MeetCarbon OS
One OS, three interaction modes, 30+ apps
A full-stack OS for energy and dual-carbon scenes. Microkernel · AI-native runtime · human-machine homology · private-ready
$ mc os boot
[kernel] Auth Engine .......... ready
[kernel] AI Center ............ ready
[kernel] IoT Engine ........... ready
[kernel] Data Bus ............. ready
[services] 37 microservices ... loaded
[apps] 30+ applications ...... mounted
[shell] GUI + CLI + AI ....... active
MeetCarbon OS v4.0 is ready.
OS vs Platform
Interaction, programmability, AI positioning — three dimensions that differ at the root
Interaction
Web UI only
GUI + CLI + AI in parallel
Programmability
Not programmable; depends on manual work
Full-domain programmable; humans, AI, and systems share the same calls
AI positioning
A chatbot bolted on after the fact
AI as a runtime layer, sharing capability definitions with the CLI
Five-layer OS architecture
Layered like Linux: clear duties, independent upgrades, fault isolation
Web business apps
Micro-frontends, independently deployed
Mobile apps
Flutter, cross-platform
Backend microservices
Go + Hertz
CLI domains
Human-machine homology
Three interaction modes, one OS
GUI + CLI + AI — managers on the web, ops on CLI, everyone on AI
GUI
Graphical Interface
Web workbench · mobile apps · data walls
For: Managers and operators
CLI
Command Line
mc command line · scripted automation · system integration
For: Ops, developers, and integrators
AI
AI Assistant
Atan · natural language · intelligent analysis
For: All users
Ten OS features
OS language for energy-carbon differentiation
Full-stack native
Full-Stack Native
30+ web apps, 14 mobile apps, and 37 backend microservices — all built in-house, not assembled from vendors.
Data is natively interoperable. Requirement changes go into source code, not a third-party backlog.
AI-native runtime
AI-Native Runtime
AI is a built-in OS runtime layer and shares capability definitions with the CLI.
AI can operate the business system — query data, produce reports, analyze, and recommend.
Human-machine homology
Human-Machine Homogeneous
One capability definition, shared by GUI / CLI / AI — identical coverage.
Build once, get three channels. AI agents reuse every business capability.
Energy-carbon unified kernel
Energy-Carbon Unified
Energy and carbon data meet in the kernel and convert to emissions automatically.
No manual transcription errors. Reports are auditable with a single methodology.
Multi-scene OS
Multi-Scene OS
Buildings, parks, campuses, government offices, homes — one OS across scenes.
New scenes do not require a new purchase. Enable the matching apps.
Microkernel architecture
Microkernel Architecture
Micro-frontends + microservices = OS-grade modularity.
Upgrades do not take the whole system down. A single module failure stays isolated.
Four app families
Energy · carbon · scenes · enterprise — compose on demand like an App Store
Energy apps
Energy Apps · 6 Apps
Carbon apps
Carbon Apps · 6 Apps
Scene apps
Scene Apps · 10 Apps
Enterprise apps
Business Apps · 3 Apps
Why MeetCarbon OS
Dimension-by-dimension vs traditional energy-carbon suites
| Dimension | Traditional custom | SaaS platform | MeetCarbon OS |
|---|---|---|---|
| Architecture | Monolith / modular | Multi-tenant SaaS | Microkernel (micro-frontends + microservices) |
| Interaction | Web GUI only | Web GUI | GUI + CLI + AI |
| AI | None / bolt-on | Basic AI | AI-native runtime |
| Programmability | Not programmable | Limited API | Full-domain CLI + API |
| App model | Sold as a bundle | Module subscription | Enable on demand, like installing apps |
| Deployment | Project deployment | Public cloud only | Public / private / hybrid |
| Data fusion | Silos between systems | Limited integration | Kernel-level data fusion |
| Build model | Partial in-house + integration | Third-party SaaS | 100% full-stack in-house |
Six deployment scenes
Each scene comes with a recommended OS app mix — compose on demand like an App Store
Zero-carbon public institutions
Government offices and public institutions
Aligned with NGAB assessment metrics; auto-generate GHG accounting reports
Charging + storage operations
Charging operators and storage investors
15–20% higher average monthly station yield
Zero-carbon industrial parks
Industrial, business, and tech parks
10–15% lower energy use; supports green park certification
Green campuses
Universities, K-12, and education groups
Aligned with Ministry of Education green-campus standards
Carbon asset operations and trading
Covered entities and electricity retailers
Maximize carbon-asset value with multi-path abatement accounting
Integrated energy service companies
ESCO / integrated energy service firms
One OS from project origination through post-investment operations
Go deeper into MeetCarbon OS
12 chapters, from kernel to delivery, covering every OS layer
Ready to try the energy-carbon OS?
MeetCarbon OS supports public cloud, private, and hybrid. Contact us for a demo or trial.