Inference Service
Cysic Inference Service is the intelligence layer of the Cysic AI architecture. It provides unified access to first-party and third-party models for developers, teams, agents, and automation systems.
What it offers
- Access to models from Cysic, including third-party inference services available through Cysic Inference, such as open-source models like DeepSeek and GLM, as well as closed-source services such as OpenAI and Google
- Low-latency inference for production workloads
- A unified access layer for direct API usage and agent-native integration
- A model access foundation that can be reused across agents, skills, and automation products
Example models
| Model | Source | Highlights |
|---|---|---|
| Qwen-72B | Cysic Inference | Long context, multilingual, code generation |
| DeepSeek-V3 | Cysic Inference | Reasoning, math, code |
| Kimi 2.5 | Cysic Inference | Chinese optimized, document analysis |
| GLM-5 | Cysic Inference | Multimodal, enterprise-grade scenarios |
| GPT-5.2 | Third-party model access through Cysic Inference | Advanced reasoning |
| Gemini 3 Pro | Third-party model access through Cysic Inference | Multimodal, search-connected workflows |
Why it matters
- Shared intelligence layer: The same inference layer can serve standalone developers, agents, skills, and automation systems.
- Operational simplicity: Teams can integrate multiple model sources through one service boundary.
- Production readiness: The service is designed for stable throughput, low latency, and predictable scaling.
How it fits into the Cysic ecosystem
Cysic Inference is the intelligence layer behind the broader Cysic AI product family:
- It powers products such as CyClaw and Clack
- It gives Skills Market skills a unified AI runtime
- It supports Agent Marketplace experiences with model-backed capabilities
- It provides the model layer consumed by Cysic Automation
Best fit for
- Developers building AI-native products
- Teams integrating multiple model providers behind one API layer
- Agents and automation systems that need reliable inference in production