AI Compute Optimization & True Personalization

Calculate Less.
Understand More.
Activate What Matters.

ETERNERS builds an AI compute optimization and true personalization engine that helps AI systems reduce unnecessary computation and activate the most relevant context for each user, task, and moment.

We do not simply make AI faster. We redesign the direction of computation — from passive data to active intent.

Intent-Layer Architecture
N

Massive Data Space

Context, documents, vectors, logs, media, behavior, and system signals.

Φ

Compute Optimization Layer

Reduces unnecessary context, search, token, and I/O operations before inference.

Θ

Intent-Based Personalization Layer

Adapts to current user state, purpose, and feedback — not only past behavior.

K

Meaningful Active Context

The minimum relevant candidates for the current user, task, and moment.

Public note: the diagram is a conceptual overview. Detailed implementation, parameters, and internal architecture are not publicly disclosed.
The Bottleneck

The problem is not only speed. It is direction.

AI infrastructure and personalization are failing for the same reason: systems process too much passive data and activate too little meaningful context.

Compute Overload

AI spends too much compute on irrelevant context.

LLMs process excessive context, vector databases retrieve too many candidates, GPUs absorb prefill and cache pressure, and storage systems suffer from inefficient data movement.

Shallow Personalization

Most personalization remembers the past, not the present.

Legacy systems rely on clicks, viewing history, and cohort averages. They often know what a user did before, but not what the user needs now.

ETERNERS activates only the context that matters now.

Our proprietary intent-layer reduces unnecessary computation and improves user-side personalization without replacing existing AI systems.

Massive N → Active K
Solutions

Two engines. One intent-layer architecture.

ETERNERS can be deployed as a modular layer for compute efficiency, personalization, and enterprise AI workflows.

Compute Engine Φ

AI Compute Optimization

Reduces unnecessary context, token load, vector search, and I/O operations before they create cost, latency, and memory pressure.

LLM / RAG Vector DB AI Storage GPU / Memory On-Device AI
−51%
Input Token
−75.8%
Estimated Prefill
−57~72%
I/O Stall
Personalization Engine Θ

Intent-Based Personalization

Moves beyond CRM-style targeting. ETERNERS helps AI understand current user state, purpose, and feedback to activate the right question, recommendation, action, or content.

Media Workspace AICC Healthcare Wearable AI
≥95%
Context Retention
−65.4%
Token Reduction
User-side
True Personalization
True Personalization

Beyond CRM personalization.

The market is full of “hyper-personalization,” but most of it is still a marketing tool. ETERNERS focuses on the user experience of being understood.

CRM Personalization

  • Helps companies decide what to show or sell.
  • Uses clicks, cohorts, purchase history, and campaign data.
  • Optimizes conversion, retention, and marketing performance.
  • Often becomes passive recommendation fatigue.

ETERNERS True Personalization

  • Helps users activate what they actually need now.
  • Uses current state, purpose, task context, and feedback.
  • Optimizes questions, recommendations, actions, and context.
  • Turns passive history into active intent.
Validation

Internal PoC results.

Early experiments show reduction in token load, prefill burden, KV cache pressure, and I/O stalls. Commercial validation is planned with enterprise environments.

LLM Real-Time PoC

−51%
Input token reduction in multi-turn sessions
−75.8%
Estimated prefill compute reduction
−50.8%
Estimated KV cache load reduction

SSD Experiment

−57~72%
I/O stall reduction in repeated runs
90+
Repeated internal test iterations
Sequential I/O conversion observed

Personalization PoC

−65.4%
Token reduction in selected conversational sessions
≥95%
Context retention target maintained in internal testing
PoC
Smartphone on-device personalization scenario
These figures are based on internal PoC environments and may vary depending on workload, model, hardware, dataset, and deployment conditions. Public details are intentionally limited to protect proprietary implementation.
Applications

One architecture. Multiple AI bottleneck markets.

ETERNERS is designed for domains where AI must compute less, retrieve better, and personalize more deeply.

LLM

LLM & RAG

Context compaction, token reduction, and pre-inference optimization.

VDB

Vector Database

Candidate reduction, retrieval optimization, and re-ranking cost reduction.

SSD

AI Storage

Data movement optimization for SSD, eSSD, and AI storage environments.

ON

On-Device AI

Personalization under battery, memory, heat, and latency constraints.

UX

Media & Content

State-aware recommendations beyond passive viewing history.

AI

AICC & Enterprise

Intent-aware response activation for customer service and enterprise workflows.

BIO

Healthcare & Wellness

Personalized context activation for sleep, wellness, and health signals.

UAV

Physical AI

Trajectory intelligence for robotics, drones, and autonomous systems.

Business Models

Modular licensing for enterprise AI.

ETERNERS can be deployed as API, SDK, or customized enterprise integration depending on customer environment.

01 · API SaaS

Usage-based AI optimization API

For LLM/RAG teams, AI platforms, content services, and enterprise AI workflows that need lower cost and better relevance.

02 · On-Device SDK

Lightweight personalization SDK

For smartphone, wearable, and edge AI environments where local personalization, latency, heat, and battery matter.

03 · Enterprise Integration

Custom PoC and licensing

For AI infrastructure, vector DB, AI storage, AICC, healthcare, media, and physical AI use cases.

Contact

Connect for PoC discussion.

We work with AI infrastructure teams, on-device OEMs, enterprise AI teams, media platforms, and research partners.

Company
ETERNERS Co., Ltd.
Founder & CEO
Hungkuk Do

To prevent spam, we do not publish a direct email address on this website. Please connect through CEO LinkedIn for PoC, partnership, or licensing discussions.