TAOKE AI
AI Industrial Technology & Solutions
Bring Intelligence Into the Real World.
TAOKE’s long-term direction is to combine AI, electronic hardware, industrial computing, embedded systems, Linux, intelligent control and real devices — moving AI from models to machines, from code to reality.
Full-Stack AI Engineering
From hardware selection to AI software, we connect the complete engineering chain.
AI Computing
NVIDIA GPU / DGX / Edge AI / on-site AI inference and compute optimization.
Industrial Computing
Industrial PCs, GPU/CPU/NPU selection, custom compute platforms, I/O, network, storage, thermal, power.
Embedded & Linux
MCU, embedded systems, Linux / Ubuntu, drivers, services, device communication.
Software & AI
Python, C/C++, Web, API, AI models, Agents, automation.
Intelligent Control
Sensors, data acquisition, device communication, control logic, EMS, intelligent decisions.
Products & Capabilities
We build credibility with real, proven content; R&D directions are clearly labelled.
TAOKE EMS
Industrial energy management & control platform: from real-time monitoring to intelligent control and energy optimization.
TAOKE Control Module
Device control / measurement / communication modules for industrial sites.
TAOKE AI Computing
Selection and build of GPU, DGX, Edge and industrial computing platforms.
TAOKE Thermal
AI GPU / DGX cooling and thermal management — shown progressively.
AI Solutions: From Idea to Real Product
Have an AI idea? We turn AI ideas into working products.
AI Agent Development
Enterprise AI Agents / workflow intelligence.
Private AI
On-site deployment, private AI, enterprise data isolation.
AI + Industrial
AI combined with industrial equipment, production, energy and field systems.
AI + Hardware
AI combined with GPU, industrial PCs and embedded hardware.
AI Application Development
AI applications and business system development.
AI Automation
Automation, data processing, content and device management.
Delivery Process
One engineering team delivers hardware, systems, AI and software together — not fragmented across vendors.
Featured Case
Taiwan 3.132 MWh / 1.5 MW Grid-Connected BESS
Composed of six ~522 kWh / 250 kW liquid-cooled storage units with integrated combiner / control cabinets and related ESTS / UPS functions; a self-developed EMS delivers system topology, real-time monitoring, PCS / SOC tracking and data analytics; public data mentions grid-to-battery switch time under 20 ms.
Engineering Advantage: Hardware to AI Software
- We do not just deliver an AI model or software — we deploy AI onto devices and into the field.
- We select compute platforms by compute, real-time needs, power, environment, interfaces and target cost.
- The same software / AI architecture can land on different hardware tiers per project needs.
- On industrial-site problems we can localize issues across hardware, system, software and control.
- We move from prototypes and PoC toward standard modules, standard devices and industry solutions.
Future Directions
- AI industrial computing & on-site AI devices
- AI Agents & enterprise intelligence
- AI + Embedded / Edge AI
- Intelligent control systems
- AMR / mobile robots
- Autonomous forklifts
- Industrial robots & smart equipment
- Smart compact mobile devices
These are R&D directions / technology reserves / future product roadmap — not yet commercialized or mass-delivered.
Real Devices & Projects
Software interfaces and hardware from real industrial sites.
