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We provide advanced AI-powered robot solutions for global brands, startups, retailers, and technology companies. By combining AI technologies including GPT/LLM integration, voice AI, computer vision, motion control algorithms, edge AI computing, and intelligent interaction systems, we help customers rapidly develop and commercialize next-generation AI robot products.
Videostrong delivers a complete robotics ODM technology stack spanning Low-Level Drivers → Chassis & Motion → AI Interaction → IoT Cloud → Application & Deployment. Backed by years of mass-production experience in intelligent terminals, we help brand customers move from concept to scaled delivery with a shorter cycle and lower risk.
AI companion robots designed for emotional connection, not just automation. Videostrong develops and manufactures pet, family and elderly companion robots — combining LLM conversation, computer vision, voice interaction and precision motion control. As a one-stop OEM/ODM partner with 14+ years of mass-production experience, we take your concept from industrial design to global delivery.
Keep pets active, watched and connected when owners aren't home. Our AI pet companion robots feature pet recognition, autonomous tracking and obstacle avoidance, interactive play modes, treat dispensing and two-way HD video. Fully customizable for brands entering the fast-growing pet-tech market.
A friendly presence for the whole household. Family companion robots bring LLM-powered natural conversation, face recognition and auto-follow, family video calls, storytelling and smart-home control into daily life. Built for brands targeting home entertainment, children's education and family interaction.
So aging parents are never truly alone. Elderly companion robots combine one-touch video calling, medication and health reminders, chronic-disease data tracking, fall detection and 24/7 safety monitoring — with an interface designed for seniors. A ready platform for elderly-care brands and healthcare providers.
The ecosystem around the companion. AI companion devices extend your product line beyond the robot itself — smart pet wearables, interactive toys, AI speakers and smart displays that keep users engaged daily. Lower development cost, faster time to market, and a natural upsell path for existing customers.
The intelligence beneath every companion product. Our AI hardware platform layer provides vision and care hubs, pet AI algorithms and modules, and development boards built on high-performance SoC and NPU architectures. Start from a validated platform instead of building silicon-up — shorter cycles, lower technical risk.
Eyes and guardians for the smart home. Vision and care hubs integrate IPC cameras, 2D/3D depth sensing, mic arrays and edge AI computing into a single device — enabling video calling, activity detection, fall alerts and remote monitoring. The core hardware behind elderly-care and pet-care solutions.
Start prototyping in weeks, not quarters. Our AI development boards and smart motherboards are built on proven SoC platforms including A311D2 and S905D3 with integrated NPU acceleration, complete BSP support and reference designs. Ideal for teams validating a concept before committing to custom hardware.
Provide a full range of STB product customization including OTT Set-Top Box, OTT+DVB Hybrid TV Box, ATV Dongles/Sticks, Amlogic Soc STB.


Learn the latest news about IoT, AI robot, AI smart hardware technology, and smart elderly care.
Artificial intelligence and robotics are two different concepts. The former is intelligence in a field, such as speech translation or object recognition; the latter is a mechanical device that performs work automatically.
Artificial Intelligence
First, AI is like a new ideology. It processes a series of tasks through learning, reasoning, planning, and perception, just like the human brain, so there are "Baidu Brain", "Google Brain" and so on.
Second, big data support artificial intelligence. Mainly in terms of identification and sensors. For example, language translation, which used to be the translation of every word, with the rapid rise of search engines, people send what they want to say to the Internet through voice buttons, and then the search engine retrieves them to form some example sentences, which are then processed by computers. The processor's fixed grammatical organization selects the most appropriate representation so that translated sentences can be derived. Therefore, in order for the computer to achieve the best results, we need to continuously support the computer's learning with data.
You may also want to know: The advantages and disadvantages of artificial intelligence, these points should be known
Robot
A robot is actually a machine. The required conditions are basically artificial intelligence + physical shell, and the simplest is the sweeping robot. Now restaurants use robot waiters, and then there will be robot delivery of packaging, robot delivery, flying robot delivery, and so on. This is just the express industry, of course, including medical, industrial, security and other fields. If you want to be a robot-like Terminator, of course, you have to have all kinds of recognition abilities and all kinds of sensors.

The relationship between the two
Both artificial intelligence and robots are the crystallization of human wisdom. The relationship between artificial intelligence and robots can be roughly considered as: artificial intelligence gives robots the ability to think about problems, and robots are the external manifestation of artificial intelligence. In fact, there is no necessary connection between the two, but with the progress of the times, the two promote each other and gradually form an inseparable relationship.
In the industrial era, robots replace workers to complete industrial tasks through fixed instructions; in the era of artificial intelligence, robots seem to be endowed with a "brain", just like a "human", able to think and learn independently to complete the work.
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