Search

Hongke's latest articles

HongKe

Add your title text here

I. Introduction: Strategic Changes at the Data Layer under the Critical Infrastructure Legislation

[Hongke Solutions] EU AI Act: How AI Literacy Training for Enterprises can be Realized

With the EU AI Act coming into force and entering into phased application, AI governance is moving from a 'self-regulatory proposal' to a 'regulatory imperative'. The Act adopts a gradual approach in terms of timeline: the AI Act comes into force on August 1, 2024, and is expected to be fully applicable on August 2, 2026; the "Prohibited AI Practices" and the "AI Competence Obligations" have been applicable since February 2, 2025, so companies must be able to account for the adequacy of their employees' AI competence and the measures taken by the company now.

I. The core requirement of the bill: AI literacy is "to do and to continue to do".

Article 4 of the EU AI Act explicitly requires that providers and deployers of AI systems must "take measures" to ensure, within their capabilities, that their employees and those who operate/use AI systems on their behalf have an adequate level of AI literacy, taking into account their technical background, experience, education and training, as well as the context in which the AI system is used and the target audience affected. This takes into account their technical background, experience, education and training, as well as the context in which the AI system is being used and who is being impacted.
 
The key here is not just to "teach a lesson", but to be able to go back to the language of management: do you have the segmentation design, do you have the frequency and tracking, do you have the training content aligned to the actual usage situation, and can you justify it when asked by the auditor/authority.

Turning AI Knowledge into Compliance: A Four-Level Training Framework

In order to make AI literacy training effective, it is recommended to use a four-layer structure of "from shallow to deep, from knowledge to behavior", which is in line with the idea of "according to the person, according to the situation, according to the target of influence" as required in Article 4.
 
  • Basic Cognitive Layer: Establish basic AI concepts, capability boundaries, and common misunderstandings to reduce operational and compliance risks caused by "over-trust" or "misuse of tools".
  • Risk Identification Layer: Enable employees to look at AI usage scenarios from a compliance risk perspective and know which scenarios are particularly sensitive and require upgraded controls.
  • Compliance Operations: Write company rules into actionable processes (e.g., which tools to use, which data not to lose, which outputs to manually review, and when to go through the approval process), so that the "policies" can really be put into practice.
  • Culture of Responsibility Layer: Transparency, fairness, accountability, and human oversight become work habits, especially in AI-assisted decision-making contexts.

Role differentiation: different departments have to learn different things about the same statute.

The essence of Article 4 is to "customize the curriculum to suit the needs of each individual". Therefore, it is recommended that the syllabus and depth of the course should be divided by roles, so as to avoid the same set of teaching materials for the whole company, which will lead to "learning but not using".
 
  • Employee-wide: Focus on safety and compliance guidelines for the day-to-day use of AI tools (e.g., sensitive data, output auditing, error and bias awareness).
  • Technical/Data teams: Enhance how compliance requirements become verifiable control points (risk of bias, record retention, transparency and governance interface) during development, deployment and maintenance.
  • HR/Legal Affairs: For highly sensitive decision-making scenarios such as recruiting and performance, strengthen the sensitivity of regulations and internal control processes on the matter of "people will be affected by AI".
  • Management: learns about governance: how to set up training systems, division of responsibilities, audit evidence and cross-departmental collaboration mechanisms to ensure that the company is really "taking action".

Use KnowBe4 for "Manageable, Trackable, Auditable" Training Operations

If an organization is already security-conscious or has a compliance training program in place, merging AI literacy into an existing platform is often the least laborious and easiest way to form a chain of evidence.
 
In terms of KnowBe4's Compliance Plus direction, it focuses on the delivery of compliance courses using KnowBe4's training platform and offers short, interactive modules, automated training activities and report tracking, with an emphasis on regular updates, so that you can turn training into a 'going concern' rather than a one-off project.
 
In addition, it is publicly available information that Compliance Plus has a library of "over 500 modules" and focuses on customizability, continuous updates and integration with the KnowBe4 platform for delivery, a structure that is more in line with the "contextual and personnel-driven" approach desired in Article 4.

Other Articles

可配置的CAN FD模擬I/O模塊 功能概述: PCAN-MicroMod FD系列模塊是支持CAN FD的數采模塊。 PCAN-MicroMod FD 插入式板卡可以和即插即用的母板一起購買,母板提供了各種外設可滿足特定需要。對於CAN連接、I/O、和供電,可用彈簧端子連接器。 PCAN-MicroMod FD 數字版1和2著重於數字輸入和輸出,其上有相應的保護電路。數字1的數字輸出裝備了低邊開關,數字2的裝備了高邊開關。
Hongke Dry Goods

[Hongke Solutions] Can’t Read CAN Data? Not Enough Temperature Channels? A Comprehensive Guide to Integrating NVH and Battery Data Acquisition

Is your current NVH data logger unable to read the CAN bus? Are there not enough temperature channels for battery testing? Hongke offers the PCAN-MicroMod FD and MU-Thermocouple1 CAN FD modules to enable CAN(FD)-to-analog conversion and high-density thermocouple multi-module cascading expansion. No coding required—just unbox and use it right away, with no need to replace your existing system!

Read more
Hongke Dry Goods

[Hongke Solutions] AI Agent Implementation Case Study: Enterprise-Level Deployment Across Six Major Industries and the Logic Behind the Underlying Infrastructure

An in-depth analysis of how enterprises can transition from single LLM API calls to autonomous agentic systems. This article compiles real-world examples of AI agent deployments in production environments across six major industries, including retail and finance, and breaks down the underlying infrastructure logic—such as high concurrency, cross-interaction memory (Memory Infrastructure), and distributed state persistence.

Read more
Hongke Dry Goods

HONGKE SOLUTIONS] The Effect of Gaussian Noise on Positioning Effect in GNSS Simulation

In Global Navigation Satellite System (GNSS) radio frequency simulation testing, Gaussian white noise (AWGN) is typically regarded as the baseline configuration for replicating real-world electromagnetic environments. However, engineering practice has shown that the impact of noise on a receiver’s positioning performance does not follow a linear, monotonic relationship. Based on actual measurement data from the DST GNSS simulator, this paper analyzes the physical mechanisms of Gaussian noise in Kalman filters, correlator jitter, and phase-locked loops, and provides a scientific testing guide for configuring simulation noise.

Read more

Contact Hongke to help you solve your problems.

Let's have a chat