
Core
RAG Context Optimizer: Attention-Weighted Re-Ranking & Lost-in-the-Middle Mitigation
Autonomous Multi-Model Adversarial Fuzzing Certified
Continuous stress-testing against prompt injections, cyclic parameter drift, and upstream rate limits via Llama 3.3 70B & DeepSeek-R1 (Autonomous Fuzzing).
Production Runtime Specification (Core)
Direct integration contract for Core. Deployable as a native microservice or imported directly into your agent runtime.
"""
Core: RAG Context Optimizer & Precision Re-Ranker
Prunes noisy embedding vectors and packs maximum semantic context into prompts.
"""
from typing import List, Dict, Any
from pydantic import BaseModel, Field
class RAGChunk(BaseModel):
chunk_id: str
content: str
relevance_score: float
token_count: int
class OptimizedContextEnvelope(BaseModel):
pruned_chunks_count: int
injected_token_count: int
compression_ratio: float
context_text: str
class CoreRAGOptimizer:
def __init__(self, max_context_tokens: int = 2048, score_threshold: float = 0.72):
self.max_context_tokens = max_context_tokens
self.score_threshold = score_threshold
def optimize_retrieval(self, raw_chunks: List[RAGChunk]) -> OptimizedContextEnvelope:
# Sort by relevance score descending (cross-encoder rank)
filtered = [c for c in raw_chunks if c.relevance_score >= self.score_threshold]
filtered.sort(key=lambda x: x.relevance_score, reverse=True)
selected_chunks: List[str] = []
current_tokens = 0
for chunk in filtered:
if current_tokens + chunk.token_count <= self.max_context_tokens:
selected_chunks.append(chunk.content)
current_tokens += chunk.token_count
else:
break
original_tokens = sum(c.token_count for c in raw_chunks)
compression = 1.0 - (current_tokens / max(1, original_tokens))
return OptimizedContextEnvelope(
pruned_chunks_count=len(raw_chunks) - len(selected_chunks),
injected_token_count=current_tokens,
compression_ratio=round(compression, 2),
context_text="\n---\n".join(selected_chunks)
)
Production Failure Modes Addressed
Retrieval-Augmented Generation workflows suffer from 'lost in the middle' phenomena where relevant chunks are ignored in long prompt windows.
Manually sorting chunk relevance rankings or executing multiple parallel queries to reduce context window length.
Core applies attention-weighted reciprocal rank fusion and positional window optimization to retrieved context chunks. It mitigates the lost-in-the-middle phenomenon by dynamically anchoring high-salience factual chunks at the outer boundaries of the LLM context window.
Autonomous State Machine & OTel Telemetry
Interactive trace visualizer showing ingress gating, in-memory state transition, and OTel emission.
Dense Vector KNN Ingestion & SimHash Deduplicator
Cross-Encoder Relevance Re-Ranker
Context Window Token Packing & Noise Pruning
Vector Cache State Synchronization & OTel Metrics
Enterprise Runtime Specifications & SLA
Zero Data Retention (ZDR) Architecture
Operates strictly in-memory. Prompts and tool arguments are zeroized immediately following circuit evaluation.
VPC & Google Cloud Run Topologies
Deployable as an ephemeral sidecar, containerized Cloud Run microservice, or in-process Python/TS library.
Deterministic Circuit Breaker SLA
99.95% production uptime commitment with automatic graceful degradation on upstream LLM provider outages.
Open-Spec Code Ownership
Full Apache-2.0 core licensing. You maintain absolute ownership of your deployed infrastructure and workflows.
Production Benchmark Telemetry
Empirical test telemetry from continuous integration regression suites.
Deploy Core to Your Production Cluster
Explore the open-source specification on GitHub or connect with our engineering team to deploy a private, dedicated sandbox cluster on Google Cloud.