Agentic Knowledge Engine

BuildWiki: The Agentic Knowledge Engine for Australian Construction

We transform noisy, fragmented community data into a verified, high-trust knowledge source for the residential building industry.

See Our Tech

Engineering the Truth

We operate a high-signal ingestion pipeline that moves beyond simple vector search. By integrating a human-in-the-loop (HITL) moderation layer, we ensure that only factually accurate, tagged, and vetted knowledge enters our RAG engine.

Our “Hermes” agent tracks moderator corrections, continuously optimizing our automated extraction logic. This is not just a chatbot, it is a self-hardening knowledge infrastructure.

Technical Insight

Engineering Walkthrough

A technical breakdown of our production-grade pipeline: from automated social ingestion and vector-space deduplication to our model-agnostic inference layer.

BuildWiki Technical Architecture Diagram

Why BuildWiki is Different

Most RAG systems focus on retrieval quality but assume the underlying knowledge corpus remains reliable. As content grows, duplicate information, outdated discussions, inconsistent tagging, and low-quality sources can gradually reduce retrieval precision and increase maintenance overhead.

BuildWiki is designed to continuously improve the quality of its knowledge base rather than simply indexing more content. Our architecture combines:

Human-verified ingestion
Semantic deduplication
Provenance tracking
Continuous prompt optimization
Hybrid retrieval
Closed-loop learning via Hermes

“Every moderation decision becomes training data for our ingestion pipeline, enabling BuildWiki to improve extraction quality, reduce duplicate content, and strengthen retrieval accuracy over time. Rather than accumulating technical debt as the knowledge base expands, the platform is designed to become more accurate with every moderation cycle.”

The Workflow

01

Data Sources

Ingestion

Aggregating raw community discussions, forum threads, and regulatory documents from high-signal Australian sources.

02

Ingestion Engine

Automated

Python-based extraction of key discussion points, FAQs, and tips, tagged via automated classification.

03

Deduplication

Semantic Filtering

Deterministic comparison of new content against approved stores using semantic similarity to eliminate noise.

04

Embedding

Vectorization

Generating high-dimensional vector representations via Fireworks.ai, stored alongside provenance metadata.

05

HITL Moderation

Human-in-the-Loop

Manual gate for content validation, tag administration, peer review, and final content editing.

06

Hermes Feedback Loop

Self-Improving

Autonomous agent consolidation of moderator edits to programmatically refine ingestion prompts and logic.

07

Hybrid Indexing

Search Architecture

Multi-layered index combining semantic vectors, structured metadata, and keyword matching for precision.

08

Output Surface

Frontend

SEO-optimized public interface serving structured, vetted knowledge artifacts.

09

RAG Assistant

Bric

Context-aware conversational interface grounding answers in cited, verified sources with sub-1.5s latency.

AI Model Strategy

Pluggable Model Architecture

Our ingestion and RAG pipeline implements a provider-agnostic adapter pattern. We can natively configure Gemini, DeepSeek, or local Ollama instances as primary endpoints, or route through OpenRouter to access an expansive library of alternative inference models.

Dynamic Routing

We maintain primary/fallback configurations that allow us to switch inference providers based on task complexity, token costs, or service availability, ensuring our system remains resilient to provider-specific outages.

Infrastructure Stack

Data & Persistence

We leverage Turso as our unified database layer, handling both structured relational metadata and high-dimensional vector embeddings for semantic search.

Edge Deployment

The platform is deployed via Vercel, utilizing their edge network to ensure low-latency, global availability for the RAG assistant and public site.

Why Our Tech Scales

The Self-Improving Advantage

Unlike static knowledge bases, BuildWiki features a closed-loop ‘Hermes’ agent. It monitors human moderation edits and programmatically refines our ingestion extraction logic. The more we moderate, the more accurate our engine becomes.

System Health Metrics

100
posts/week
Ingestion Efficiency
25%
noise reduction
Deduplication Precision
100%
cited
Knowledge Trust
<2h
per batch
Review Velocity

Knowledge Trust Model

Provenance

Every knowledge artifact is linked to its verified source discussion thread.

Grounding

The RAG engine is strictly restricted to vetted artifacts, minimizing hallucination risk.

Auditability

The Hermes agent maintains a full log of manual corrections for internal oversight.

Security & Compliance

API Security

Rate limiting, CORS hardening, and injection prevention on all endpoints.

Content Provenance

Every indexed item carries traceable source metadata with moderation history.

Building the Future of Construction

BuildWiki was founded to solve the information asymmetry that plagues the Australian construction industry. We are a team of builders and software architects committed to democratising home-building knowledge through verified, high-trust AI infrastructure.