Define one internal execution language.
Identity, architecture, schemas, tokenizer, context limits, capabilities, hardware, runtime, benchmark, license and security form the model contract.
Task first, provider second
PDICON’s interoperability layer lets applications request a capability rather than hard-code a provider. The router evaluates quality, latency, cost, security, licensing and runtime compatibility.
Direct answer
PDICON’s interoperability layer lets applications request a capability rather than hard-code a provider. The router evaluates quality, latency, cost, security, licensing and runtime compatibility.
Operating matrix
| Subject | Input | Intelligence operation | Human / policy control | Output |
|---|---|---|---|---|
| Extraction | Technical documents | Smaller specialized model | Evidence spans | Structured fields |
| Reasoning | Multiple constraints | Larger reasoning model | Expert review | Comparison narrative |
| Classification | Stable labels | Specialized classifier | Confidence threshold | Compliance status |
| Sensitive retrieval | Private project data | Self-hosted runtime | Tenant isolation | Permission-filtered context |
Identity, architecture, schemas, tokenizer, context limits, capabilities, hardware, runtime, benchmark, license and security form the model contract.
Document extraction, technical reasoning, classification and sensitive retrieval can require different model and hosting profiles.
The route includes quality thresholds, policy checks, availability handling and a safe expert-review fallback.
Process / controlled sequence
Design boundary
Real interoperability requires schemas, benchmarks, policies and fallbacks.
Prove one open, one external and one NVIDIA-optimized path first.
Price or latency cannot override task acceptance criteria.