocols and toolkits for creating cross-chain communication channels.

The future of the IBC protocol

IBC has the potential to create a more connected, robust and welcoming crypto environment by lowering entry barriers and creating opportunities for collaboration.

By enabling seamless communication between diverse blockchains, IBC breaks down silos and opens up a new era of interoperability. This has far-reaching implications: Complex DApps, innovative financial products and thriving ecosystems become possible through the free flow of assets and data across chains. Users can interact with multiple networks without sacrificing security or rewards.

Without this interoperability, users often have to choose between simply swapping tokens or directly participating in a blockchain network. The IBC protocol removes this dilemma, allowing users to interact with multiple networks without sacrificing security or potential rewards.


However, realizing IBC’s full potential hinges on overcoming technical challenges and establishing robust governance frameworks. Without standardization, competing interoperability protocols could lead to fragmentation, undermining progress. To create a future where IBC truly underpins an integrated crypto ecosystem, collaboration and standardization among blockchain projects are crucial.


The post Inter-Blockchain Communication (IBC) protocol, explained appeared first on HIPTHER Alerts.

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Legal Luminary Sarah Brennan Champions Pioneering Crypto Regulation Approaches




Sarah Brennan, an accomplished figure in corporate and securities law, serves as General Counsel at Delphi Ventures, focusing on investments in the Web3 space. With over 14 years of experience in securities law and a deep involvement in digital assets since 2017, Brennan also co-leads LeXpunK, a collective dedicated to establishing legal frameworks for decentralized digital communities.

In a candid interview with a prominent cryptocurrency news outlet, Brennan discussed various critical topics. She addressed the emergence of crypto super PACs, funded significantly by major firms like Ripple and Circle, to counter strict SEC regulations. Brennan viewed the SAB 121 bill, backed by the US administration, as potentially isolating the crypto community from broader financial integration.

While acknowledging the influence of centralized entities in advocating for crypto interests, Brennan cautioned against replicating traditional financial hierarchies within the crypto sphere, which contradicts its revolutionary ethos. She expressed concerns about monopolistic scenarios that could dominate the crypto landscape, exerting excessive control over essential industry components and traditional financial operations.

Regarding regulatory challenges, Brennan advocated for tailored regulations to manage systemic risks posed by large centralized crypto institutions. She criticized the current regulatory opacity and inconsistency, which she believes have fostered suboptimal business practices. Through LeXpunK, Brennan endeavors to pioneer experimental legal structures that could redefine regulatory compliance for token issuances, though reception from policymakers has been lukewarm.


Looking ahead, Brennan emphasizes the need for proactive regulatory approaches using antitrust measures to prevent crypto monopolies, promote decentralization, and target bad actors. However, she highlighted the persistent communication gap between crypto-literate legal advocates and hesitant regulators as a significant obstacle.

Brennan continues to drive forward her mission through new advocacy platforms aimed at shaping the future of cryptographic regulation, navigating complexities to ensure balanced and effective regulatory frameworks in the evolving crypto landscape.


The post Legal Luminary Sarah Brennan Champions Pioneering Crypto Regulation Approaches appeared first on HIPTHER Alerts.

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Italy Ramps Up Crypto Oversight in Line with MiCA




Italy is preparing to strengthen its oversight of cryptocurrency markets to align with the European Union’s Markets in Crypto-Assets (MiCA) regulatory framework. This initiative, initially enacted in 2022, aims to impose stricter monitoring of digital asset markets, particularly targeting insider trading and market manipulation. Under the new decree, fines ranging from 5,000 to 5 million euros ($5,400 to $5.4 million) will be imposed based on the severity of violations, reinforcing compliance and market integrity.

For blockchain firms and decentralized finance (DeFi) protocols, MiCA presents significant challenges. These entities must decide between fully decentralizing their networks or complying with MiCA’s Anti-Money Laundering (AML) and Know Your Customer (KYC) regulations. Fully decentralized networks are exempt from reporting requirements but risk non-compliance if they employ foundations or intermediaries moderating communities.

Centralized exchanges like Binance are adapting to MiCA by categorizing stablecoins as authorized or unauthorized, aligning with regulatory requirements without delisting these assets from spot markets. Uphold has similarly adjusted by delisting certain stablecoins for compliance purposes.

Despite regulatory pressures, experts are optimistic about stablecoins’ future. Figures like Jeremy Allaire, CEO of Circle, predict stablecoins could represent 10% of the money supply within a decade. They anticipate widespread adoption driven by benefits such as financial inclusion, lower remittance costs, and seamless cross-border commerce via public blockchains.


This regulatory framework underscores the transformative potential of stablecoins and blockchain technology within the global financial system.


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1inch Network Teams Up with Blockaid for Shield API




1inch Network has collaborated with Blockaid to introduce the 1inch Shield API, a pioneering advancement in Web3 security. This collaboration aims to enhance user protection within decentralized finance (DeFi) by bolstering defenses against fraudulent tokens. Blockaid, renowned for its expertise in Web3 security solutions, utilizes advanced data analytics and machine learning to swiftly identify and flag scam tokens, safeguarding users from potential financial risks.

The 1inch Shield API also addresses compliance with Anti-Money Laundering (AML) regulations through continuous screenings of blockchain addresses. Powered by TRM Labs, this feature scrutinizes addresses for associations with sanctioned entities and illicit activities, preemptively restricting suspect addresses to prevent regulatory infractions.

Additionally, 1inch integrates Etherscan Pro’s blocklisting capabilities to proactively blacklist suspicious addresses, further fortifying its security measures.

This initiative marks a significant milestone in DeFi security, promising unparalleled levels of security and compliance. As 1inch continues to deploy this technology across its platform, it aims to provide developers and users with enhanced protection and confidence in navigating the Web3 landscape.



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