Understand Jiangxing Intelligence’s “One‑Brain‑Multi‑Agent” Through Three Diagrams
A few days ago, we launched our embodied‑AI product series. We’ve received numerous inquiries from users: What exactly sets these products apart? What scenarios are each of them best suited for? And what exactly are Embodied AI controllers?
Today, we will break down all these questions clearly with three diagrams.
TitanRanger X1U — Heavy‑Duty Platform for Boundless Operations
One‑sentence positioning: A heavy‑duty inspection‑and‑operation robot capable of both “cognition” and “physical manipulation”.
What problem does it solve?
Industrial sites demand more than mere visual monitoring; physical manipulation is equally critical. Yet most inspection robots are only equipped with perception capabilities. Once an issue is detected, on‑site human intervention is still required. The interval between problem detection and resolution is often when safety hazards escalate. How does TitanRanger X1U address this?
- Equipped with a 6DoF robotic arm that integrates mobility and manipulation capabilities, enabling end‑to‑end workflows from observation to physical execution.
- Built upon a heavy‑duty quadruped platform with high load capacity to support heavy‑duty operations.
- Multi‑purpose design with modular payload expansion. Compatible with a wide range of professional tools to handle diverse tasks on a single unit.
- 7×24‑hour fully autonomous inspection reduces manual intervention and delivers true unattended operation.
Core technology powered by JX‑Phi Brain Physical AI Brain: inspection task comprehension, autonomous planning & execution, multi‑modal fused perception (visible light + infrared thermal imaging + dual solid‑state LiDAR + IMU), local AI inference and real‑time task response.
One‑sentence takeaway: It is more than a walking camera; it is a physically capable intelligent agent.
Application scenarios: Heavy‑equipment zones in substations, converter stations, large‑scale industrial plants, heavy‑duty equipment inspection and manipulation.
AgileRanger C1U — True Site‑Aware Intelligent Inspection
One‑sentence positioning: A lightweight, agile “on‑site scout” that navigates confined and complex spaces.
What problem does it solve?
Narrow spaces such as equipment rooms, utility tunnels and station aisles are inaccessible to many robots, while manual inspection in these areas is inefficient and high‑risk. The market is flooded with small robots that can move, yet few truly understand real‑world site conditions. How does AgileRanger C1U deliver value?
- Compact and lightweight form factor, with standing dimensions of only 800×450×720 mm for flexible navigation within complex confined spaces.
- Multi‑modal fused perception incorporating visible‑light imaging, a 22× telephoto lens, 48‑MP high‑definition imaging, and 228 AI recognition algorithms.
- 360‑degree omnidirectional perception for enhanced spatial positioning and stable navigation performance.
- On‑site local data processing for real‑time task response, supporting up to 1035 TOPS of computing power expansion.
- Dual high‑capacity battery packs with automatic low‑power return‑to‑charge to minimize manual maintenance.
Core technology powered by JX‑Phi Brain Physical AI Brain: inspection task comprehension, autonomous planning & execution, multi‑modal fused perception.
One‑sentence takeaway: It is not merely small — it is small and context‑aware. Within every confined space, it knows exactly what tasks to perform.
Application scenarios: Equipment rooms, cable trenches, utility tunnels, power distribution rooms, narrow station areas.
Embodied AI controllers — One Brain Empowers Multiple Robots
One‑sentence positioning: Standardized controllers that endow legacy robots with new intelligence cores.
What problem does it solve?
A large installed base of legacy quadruped, humanoid and wheeled robots already exist on the market. They deliver sound locomotion performance yet lack sufficient intelligence: they only follow pre‑set routes and capture footage for human review, without the capacity to autonomously comprehend tasks, plan paths or make execution decisions. Retiring complete robot hardware purely due to insufficient onboard intelligence would be prohibitively costly and impractical. How do Embodied AI controllers resolve this pain point?
- Standardized modular design integrating AI computing, perception and algorithms to lower barriers for integration and development.
- Ultra‑lightweight form factor: the control module weighs only 2 kg with ultra‑low power consumption, imposing minimal impact on robot endurance.
- Robust computing power supporting end‑side large‑model inference with up to 1035 TOPS. Local model inference improves response efficiency.
- Fusion of VLM and VLA models to understand natural‑language instructions and generate autonomous execution strategies.
- 3D spatial intelligence. RTK combined with 360° omnidirectional perception delivers dynamic positioning accuracy ≤5 cm, with multi‑floor map support.
- Broad compatibility across robot platforms, plug‑and‑play, supporting mainstream quadruped and humanoid robots including Unitree and DeepRobotics.
Core technology powered by JX‑Phi Brain Physical AI Brain: fused perception, comprehension and decision‑making to augment robot intelligence, transforming legacy robots from mere data collectors into active executors.
One‑sentence takeaway: It is hardware‑agnostic and delivers intelligence capability. It enables existing legacy robots to perceive and interpret the world in entirely new ways.
Application scenarios: Intelligence upgrade for legacy quadruped / humanoid robots, unified management of multi‑brand heterogeneous robot fleets, cross‑platform task reuse.
Closing Remarks: One Single Brain, Multiple Robot Bodies
When reviewing the three modules together, a clear logic emerges:
diverse hardware forms undertake distinct tasks, yet all run on the identical JX‑Phi Brain.
This embodies the product philosophy of “One‑Brain‑Multi‑Agent”. The brain is reusable, cross‑platform and cross‑scenario. Today it powers TitanRanger X1U; tomorrow it can run on AgileRanger C1U; further down the line, it can be deployed onto your existing robot dogs and humanoid robots.
Where hardware platforms cannot deliver compound value, the intelligent brain can.