Understand the user
Hydrate permission-aware context from profile, memory, and events without indiscriminately attaching personal data.
An integrated platform for user understanding, long-term memory, proactive recommendations, EKS GPU scheduling, model routing, and accelerated SGLang inference.

We designed and built the complete AI infrastructure for a consumer personal-agent product. Consented user data, preferences, historical memory, and live behavior become retrievable context, reducing the need for repetitive complex prompts and enabling proactive recommendations. EKS CPU pods host agent orchestration, profiles, memory, the tool gateway, and notifications. A policy router selects small, medium, private in-VPC, embedding, or safety models based on complexity, privacy, and cost. GPU node groups elastically serve private LLMs, embedding models, and rerankers.
The platform reduces interaction effort while preserving privacy boundaries, and controls latency and compute cost through elastic GPUs, tiered model routing, and inference acceleration.
Hydrate permission-aware context from profile, memory, and events without indiscriminately attaching personal data.
Select small, medium, private, embedding, or safety models by complexity, privacy, latency, and cost.
Autoscale GPUs using queue depth, token budgets, and memory pressure; reduce cold starts with warm pools, quantization, and model parallelism.
Accelerate generation with SGLang prefix caching, RadixAttention, and continuous batching, then trigger preference-aware recommendations through events.
Choose a request scenario and watch profile hydration, data retrieval, model routing, EKS GPU scaling, and SGLang streaming inference.
Architecture simulation: metrics and scheduling events are generated in the browser; no cloud resources are created.