About AequiFlux
Computing power that flows like water
A pioneer of AI compute-energy operating systems and distributed intelligent computing infrastructure
Positioning
A pioneer of AI compute-energy operating systems and distributed intelligent computing infrastructure
Vision
Let computing flow like water, breaking the impossible triangle of land, energy and power distribution that constrains traditional data centers.
Mission
With extreme compute-energy synergy and heterogeneous integration, we miniaturize and decentralize intelligent computing centers into every industry, reshaping the cost and ecosystem boundaries of AI 2.0.
Three core moats
Three moats that form a systemic capability
Moat 1: Heterogeneous compute
A full-stack heterogeneous abstraction layer decouples hardware from scheduling. Supports Ascend, Hygon, Cambricon, Loongson and Phytium, alongside NVIDIA, AMD and Intel platforms.
Moat 2: Deep energy integration
Direct 10kV grid or wind-solar DC microgrid connections, combined with distributed PV, storage and charging to consume green power locally and optimize against peak-valley tariffs.
Moat 3: Agile model foundation
An AI Token aggregation platform and Token factory at the application layer cut vertical-industry deployment costs by nearly one third, turning AI into real business value.
Research & collaboration
An R&D foundation across industry and academia
Technology must survive real sites, power price fluctuations and long-term operations, not just lab conditions.
Compute-Energy Research Institute
Co-built with Northeastern University and Xi’an Jiaotong University, led by national-level computing experts, combining academic research with industrial practice.
National Industrial Internet Platform
Co-building the long-process industrial section of the national industrial internet platform, integrating compute scheduling with industrial scenarios.
Experienced R&D team
Our core team brings together PhDs and professors from Northeastern University, Columbia University and other leading institutions.
IP and technology portfolio
Core patents in compute-energy synergy, heterogeneous scheduling and liquid cooling, with deep involvement in national energy-efficiency standards.
Ecosystem & partners
Full-stack compatibility, reducing supply chain risk
From domestic silicon to global architectures, Xuanji’s abstraction layer decouples applications from hardware.
Domestic compute
Global compute
Hybrid scheduling
Turn computing power into your competitive edge
Tell us your scenario, scale and timeline. We will come back with a deployable computing plan.
Get a tailored plan