AVAI Automated Testing Consulting Services
By integrating simulated operations, AI visual recognition, and a software central control platform, we significantly reduce the burden of manual testing, elevating overall quality management and cost-effectiveness.
Customer Pain Points and Challenges
Are you hitting the limits of manual testing during your product development process? As smart devices become deeply interconnected with the IoT, user scenarios have become highly fragmented. Prolonged manual monitoring not only leads to visual fatigue and misjudgments from inconsistent standards, but massive repetitive testing also severely drags down R&D efficiency. We deeply understand the four major challenges you face in quality management:
Prolonged Manual Monitoring Easily Causes Fatigue
Running long-term playback, stress tests, or optical monitoring requires personnel to be on duty for extended periods, easily leading to human errors and omissions due to fatigue.
Test Results Rely Heavily on Manual Judgment
Running long-term playback, stress tests, or optical monitoring requires personnel to be on duty for extended periods, easily leading to human errors and omissions due to fatigue.
Massive Repetitive Testing Leads to Low Efficiency
Frequent, repetitive actions—such as channel switching, signal source switching, app launching, or automatic calibration—consume a significant amount of manpower and time.
Complex Cross-Platform Interconnected Scenarios Are Difficult to Cover Completely
When testing scenarios span mobile casting, remote controls, external audio equipment, and even integrate smart home ecosystems like Matter and Thread, manual testing struggles to stably reproduce all extreme testing workflows.
Products and services
Allion’s AVAI automation solution seamlessly integrates into diverse smart application ecosystems. Whether for home entertainment hubs like TVs and set-top boxes, or smart projectors, we provide tailored quantitative validation and automated control solutions designed to address the unique technical thresholds of different product lines.
Three Core System Architectures
AVAI’s outstanding testing performance stems from highly integrated underlying hardware and software technologies. We break traditional testing frameworks by perfectly combining “High-Precision Hardware Simulation Mechanisms,” “Realistic AI Visual Judgment,” and a “No-Code Software Central Control Platform.” Through these three core architectures, we build a highly standardized and flexibly scalable automated testing laboratory for you.
Key User Application Scenarios
Allion has transformed over 30 years of consultant-level, real-world experience in the Audio/Video and Smart IoT fields directly into the system’s built-in “Critical User Scenario Guideline.” You no longer need to figure out testing blind spots from scratch. Simply by making selections through an intuitive interface, you can achieve up to 5 times the validation efficiency, precisely covering the most demanding real-world user scenarios in the market.
30 Years of Expert Quality Control: Allion has been deeply involved in the audio-visual ecosystem consulting field for over 30 years, summarizing user scenarios and common, critical, sporadic market complaints across different product lines.
5x Efficiency Improvement: :The system combines practical experience with the Critical User Scenario Guideline to simulate and validate key scenarios with five times the efficiency, overcoming the limits of manual testing.
No-Code Mix-and-Match Design: If users lack experience or ideas for validation scenario design, and only know they need a user scenario that includes “Voice Assistant” + “Video/Audio Streaming” + “HDMI Audio Device,” they can check the corresponding items in the Configuration column of the Critical User Scenario Guideline / Sheet STB (as indicated by the green background in the table below). This will generate relevant user scenario suggestions for script editing and test execution. Additionally, within any scenario guideline, users can manually adjust parameters such as step sequence, execution frequency, and action duration, or mix and match them with other scenario features, creating a nearly infinite number of critical scenario combinations.
