Huawei on Thursday unveiled a broad set of AI-focused financial technology initiatives during the Huawei Intelligent Finance Summit (HiFS) 2026, positioning “Agentic Banking” as the next phase of digital transformation for global financial institutions.
Held at Huawei’s Lianqiu Lake Campus in Shanghai, the summit carried the theme “Hello Fintelligent World: Beyond Digital, Advance to Agentic Banking” and brought together financial industry executives, technology partners and infrastructure providers to discuss the expanding role of artificial intelligence across banking, insurance and payments.
The company announced upgrades to four major digital finance solutions, including the launch of its Financial Data Intelligence Solution 6.0 and Digital CORE Solution 6.0, alongside new resilience infrastructure designed to support both traditional and AI-driven computing workloads. Huawei said the initiatives are intended to help financial institutions accelerate large-scale AI deployment while modernizing legacy systems and improving operational resilience.
According to Jason Cao, CEO of Huawei Digital Finance BU, the company’s strategy has evolved over the past 16 years from providing financial-grade hardware and software toward delivering broader industry-focused solutions supported by ecosystem partnerships and localized services.
Huawei outlined what it described as four core business strategies centered on resilient ICT infrastructure, ecosystem collaboration and hybrid AI deployment. The company said it is advancing a “4-Win” collaboration framework involving customers, independent software vendors (ISVs), systems integrators (SIs) and Huawei itself.
A central focus of the summit was the adoption of open-source AI models and hybrid AI architectures to support financial-sector use cases while balancing security, compliance and operational costs. Huawei introduced six initiatives designed to accelerate the shift toward Agentic Banking, including AI-driven risk management, intelligent customer interaction, operational automation and revenue optimization.
The company also announced the launch of the Huawei Atlas 850E SuperPoD, an enterprise-grade AI computing platform aimed at supporting large-scale AI training and inference workloads for financial institutions. Huawei said the infrastructure combines high-performance networking with AI computing capabilities to support increasingly data-intensive financial applications.
As part of its long-term AI expansion strategy, Huawei stated it plans to train more than 10,000 interdisciplinary “Finance + AI” professionals globally over the next three years.
The summit also highlighted the growing importance of data governance and AI-ready financial architectures. Huawei’s upgraded Financial Data Intelligence Solution 6.0 introduces a three-layer framework covering data platforms, governance and applications, including AI-enabled anti-fraud systems and hyper-personalized marketing tools developed with ecosystem partners. Huawei said one fraud detection solution can deliver response times of 30 milliseconds while improving operational efficiency by up to 40 times.
In parallel, Digital CORE Solution 6.0 expands Huawei’s efforts to modernize financial core systems through AI-assisted development tools, application refactoring and containerized architectures. The company said the platform is already supporting modernization projects for more than 150 financial institutions globally.
Huawei also emphasized resilience infrastructure as a strategic priority as financial institutions transition from traditional data centers toward AI-native computing environments. The company introduced what it called a “4 Zeros” resilience framework designed to improve disaster recovery, intelligent traffic scheduling and operational continuity for both conventional and AI computing systems.
The announcements come as financial institutions globally increase investment in generative AI, automation and data infrastructure amid intensifying competition to modernize customer experience, risk management and operational efficiency.






