Leveraging SAP BTP Innovations: HCLTech’s Approach to Solving Water Scarcity with AI

TL;DR:

  • HCLTech’s AquaSphere utilizes SAP BTP innovations to combat global water scarcity.
  • It empowers sustainability managers with real-time tracking and analysis for water conservation.
  • Smart contracts enhance efficiency and transparency in cross-enterprise scenarios.
  • Blockchain-based certification system enables organizations to become water-positive.
  • SAP Blockchain Business Connector simplifies blockchain adoption for partners.
  • Decentralized technologies like SAP Blockchain Business Connector foster cross-company collaboration.
  • Data-driven solutions are transforming the fight against water scarcity.

Main AI News:

In a world where access to clean water remains a critical challenge for over 40% of the population, innovative solutions are imperative to combat water scarcity. The repercussions of insufficient water supplies and inadequate sanitation are dire, contributing to more than 80% of global health issues. While most individuals take for granted the simple act of turning on a tap for clean water, the reality is far more intricate, involving an extensive network of pipes, storage, purification processes, and organizations working diligently behind the scenes. Surprisingly, data plays a pivotal role in addressing this complex issue, with technologies like the Internet of Things (IoT), data analytics driven by artificial intelligence (AI) and machine learning, cloud-based data solutions, and blockchain making a profound impact.

HCLTech, a global tech company and SAP partner, is at the forefront of addressing this pressing global challenge with its groundbreaking solution, HCLTech AquaSphere. This innovative platform harnesses real-time tracking and analysis to empower sustainability managers in implementing crucial water conservation measures, including rainwater harvesting and identifying areas of clean water wastage. The result is not only cost-effective but also environmentally responsible water practices.

Ajay Pasuvula, Vice President and Head of SAP Ecosystem at HCLTech, explains, “With AquaSphere, we aim to equip organizations with the tools they need to achieve their water sustainability goals. Sustainability officers gain access to a comprehensive view of water-related data and insights that expedite decision-making and optimize the entire water value chain.”

Building Trust and Transparency with Smart Contracts

The technical backbone of HCLTech AquaSphere relies on SAP Datasphere, ensuring harmonized access to mission-critical business and sensor data, and SAP Blockchain Business Connector, facilitating secure and compliant connections between organizations. Think of SAP Blockchain Business Connector as the intricate network of pipes that revolutionizes business flows by enabling transparent, compliant, and verifiable collaborations across decentralized ecosystems. Leveraging the power of SAP Business Technology Platform (SAP BTP), this technology offers an event-driven approach to integrating business applications with smart contracts—mutually agreed-upon cross-company business rules and transactions securely registered in the blockchain network.

Smart contracts have significantly enhanced the efficiency of verifying information in cross-enterprise scenarios for AquaSphere users. They enable the recording of safety tests as tamper-proof, verifiable data, effortlessly shared among cities, states, federal governments, consumers, and private companies, all in full compliance with local legislation.

Moreover, AquaSphere introduces innovative mechanisms for organizations to offset their water consumption by investing in local water conservation projects initiated by governments, utilities, or NGOs. Leveraging a blockchain-based certification system, AquaSphere provides verifiable proof of these offsetting efforts, empowering organizations to become water-positive. This approach bolsters the resilience of water systems against the adverse effects of climate change.

Streamlined Blockchain Adoption for SAP Partners

The decentralized, modular components of SAP Blockchain Business Connector grant SAP partners like HCLTech the flexibility to harness blockchain-enabled features without delving into the intricacies of the technology. This translates to a user-friendly experience for application developers, requiring minimal blockchain expertise. Simultaneously, it empowers users to derive actionable insights from blockchain data through SAP Analytics Cloud dashboards.

Ajay Pasuvula emphasizes the critical role of blockchain in fostering trust and collaboration, stating, “Blockchain is indispensable for sharing trusted information across ecosystems, a prerequisite for managing complex water value chains involving multiple stakeholders. SAP Blockchain Business Connector facilitates collaboration by providing transparent, compliant, automated, and verifiable transactions according to defined business rules. Integration with SAP BTP simplifies access to this exciting innovation for our customers, ensuring the long-term evolution of the solution.”

Fostering Collaboration Across Industries with Blockchain

Decentralized technologies like SAP Blockchain Business Connector hold immense potential for enhancing cross-company collaboration in diverse networks. Their value is particularly evident in sectors such as supply chain management and life sciences, where verifiable and transparent data along complex value chains is increasingly crucial for risk management, compliance, and meeting legal requirements.

Conclusion:

HCLTech’s innovative utilization of SAP BTP and blockchain technologies through AquaSphere signifies a paradigm shift in addressing water scarcity. This data-driven approach not only empowers organizations to optimize water management but also fosters trust, transparency, and collaboration across industries. The market can expect increased adoption of such solutions to drive sustainability and resilience in water resource management, offering long-term benefits for both businesses and society at large.

Source