Industry Overview
Driven by breakthroughs in AI, big data, cloud native, and trusted security, the finance industry is evolving into an open ecosystem defined by real-time, intelligent, and scenario-specific services. As financial technology shifts toward distributed and cloud-native architectures, it demands stronger compute capabilities to ensure performance, stability, security, and ecosystem support. Kunpeng provides a solid computing foundation that enables core system upgrades, real-time data analytics, agile innovation, and trusted operations.
Challenges
Solid and Stable Support for Core System Evolution
As financial services move online and become scenario-driven, conventional centralized architectures can no longer meet the demands of high concurrency and elastic scalability. The shift to distributed core systems requires a computing platform with multi-core processing, low latency, and high availability to ensure service continuity and data integrity.
Enhanced Computing Power for Real-Time Analytics
Financial data mid-ends rely on rock-solid computing power to process massive data in real time for scenarios such as risk control, intelligent marketing, and customer acquisition.
Application Agility and Cross-Architecture Migration
As service innovation accelerates, applications must support cross-architecture migration. This can reduce adaptation costs, while improving development efficiency and deployment flexibility.
Rigorous Data Security Compliance
A secure system covering hardware to applications is essential for processing financial data. In AI and multi-party computation (MPC) scenarios, the system can safeguard data throughout its lifecycle, that is, privacy data is available but invisible.
Application Scenarios
Banking
Insurance
Securities
The Kunpeng platform, powered by its cutting-edge processors and hardware-software collaboration, offers secure and effective solutions for financial institutions including banks, securities, and insurance providers.
Core banking systems: Kunpeng processors feature multi-core concurrency and enhanced RAS, and keep distributed databases stable. Therefore, core services can run with constant availability. With the Kunpeng DevKit, distributed Java applications migrate within hours, and the BiSheng JDK can further increase throughput and reduces latency.
Real-time securities trading: Kunpeng's low-latency, high-throughput compute foundation powers ultra-fast trading systems under heavy concurrency, enhancing parallel processing and in-memory computing. Kunpeng DevKit integrates seamlessly into development pipelines, enabling C/C++ applications to be migrated and optimized within days. It offers a codebase designed to fit into various service systems.
Insurance core services: Kunpeng computing powers the distributed upgrade of insurance core systems, addressing concurrency challenges in Internet insurance. It ensures stable, efficient processing while supporting data-intensive workloads.
Financial data security: Kunpeng hardware provides a trusted execution environment (TEE) and confidential computing (virtCCA + PCIPC), creating a secure domain from CPUs to XPUs. This guarantees data confidentiality across processing, transmission, and storage.