- ✕ Hardcoding deprecated model versions in microservices
- ✕ Custom failover logic repeated in every repository
- ✕ Unpredictable multi-vendor invoices and token rate hikes
- ✕ Fragmented telemetry across disconnected providers
Infrastructure Abstraction
The intelligence architecture that frees developers from cloud chaos.
Dhee translates developer intent into precise outcome execution across resilient, multi-provider capacity without vendor lock-in.
Virtual models vs. Infrastructure churn
Traditional architectures hardcode specific foundation versions that break every few months. Dhee introduces persistent virtual model endpoints that evolve continuously.
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✓
Stable, outcome-oriented IDs (e.g.
dheeman-coding) - ✓ Transparent, automated multi-provider health failovers
- ✓ Predictable per-unit rates with unified credit drawdowns
- ✓ Single pane of glass telemetry and budget enforcement
Granular Control
Deterministic LOW, MID, and HIGH Service Tiers
Configure throughput and reasoning depth per invocation simply by passing the X-Dhee-Tier header.
TIER PROTOCOL
LOW
High-Volume Economy
Optimized for high-throughput categorization, bulk document extraction, routine chat, and high-frequency background agent tasks.
Target
Workloads
Classification, entity extraction, data cleansing, bulk summaries
Multi-provider failover
Standard
TIER PROTOCOL
MID
Balanced Flagship (Default)
The golden operational standard for commercial applications. Evaluates multi-turn intent with high synthesis depth and predictable token billing.
Target
Workloads
Production apps, nuanced writing, coding assistants, multimodal UI extraction
Multi-provider failover
Standard
TIER PROTOCOL
HIGH
Maximum Capability
Top-tier frontier capacity for complex multi-step reasoning, formal proofs, intricate architectural code generation, and sensitive tasks.
Target
Workloads
Multi-agent orchestration, complex math/STEM proofs, mission-critical logic
Multi-provider failover
Reserved
Dynamic Latency Balancing
Routing decisions incorporate ongoing rolling p95 latency samples to direct traffic to the fastest eligible serving node.
Quota-Aware Dispatches
If an upstream endpoint nears RPM or TPM thresholds, traffic automatically shifts before 429 rate limit errors can manifest.
Budget & Hard Stop Guards
Project-level spending caps allow developers to sleep soundly knowing runaway loops are terminated gracefully.