In a monumental move for the crypto space, @ICON Network - ICX renowned for its cross-chain framework, has seamlessly integrated with Injective, a lightning-fast layer one blockchain specializing in #Web3 finance applications. Here's the breakdown of this groundbreaking partnership:
1. Cross-Chain Integration via Cosmos IBC:
ICON leverages Injective through xCall using the Cosmos Inter-#Blockchain Communication (IBC) protocol.The integration enhances ICON's connectivity within the IBC ecosystem, fostering a more robust cross-chain application development landscape.
2. ICON's Pursuit of #Cosmos🥷 Ecosystem Integration:
After incorporating Cosmos IBC into its interoperability layer, ICON is swiftly integrating with key chains within the Cosmos ecosystem.The latest collaboration with Injective aligns with ICON's commitment to expanding its cross-chain capabilities.
3. Strategic Collaboration with @Injective
ICON recognizes Injective as a strategic collaborator due to its innovative infrastructure and cross-chain interoperability.Injective, with its $150M Ecosystem Venture Initiative, shares ICON's vision of advancing scalability and borderless solutions in the DeFi space.
4. Empowering Developers and Users:
The collaboration opens new possibilities for developers to build cross-chain applications, leveraging Injective's extensive functionalities in a more interconnected environment.Users can anticipate a more seamless DeFi experience as the integration bridges these two powerful blockchains.
5. Catalyst for DeFi Innovation:
ICON and Injective's integration serves as a catalyst, fostering innovation and propelling the growth of the #DeFi space.The collaboration marks a significant milestone for ICON as it continues its journey towards an interconnected future.
6. Shared Commitment to Innovation:
ICON and Injective's shared commitment creates an environment for innovation without boundaries.The partnership signifies a dedication to advancing the interconnected and limitless potential of blockchain technology.
In Conclusion: The integration of ICON and Injective heralds a new era for cross-chain interoperability, driving innovation and growth in the DeFi space. Developers, users, and the crypto community at large can expect a more interconnected and seamless experience as these two industry leaders join forces. This partnership not only aligns with the current trends in blockchain technology but also sets the stage for a future where collaboration and connectivity are at the forefront of the decentralized ecosystem. 🌐🚀 $INJ

:introduction
In the world of digital currencies and blockchain, projects are constantly evolving to provide innovative solutions to existing technical challenges. One of these projects is the $ATOM coin
, which represents the digital currency of the Cosmos project. Cosmos aims to create a decentralized network of blockchains that can interact with each other seamlessly, enabling improved interoperability and greater integration into this complex ecosystem.

Cosmos (ATOM) is a cryptocurrency that powers an ecosystem of blockchains designed to scale and interoperate with each other. The team aims to "create an Internet of Blockchains, a network of blockchains able to communicate with each other in a decentralized way." Cosmos is a proof-of-stake chain. ATOM holders can stake their tokens in order to maintain the network and receive more ATOM as a reward.
What Is Cosmos (ATOM)?
The Cosmos (ATOM) network is an ecosystem of blockchains that can scale and interoperate. Cosmos seeks to create an Internet of Blockchains through which blockchains can maintain sovereignty, interact with other blockchains in the ecosystem, and process transactions quickly–making it optimal for multiple use cases. The network functions using BFT consensus algorithms along with Tendermint consensus, which is used to power each blockchain in the Cosmos. Tendermint BFT is a proof-of-stake consensus protocol that powers the Cosmos Hub and the Cosmos SDK (software development kit). BFT (Byzantine fault tolerance) is a consensus algorithm of a distributed network that reaches consensus even when some of the network’s nodes respond with incorrect information or fail to respond. 
The Cosmos SDK is an open-source framework that aims to build multi-asset public proof-of-stake (PoS) blockchains. The Cosmos Hub is a blockchain that serves as the economic center of the Cosmos platform. The Cosmos Hub aims to provide interchain token exchange, interchain security, bridges to ETH and BTC, and interchain token custodianship. 
According to the Cosmos whitepaper, blockchains are isolated and cannot communicate. They are hard to build and cannot handle a small number of transactions per second. Following this, Cosmos caters to three problems in the blockchain: sovereignty, scalability, and sustainability. 
Sovereignty: On blockchains, all the economic activity takes place on a single chain. This leads to centralized governance, ongoing costs for smart contract developers, and high fees for users of congested chains. To solve this problem, Cosmos SDK aims to be free for developers to build sovereign blockchain apps without ongoing costs.Scalability: Cosmos aims to allow blockchain applications to scale to millions of users through horizontal and vertical scalability solutions. Cosmos seeks to achieve scalability by duplicating a blockchain to relieve congestion or splitting up the apps into multiple application-specific blockchains. Interchain token transfers allow these multiple chains to continue as one network. Also, developers can improve throughput with horizontal scalability (multiple parallel chains running the same application and operated by a common validator set).Sustainability: Cosmos blockchains use an efficient proof-of-stake (PoS) consensus algorithm for securing the network. This PoS algorithm reduces the Cosmos carbon footprint by more than 99% compared to proof-of-work blockchains.
ATOM is the primary token of the Cosmos Hub and aims to secure the Hub’s interchain services. ATOM has three use cases on the platform.
As a spam prevention mechanism, the token is used to pay fees. The fee amount may be proportional to the computation required by the transaction.As staking tokens, ATOM can be "bonded" to earn block rewards. Cosmos Hub’s economic security depends on the amount of ATOM staked. With more tokens collateralized, more shares are at stake, and the cost of attacking the network is higher. Thus, with more bonded ATOM, the network has greater economic security.ATOM holders may govern the Cosmos Hub with their staked ATOM by voting on the proposals.
History of Cosmos (ATOM)
In 2014, Jae Kwon applied Byzantine fault tolerance (BFT) research in a proof-of-stake (PoS) public blockchain context and founded Tendermint Inc. In 2015, Ethan Buchman joined Jae Kwon in developing Tendermint. Tendermint started the initial software development, and in 2016, Cosmos turned into a reality. Cosmos Hub was launched on March 13, 2019.
The Interchain Foundation (ICF) supports the development of Cosmos. ICF is a Swiss non-profit foundation formed to support Cosmos development and the ecosystem contributing to the Cosmos Network. Cosmosis built by 15+ companies. 
How Are New Cosmos (ATOM) Created & Earned?
ATOM is effectively locked up for an indefinite period upon staking ATOM. While delegated, ATOM cannot be transferred as guaranteed by the protocol. Delegating is a process wherein the validator’s status and weight are established based on its amount of voting power. Voting power is obtained upon locking ATOM in the staking process and must be granted to a validator. However, the user can trigger the process to unlock their staked ATOM by using the wallet of their choice. This process is called "undelegating." The undelegate process takes 21 days for ATOM to be transferable again after the transaction to undelegate has been sent.
On the platform, staking rewards are generated and distributed to staked ATOM holders in two ways:
Transaction fees: Transaction fees collected on the Cosmos Hub are distributed to staked ATOM holders.Newly created ATOM: The token's total supply is inflated to reward the token stakers. The token holders that do not stake do not receive rewards, diluting their ATOM over time.
Social
Some highlights about Cosmos on social media
286 unique individuals are talking about Cosmos and it is ranked #49 in most mentions and activity from collected posts. In the last 24 hours, across all social media platforms, Cosmos has an average sentiment score of 0.1 out of 5. Finally, Cosmos is becoming more newsworthy, with 0 news articles published about Cosmos. This is a 0% increase in news volume compared to yesterday.
On Twitter, people are mostly neutral about Cosmos. There were 26.76% of tweets with bullish sentiment compared to 5.12% of tweets with a bearish sentiment about Cosmos. 68.12% of tweets were neutral about Cosmos. These sentiments are based on 527 tweets.
On Reddit, Cosmos was mentioned in 0 Reddit posts and there were 0 comments about Cosmos. On average, there were more upvotes compared to downvotes on Reddit posts and more upvotes compared to downvotes on Reddit comments.
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$ATOM $MATIC $BTC $USTC

In an age where artificial intelligence (AI) is rapidly evolving, Nesa emerges as a groundbreaking Layer-1 blockchain solution that promises to revolutionize the AI landscape. Its name, "Nesa," meaning "miracle," embodies the transformative potential of marrying advanced AI technology with blockchain’s inherent strengths. Nesa is not just another tech innovation; it represents a fundamental shift towards a more transparent, secure, and trustworthy AI environment.
The Pitfalls of Centralized AI Platforms

The current landscape of AI is predominantly dominated by centralized platforms. Giants like ChatGPT and other leading AI systems are controlled by a handful of major corporations, which manage the entire infrastructure and data. This centralization introduces several critical issues:
1. Transparency Deficits: Centralized AI systems often operate with opaque training processes and data handling practices. Users and developers have limited insight into how models are trained or how data is processed, creating a black box of sorts around AI operations.

2. Privacy Vulnerabilities: These platforms frequently offer inadequate privacy safeguards, leaving sensitive information exposed to potential breaches or misuse. The risk is particularly concerning in applications dealing with personal data or financial transactions, where confidentiality is paramount.
3. Accountability Gaps: The centralization of AI management also limits accountability. In cases of misuse or ethical concerns, tracing responsibility becomes challenging, undermining trust in these systems.
Challenges of Centralized AI Architectures
The drawbacks of centralized AI extend beyond privacy and transparency. Several fundamental challenges arise from this centralized approach:
1. Data Privacy Concerns: The concentration of data within a single entity heightens the risk of exposure and misuse. When data is controlled by a single corporation, it becomes a prime target for malicious actors.
2. Computational Bottlenecks: Centralized systems often face efficiency bottlenecks due to limited computational resources and single points of failure. These constraints can stifle innovation and hinder the scalability of AI models.
3. High Costs and Limited Access: Advanced computational resources, such as GPUs, are expensive and not widely accessible. This limitation restricts the development and deployment of open-source, decentralized AI solutions, further impeding progress.
4. Innovation Stifling: The centralized nature of current AI systems often discourages the adoption of open-source models and collaborative efforts. This stagnation affects enterprises, researchers, and global initiatives by limiting the availability of cutting-edge AI technologies.
Nesa's Decentralized and Secure AI Solution

Nesa addresses these challenges head-on by introducing a decentralized, on-chain AI query marketplace. Unlike traditional AI platforms, Nesa offers a comprehensive ecosystem where diverse stakeholders—developers, miners, queriers, and model reviewers—can collaborate and benefit from the network. Here’s how Nesa changes the game:
1. Decentralized AI Query Marketplace: Nesa's marketplace is not just a repository for large language models but also includes models for various modalities like vision and specialized areas. This decentralized approach ensures that AI models remain secure and data privacy is maintained.
2. Reward Economy: Nesa operates on a reward-based system that incentivizes participation from a broad range of contributors. This economic model supports the growth and diversity of the AI ecosystem, fostering innovation and collaboration.
How Nesa's Inference System Operates

Nesa’s Layer-1 blockchain is designed to handle AI inference with a high degree of privacy and security. Here’s a detailed look at its operational mechanics:
1. Off-Chain Querying: AI models are queried off-chain, ensuring that their parameters and outputs remain confidential. This method keeps sensitive data secure while allowing for efficient model execution.
2. Decentralized Consensus: Nesa employs a decentralized mining network to achieve consensus. This network records trustworthy proofs on-chain using system oracles, maintaining data confidentiality and ensuring the integrity of AI inference processes.
3. Scalability and Auditability: The blockchain framework ensures that AI inference is both scalable and auditable. This setup allows for transparent tracking of model performance and data handling, enhancing overall system reliability.
Key Innovations of Nesa

Nesa introduces several cutting-edge innovations that set it apart from traditional AI platforms:
1. Model-Agnostic Hybrid Sharding: Nesa uses a hybrid sharding approach to distribute computational tasks across multiple nodes. This technique incorporates both hardware and software-based privacy protocols, enhancing data processing efficiency while preserving user privacy.
2. Advanced Privacy and Security Measures: Nesa employs a suite of advanced privacy techniques, including zero-knowledge machine learning (ZKML), consensus-based verification, and split learning. These methods collectively safeguard against potential threats and ensure robust model execution.
3. Inclusivity and Accessibility: By lowering the barriers to network participation, Nesa allows nodes with varying computational capabilities to contribute. This inclusivity democratizes access to AI inference, enabling a wider range of participants—from large enterprises to smaller entities with limited resources.
The Future of Decentralized AI

Nesa represents a significant leap forward in the realm of decentralized AI. By addressing the limitations of centralized systems and providing a comprehensive, privacy-focused framework, Nesa is poised to redefine the development, sharing, and execution of AI models. Its innovative architectural design, coupled with robust cryptographic enhancements and inclusive tokenomics, sets a new standard for the AI industry.
In summary, Nesa is not merely a technological advancement; it is a transformative force in the world of AI. By creating a more transparent, secure, and collaborative environment, Nesa is set to reshape the future of artificial intelligence, making it more accessible and trustworthy for all stakeholders. As we move towards a future where decentralization becomes the norm, Nesa stands at the forefront, leading the charge towards a more equitable and innovative AI landscape.

#AiNarratives #NesaAI #Cosmos🥷 #AIProjects