A World of Decentralised Software-as-a-Service (dSaaS)

The following figure depicts the full-stack NetX network ecosystem, where the three Layer 2 components are engaged. Layer 2 applications in the NetX ecosystem are instrumental in constructing comprehensive software solutions with intricate application logic that leverages the capabilities provided by the underlying layers. These Layer 2 applications collectively form what is known as Decentralized Software-as-a-Service (dSaaS).

Tusima brings around full-stack privacy-preserving financial services. Privacy-preserving transactions ensure that sensitive information about critical customer assets remains and transactions are hidden from the public eye on open public chains. This level of privacy is essential for gaining the trust and participation of traditional financial service users, whether individuals, small and medium-sized enterprises (SMEs), or large corporations. Solving the privacy issue is crucial in enabling these users to fully embrace decentralised finance (Defi) powered by blockchain technology, ensuring the security and confidentiality of their financial transactions and data.

More importantly, DeFi applications on Tusima can access critical data connected to the NetX network. Their algorithms can use this data to create a more robust and tailored user financial experience. This is because NetX's approach to off-chain data access differs significantly from the Oracle services used by DeFi applications on current public chains. Existing Oracle services primarily rely on publicly available data from various third-party sources, such as financial institutions for stock market data or crypto exchanges for cryptocurrency prices. In contrast, NetX's strength lies in its capacity to access far more valuable data that is not publicly accessible and often originates from single sources, like subscription-based data from online streaming companies. By integrating the multi-layered NetX infrastructure into Data Owners’ private data centres, DeFi applications can now securely access this invaluable data.

Additionally, enterprises stand to benefit from generating revenue by offering their private data for controlled public access. This financial incentive encourages enterprises to improve their data collection and organisation practices, making their data more accessible to DeFi applications. This dynamic creates a new market where enterprises can raise funds by providing valuable data, which is fundamental to the success of financial services. Simultaneously, the proliferation of financial services that leverage previously unavailable data sources further incentivises data owners to contribute their data to the NetX network.

Ultimately, Tusima establishes the financial infrastructure for the digital economy facilitated by NetX. The Defi applications operating within this financial market enhance the liquidity and utility of digital assets generated within NetX. Contributors who earn rewards from engaging in different layers of services can easily convert those rewards into cash. They also gain more options for Defi investments using these rewards. Additionally, for users within the NetX ecosystem, the digital assets they obtain or purchase become more accessible for liquidation or further investment. This encourages more participants, whether they provide or consume services, to join the NetX ecosystem, thereby enriching the entire ecosystem.

Octavius introduces a revolutionary approach to creating complex decentralised Software-as-a-Service (dSaaS) solutions. Leveraging AI capabilities and a bottom-up, test-driven software orchestration paradigm, developers gain the agility and robustness to build large-scale decentralised applications. Octavius Services become co-pilots for developers, guiding them through designing, constructing, orchestrating, and managing their desired dSaaS solutions.

The development process begins with developers communicating their testing criteria and special environmental requirements to Octavius Services. Octavius then generates testing and simulation cases for Triathon, a facility that discovers software component properties. They collaboratively determine the conditions under which applications are ready for production. Developers continue to interact with Octavius Services, which works to understand their requirements and generate smart contracts to meet them. This communication iterates until developers are satisfied with the generated smart contracts.

To enhance the capabilities of their applications, smart contracts search for additional software components to collaborate with. This includes other smart contracts on the NetX Smart Chains and micro-services on Leviatom or Behemotum. Developers manually deploy components that cannot be located through Divina. Multiple versions or different implementations of software components are typically deployed to diversify the construction of target applications. These components collaborate to fulfil testing requests initiated by Triathon, adapting to changing environmental conditions. The consensus-oriented collaboration paradigm allows software components to actively select peers best suited for testing requests and environmental changes. Components collaborating more frequently through internal incentive mechanisms form stronger bonds, while those rarely invoked are gradually phased out. Octavius embodies an evolution-driven development paradigm, enabling developers to build more robust services and adapt more agilely to changing requirements.

Developers can also fork existing running dSaaS solutions to create modified versions. This process doesn't require copying and redeploying the entire dSaaS; instead, it involves deploying and connecting additional or alternative components and rewiring some existing ones. When developers submit alternate features or modifications through Octavius, the system identifies relevant software components for these changes. Octavius then instructs smart contracts to find suitable substitutions from Leviatom or Behemotum Services, customising the dSaaS to meet user requirements. This alternative version is tailored to satisfy the original user's needs but extends beyond that. If other users express interest in the same modifications, the initial user becomes a contributor, earning benefits when others access and pay for the modified version. This incentivises users to provide detailed requirements, fostering the development of highly sophisticated dSaaS solutions tailored to niche market users and their specific needs.

Ethanim's fundamental mission is to decentralise the Metaverse fully. In traditional virtual worlds, control is often centralised in the hands of a single entity, leaving users vulnerable to malfunctions or unilateral decisions that can disrupt their experiences. With NetX's decentralised infrastructure, Ethanim can create a Metaverse that is not subject to centralised control. This means that users can enjoy a virtual world that is genuinely everlasting and beyond the reach of any single corporation's technical issues or business considerations.

Ethanim achieves this by developing Metaverse applications such as Ethanim Services, which are responsible for crafting the visual and interactive aspects of the augmented reality world in a fully decentralised manner. It features built-in AI, the AI-Generated Metaverse (AIGM), which actively learns from users and responds to them based on preconfigured parameters. The AIGM serves as a revolutionary engine for customer services, enhancing the user experience. Ethanim Services also plays a crucial role in data collection within the Metaverse. As users engage with this digital realm, their interactions generate valuable data points. Ethanim securely stores this user data in Behemotum Services, allowing individuals to create small data nodes. This approach empowers users by giving them control over their data within the Metaverse. They can use this data to enrich their experiences or participate in data securitisation opportunities, unlocking new possibilities for digital interactions.

Ethanim bridges the gap between the digital realm and real-world user data, offering a seamless and immersive experience. It fulfils the vision of a decentralised and everlasting Metaverse where users can explore, create, and interact in a virtual world that adapts to their preferences. All made possible through the power of NetX.