──────────────────────────────────────────────────────────────────────── PROJECT NOVA – COMPLETE DOCUMENT ────────────────────────────────────────────────────────────────────────
The current RFP process is slow, manual, and error‑prone, causing delayed responses, poor technical compliance, and lost tender opportunities. Inefficient workflows limit tender participation and reduce competitiveness.
Project NOVA automates the entire RFP lifecycle using a multi‑agent AI ecosystem. It autonomously discovers tenders, extracts technical data, matches specifications with OEM SKUs, generates pricing, and produces a tender‑ready proposal PDF within hours. NOVA enables faster responses, higher accuracy, and scalability without increasing manpower.
- Response Time: 5 days → 12 hours
- RFP Coverage: 25/month → 60+ per month
- Spec Match Accuracy: 85–95%
- Manual Effort Reduction: 70%
- Pricing Consistency Improved
- Expected Win Rate Improvement: 27% → ~42%
Target Industry:
- Industrial Manufacturing (Wires, Cables, EPC Tendering)
Industry Type:
- B2B (Business-to-Business)
User Group:
- Tendering Team
- Technical Engineers
- Pricing & Commercial Teams
- Sales Managers
User Department:
- Tender & Bid Management
- Engineering / QA–QC
- Pricing & Commercial Estimation
- Sales & Business Development
- User uploads or selects an RFP in the dashboard
- Sales Agent extracts summary, deadlines, key metadata
- Technical Agent extracts technical specifications
- Spec Match % computed and SKU recommendations generated
- Pricing Agent creates automated cost breakdown
- Master Agent compiles outputs into a final proposal
- User reviews & downloads tender-ready PDF
RFP (PDF/HTML)
→ Sales Agent extracts metadata → PostgreSQL
→ Technical Agent extracts specs → Embeddings → FAISS/Neo4j
→ Pricing Agent fetches SKUs → ML cost model → Pricing table
→ Master Agent validates & merges → Final proposal
→ Dashboard → PDF Download
Primary Output:
- Web Application (dashboard)
Secondary Outputs:
- Proposal PDF (technical + commercial)
- CSV exports
- Future: ERP/SAP API integration
AI / Agent Frameworks:
- LangGraph, LangChain
- GPT‑4 / GPT‑5 Turbo
- Embedding Models (text‑embedding‑3-large)
- XGBoost Regression for pricing
Backend:
- FastAPI, Python
Databases:
- FAISS / Pinecone (vector DB)
- Neo4j (graph DB)
- PostgreSQL (metadata)
Frontend:
- Streamlit dashboard
- HTML/CSS (initial UI drafts)
Deployment:
- Docker
- Azure App Services
- Jenkins CI/CD
Assumptions:
- RFPs are available in extractable formats
- OEM data is structured and consistent
- Basic pricing data available
Constraints:
- Scanned PDFs reduce accuracy
- No official APIs for tender portals
- Format variability in tenders
Decision Points:
- LangGraph for agent stability
- FAISS/Pinecone for fast spec matching
- Neo4j for product-spec relationships
- FastAPI for light, async backend
- Docker for modular scaling
- Modular agent architecture makes implementation simple
- Each agent can be built independently
- Prototype achievable in 3–4 weeks
- Dramatically improves response time, accuracy, scalability
Robustness:
- Dockerized agents
- Retry logic
- Orchestrated workflows
Security:
- HTTPS
- Encrypted document storage
- Role-based access
- Audit log
Scalability:
- Horizontal agent scaling
- Cloud deployment
- Vector DB handles large SKU sets
Extensibility:
- Add Compliance Agent, Win-Rate Agent, Multilingual Agent
- ERP/SAP integration
Core Components:
- Sales Agent
- Technical Agent
- Pricing Agent
- Master Agent
- Cognitive Mesh DB
UI Components:
- Streamlit Dashboard
- RFP Viewer
- Technical Matching Screen
- Pricing Screen
Output Components:
- Proposal PDF Generator
- Analytics Panel
- Team Lead / Backend
- AI/ML Developer
- Prototype Developer
- UI/UX + PPT
- Documentation + Integration Support
Project NOVA is an AI-powered multi-agent system that automates the entire RFP response lifecycle—from tender discovery to proposal generation—within hours instead of days, with higher accuracy and consistency.
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