Startupx Products

The XPay Wallet is a high-performance digital wallet designed to provide maximum control, security, and connectivity within the blockchain ecosystem. Built on principles of decentralization and modularity, it combines cutting-edge technology with a focus on protecting assets and digital identity.

Intelligent Security Layer

Customized seed with enhanced protection enables the creation of seed phrases with an additional security layer. Accessing the wallet requires two-factor authentication (2FA) whenever a new environment is detected, preventing intrusions even if the seed is compromised.

Whitelist of authorized devices and IPs restricts access to pre-approved devices. Login attempts from unfamiliar environments trigger automatic blocking or additional verification requests.

Adaptive identity validation offers an optional Know Your Customer (KYC) system based on multiple permission levels. This feature is essential for enabling financial products with specific compliance requirements without compromising user privacy.

Local encryption and autonomous recovery ensure private keys are never transmitted. Security is managed on the device itself, and wallet recovery is performed exclusively through the seed, without intermediary servers.

Modular Architecture and Strategic Features

True multi-chain compatibility provides native support for multiple blockchain networks—including Ethereum, BNB Smart Chain, Polygon, and Arbitrum—with unified management of cryptocurrencies and tokens, eliminating the need for separate wallets.

Direct purchase of cryptocurrencies and tokens through integration with smart contracts and payment services allows quick acquisition of crypto assets using USDT, BNB, ETH, and other currencies, leveraging oracles for accurate and transparent pricing.

Dynamic control panel offers a clear view of balance, transactions, history, verification status, and available financial products, updated in real time.

Intelligent flow protection layer monitors usage behavior, applying dynamic security policies based on context, location, and access frequency.

Technical Differentiators of XPay

Mandatory 2FA authentication for advanced seeds, phishing protection through blocking unverified tokens, dynamic QR code for payments and requests, integration with staking, marketplace, and investment modules, and automatic security updates without data loss.

AI Neo

AI Neo is an artificial intelligence platform developed to transform knowledge into strategic value. Designed with a focus on contextual analysis and personalized content production, it operates as an adaptable intelligence core for multiple sectors, including finance, technology, healthcare, legal, and entertainment.

Its modular architecture enables integration with internal databases, institutional documents, and operational systems, providing support for decision-making processes, report generation, strategic planning, and optimization of operational workflows. AI Neo combines advanced semantic interpretation with business logic, ensuring responses are aligned with corporate contexts and data realities.

Technical Differentiators

The platform offers content interpretation and generation tailored to specific industries. It can structure documents, analyses, and presentations in real time. Decision support is based on verifiable enterprise data, historical records, and projections. Integration with internal systems via API ensures secure operation within corporate environments. AI Neo operates on auditable data, eliminating reliance on generic assumptions.

AI Munehisa - Financial Intelligence

AI Munehisa is an artificial intelligence platform dedicated to in-depth financial market analysis, focusing on structured data interpretation, liquidity assessment, asset behavior, and real-time mapping of economic movements. Built for cryptocurrency traders, market analysts, and financial managers, Munehisa provides strategic support grounded exclusively in objective, traceable data, without reliance on generic signals or forecasts.

Its analytical engine is powered by multiple reliable sources, including on-chain records, market histories, macroeconomic metrics, and institutional databases. This enables clear, contextual insights into financial scenarios and the construction of evidence-based decisions.

Technical Differentiators

Munehisa delivers analysis of liquidity, volume, and asset behavior across multiple networks and markets. It maps financial patterns using historical and operational data, avoiding predefined signals. The platform provides statistical and contextual interpretation of market trends, macroeconomic variables, and capital flows. Connectivity with on-chain data from leading blockchains enriches analyses with verifiable, distributed information.

Decentralized Multichain Bank

The BitX Bank is a decentralized banking platform that provides a comprehensive infrastructure for financial operations within the crypto universe. Built on smart contracts, BitX operates without intermediaries, ensuring autonomy, security, and transparency across all processes, from managing digital assets to utilizing services such as collateralized loans, smart custody, and access to DeFi liquidity.

Integrated with major blockchains and supporting a wide range of cryptocurrencies, BitX Bank serves as a multichain financial hub where individual users, protocols, and corporations can access tools to enhance their strategies for asset management, investment, and capital allocation—while maintaining full control over their resources.

Products and Technical Features

The platform offers decentralized collateralized loans with automated collateral management. Smart vaults provide secure on-chain custody of crypto assets with complete traceability. Multichain liquidity supports cryptocurrencies, tokens, and stablecoins across leading networks. A risk and position dashboard delivers collateralization ratio calculations and financial health alerts. Integrated oracles supply real-time market prices and data. The modular and scalable architecture is designed for seamless integration with other StartupX products.

Robust Infrastructure

We are developing a next-generation blockchain designed to scale businesses and enable the tokenization of real-world assets (RWA). With a modern, secure, and highly scalable architecture, our technology is poised to drive financial applications and customized enterprise solutions.

Asset Tokenization (RWA)

The digital asset layer enables the creation and management of tokens representing physical or financial assets, supporting customized metadata, programmable circulation rules, legal locks, and native compliance modules. Tokenization is integrated into the network’s core, rather than functioning as an overlay application, ensuring greater control and performance.

High Performance and Scalability

The network employs an architecture with parallel transaction execution and asynchronous validation, enabling a high transaction-per-second (TPS) rate and low latency even under heavy loads. Validator nodes operate with state snapshots and optimized synchronization to ensure availability and consistency without bottlenecks.

Consensus Layer

We have implemented a Proof of Authority (PoA) consensus mechanism with on-chain governance for validator rotation. Alternatively, customized Delegated Proof of Stake (DPoS) modules are available for scenarios requiring gradual decentralization. The consensus is modular and can be adapted for public, private, or hybrid corporate environments as needed.

Advanced Interoperability

The blockchain is designed with multi-standard compatibility (ERC-20, ERC-721, ERC-1155, and others) and native support for cross-chain bridges, enabling communication with networks like Ethereum, BSC, Solana, and others through light client validations and decentralized oracles. Integrations with decentralized identity (DID) protocols and credential verification are also planned.

Governance and Access Control

The network supports multi-level permission configurations with access control based on governance smart contracts. Organizations can define roles and responsibilities, from asset creation to critical transaction approvals, using multisig, voting, or automated rules. Support for isolated permissioned networks with authenticated access and data segregation is also provided.

Privacy and Secure Sharing

The infrastructure supports zk-SNARKs and confidential transactions, enabling the concealment of sensitive data without compromising network integrity. Private data can be processed off-chain and validated on-chain using zero-knowledge proofs, which is critical for regulated environments and enterprise use cases.

Execution and Development Environment

The blockchain offers an EVM-compatible virtual machine extended with native features for business logic, such as event scheduling, automatic triggers, and external API access. Developers can create smart contracts in Solidity and, in the future, Rust (via WASM), with SDKs available for integration in Python, JavaScript, and Go.

Monitoring and Observability

All nodes support native metrics via Prometheus/Grafana and structured logs for real-time auditing. Transaction tracing and replay tools are provided for development and production environments, facilitating debugging and compliance verification.

Robust Infrastructure

We are developing a next-generation blockchain designed to scale businesses and enable the tokenization of real-world assets (RWA). With a modern, secure, and highly scalable architecture, our technology is poised to drive financial applications and customized enterprise solutions.

Asset Tokenization (RWA)

The digital asset layer enables the creation and management of tokens representing physical or financial assets, supporting customized metadata, programmable circulation rules, legal locks, and native compliance modules. Tokenization is integrated into the network’s core, rather than functioning as an overlay application, ensuring greater control and performance.

High Performance and Scalability

The network employs an architecture with parallel transaction execution and asynchronous validation, enabling a high transaction-per-second (TPS) rate and low latency even under heavy loads. Validator nodes operate with state snapshots and optimized synchronization to ensure availability and consistency without bottlenecks.

Consensus Layer

We have implemented a Proof of Authority (PoA) consensus mechanism with on-chain governance for validator rotation. Alternatively, customized Delegated Proof of Stake (DPoS) modules are available for scenarios requiring gradual decentralization. The consensus is modular and can be adapted for public, private, or hybrid corporate environments as needed.

Advanced Interoperability

The blockchain is designed with multi-standard compatibility (ERC-20, ERC-721, ERC-1155, and others) and native support for cross-chain bridges, enabling communication with networks like Ethereum, BSC, Solana, and others through light client validations and decentralized oracles. Integrations with decentralized identity (DID) protocols and credential verification are also planned.

Governance and Access Control

The network supports multi-level permission configurations with access control based on governance smart contracts. Organizations can define roles and responsibilities, from asset creation to critical transaction approvals, using multisig, voting, or automated rules. Support for isolated permissioned networks with authenticated access and data segregation is also provided.

Privacy and Secure Sharing

The infrastructure supports zk-SNARKs and confidential transactions, enabling the concealment of sensitive data without compromising network integrity. Private data can be processed off-chain and validated on-chain using zero-knowledge proofs, which is critical for regulated environments and enterprise use cases.

Execution and Development Environment

The blockchain offers an EVM-compatible virtual machine extended with native features for business logic, such as event scheduling, automatic triggers, and external API access. Developers can create smart contracts in Solidity and, in the future, Rust (via WASM), with SDKs available for integration in Python, JavaScript, and Go.

Monitoring and Observability

All nodes support native metrics via Prometheus/Grafana and structured logs for real-time auditing. Transaction tracing and replay tools are provided for development and production environments, facilitating debugging and compliance verification.

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