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[HK News] A Well-Deserved Accolade! HK-CoreTest Wins the “Outstanding Industrial Software Award” at the OFweek 2026 Weike Cup

Recently, at the “Weike Cup · OFweek 2026” China Intelligent Manufacturing Industry Annual Awards Ceremony held in Shenzhen, the Hongke Intelligent Interconnection team’s independently developed Hongke In-Vehicle Bus Testing Software HK-CoreTest...and was awarded the “Outstanding Industrial Software of the Year” award.

Moments of Glory

This awards ceremony was organized by OFweek, a high-tech industry portal, and was held concurrently with the OFweek 2026 (7th) China Intelligent Manufacturing Industry Conference. The awards focused on leading enterprises, innovative products, core technologies, industrial software, and practical applications, with the aim of recognizing and honoring the innovative forces driving the continuous advancement of China’s smart manufacturing industry.

Following online voting, evaluation by a panel of experts, and a comprehensive review by the organizing committee, Hongke’s HK-CoreTest stood out among the many entries. This trophy represents not only an award but also the industry’s high recognition of HK-CoreTest’s independent software R&D capabilities, engineering value, and ongoing commitment to innovation.

Why HK-CoreTest?

HK-CoreTest This is an integrated in-vehicle/industrial network testing software platform independently developed for smart connected vehicles and industrial equipment applications. It is compatible with multiple protocol testing scenarios, including CAN/CAN FD and in-vehicle Ethernet, and supports the full closed-loop testing process, encompassing bus simulation, data monitoring, and automated testing.

As intelligent connected vehicles and industrial equipment accelerate their transition toward software-defined, networked, and intelligent systems, communication networks are becoming increasingly complex, test subjects are growing more diverse, and validation chains are lengthening accordingly. How to integrate disparate tools, data, and test procedures into a reusable, traceable closed-loop engineering process is becoming a common challenge faced by R&D and testing teams.

HK-CoreTest serves as an integrated platform for multi-protocol testing tasks, enabling engineers to efficiently perform simulation, monitoring, anomaly generation, and automated execution on a single test link, thereby transforming complex network verification into a clearer, more manageable engineering process.

Key Advantages and Key Features:

Adaptation to Multi-Protocol Scenarios Designed for testing scenarios involving automotive and industrial networks such as CAN, CAN FD, and in-vehicle Ethernet, it supports unified verification of various network objects.
Bus Simulation and Data Monitoring Through simulation and real-time data monitoring, it helps engineers gain a deeper understanding of network behavior, identify communication statuses, and verify critical interactions.
UDS Diagnostics It fully supports standard UDS services, allowing you to perform ECU diagnostic tests directly without having to write complex CAPL scripts.
Closed-Loop Automated Testing Organize the test steps into an executable process that covers the entire process of test design, execution, observation, and result verification.

Integrating Complex Tests into a Closed-Loop System

From single-bus systems to multi-protocol collaboration, and from functional verification to coverage of exceptional scenarios, the value of test software lies not only in “what it can do,” but also in “whether it can perform complex tasks stably and reliably.”

HK-CoreTest brings together key testing capabilities on a unified platform, providing R&D, debugging, and validation teams with a more cohesive and seamless engineering workflow.

Four Key Terms:

Unification: Reduce fragmentation and silos between different testing phases
Visible: Making network data and operational status more intuitive and easier to monitor
Diagnosis: Integrated programming and diagnostics, fully compatible with R&D, production lines, and EOL (end-of-line testing)
Closed-Loop: Create a complete closed-loop system linking automated execution and verification results

Industrial software is becoming a key foundation for smart manufacturing

Advancements in smart manufacturing rely not only on hardware capabilities—such as equipment, controllers, and networks—but also on software tools that span the entire lifecycle from R&D and testing to operation and maintenance. Particularly in the fields of automotive electronics and industrial communications, reliable testing capabilities directly impact the efficiency of system integration and the quality of product validation.

This award reflects the industry’s strong recognition of the engineering value of domestically developed industrial software and validates Hongke’s long-term commitment to the automotive electronics and intelligent automation sectors, as well as its strategic focus on transforming its accumulated expertise in communication technology into proprietary tools and solutions.

In the future, Hongke will continue to focus on key communication technologies such as CAN/CAN FD, LIN, in-vehicle Ethernet, and TSN, while continuously enhancing its one-stop smart connectivity capabilities—covering development, simulation, testing, and verification—to provide robust and reliable support for smart connected vehicles, industrial automation, and other complex networking scenarios.

A testament to our glory is also the starting point for moving forward

From communication connectivity to testing and validation, and from standalone tools to closed-loop engineering, Hongke has always been committed to transforming cutting-edge technologies into truly usable, reliable, and easy-to-implement products and solutions. Receiving the “Outstanding Industrial Software Award of the Year” is a recognition of our past efforts and dedication, and it will serve as a new starting point for our next journey of innovation.

We would like to thank every customer, partner, and industry colleague for their trust. Hongke will continue to work side by side with our industry partners to make complex networks easier to connect and intelligent systems more reliable.

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