Hong Kong, October 16, 2024 — As a Gold Sponsor of the HPE Discover More AI Hong Kong 2024 event, Microware Limited showcased its vision for the future of AI and the groundbreaking potential of Microware's self-developed AI platform, Microcraft. This prestigious event, organized by Hewlett Packard Enterprise (HPE), brought together industry leaders to explore how AI, edge-to-cloud solutions, and hybrid cloud architectures are reshaping industries.

Microcraft: Empowering Enterprises with Next-Gen AI Solutions

At the event, Microcraft, Microware's next-generation enterprise AI productivity platform, captured significant attention from attendees. Developed to accelerate digital transformation, Microcraft provides businesses with a suite of customizable AI applications designed to streamline workflows, enhance efficiency, and deliver tangible business value.

The platform’s key features, which were demonstrated live at the event, include:

• Out-of-the-Box AI Applications: Ready-to-use solutions such as Intelligent Knowledge Centre, Multilingual Real-Time ASR, AI Translator, and AI HR Assistant, all tailored to address specific business needs and improve operational efficiency.

• Zero-Code Workflow Creation: A drag-and-drop interface that enables businesses to design workflows without coding, making AI accessible to a wider range of users.

• Advanced Document Processing: Including document layout OCR and complex data queries, facilitating accurate extraction and processing of data from PDFs, Word, and PowerPoint files.

• Multilingual Real-Time ASR & Translation: High-accuracy transcription and translation tools that support multiple languages, including Cantonese, Mandarin, and English, helping businesses bridge communication gaps in global markets.

• Security and Compliance: Ensuring data security with private deployment options, granular permission control, and a robust permission management system, which are essential for businesses in regulated industries.

Through these tools, Microcraft simplifies the complexities of data processing, workflow automation, and multilingual communication, empowering companies to maximize the value of their data and accelerate their AI adoption journey.

A Vision for AI-Driven Growth in the Greater Bay Area

Mark Sze, Associate Director at Microware Limited and AI Solutions Director at Micromeet, led an insightful session on Microcraft’s capabilities, emphasizing how the platform is addressing real business challenges across diverse industries, from logistics and finance to healthcare and manufacturing. He highlighted Microware’s commitment to making AI accessible and cost-effective for enterprises of all sizes. “With Microcraft, we’re not just providing AI tools—we’re giving enterprises a strategic advantage by equipping them with the technology to streamline their processes and adapt to an increasingly digital world,” Mr. Mark Sze shared.

Mr. Mark Sze’s presentation resonated with the event's focus on how AI can empower businesses to harness private data, manage hybrid cloud environments, and leverage secure edge-to-cloud networks, all essential elements as organizations look to integrate AI seamlessly into their operations.

A Catalyst for Future Partnerships and Innovation

Microware’s participation in HPE Discover More AI Hong Kong underscores its pivotal role as a driving force in the AI ecosystem, particularly within the Guangdong-Hong Kong-Macao Greater Bay Area. By partnering with HPE and other industry leaders, Microware is dedicated to fostering collaborative innovation that will shape the future of AI-driven transformation in the region.

The HPE Discover More AI event not only spotlighted Microware’s pioneering solutions but also provided a platform to explore future collaborations that can accelerate AI’s impact on business productivity and digital innovation. With cutting-edge tools like Microcraft, Microware continues to lead the charge in AI advancements, enabling enterprises to realize their strategic ambitions and set new standards for success in a digital-first world.