GeezerVison is showing github.com โ DYNOSuprovo - Overview
Suprovo Mallick (DYNO)
DYNOSuprovo
๐ Suprovo | aka LDrago
Machine Learning Strategist | Generative AI Tinkerer | Logic over Emotion
01 // NEURAL_DOSSIER [IDENTITY_MATRIX]
# OPERATOR IDENTITY SPECIFICATION
OPERATOR: Suprovo Mallick
CALLSIGN: DYNO
ROLE: Generative AI & ML Systems Engineer
ACADEMICS: B.Tech in Computer Science @ KIIT (2023 - 2027)
ACCREDITATION: BS in Data Science (Foundation) @ IIT Madras
COORDINATES: West Bengal, India [88.3639ยฐ E, 22.5726ยฐ N]
# COMBAT MANIFESTO
DIRECTIVE: >
"Notebook prototypes are child's play. I engineer verifiable,
evidence-grounded, low-latency AI pipelines and multi-agent
swarms architected to withstand heavy production concurrency."
โก TELEMETRY INTEGRITY GAUGES
- Adaptive RAG & Dynamic Pruning
[โโโโโโโโโโโโโโโโ] 100% (NLI Filtering)
- Multi-Agent State Orchestration
[โโโโโโโโโโโโโโโโ] 92% (LangGraph StateGraphs)
- Deterministic Output Grounding
[โโโโโโโโโโโโโโโโ] 90% (Token-Overlap Bypass)
- Inference Concurrency & APIs
[โโโโโโโโโโโโโโโโ] 95% (FastAPI / 4-bit Quantization)
- Open Source Runtime Patches
[โโโโโโโโโโโโโโโโ] 98% (ComfyUI / LlamaIndex / Haystack)
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[RUNTIME_STATUS]
RETRIEVAL_LATENCY = < 2.0s
HALLUCINATION_RATE = < 10%
TOKEN_OPTIMIZATION = ~80% PRUNED
CITATION_PRECISION = 100% VERIFIED
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02 // ARCHITECTURAL_CORE [EVIDENCE_FIRST_AI]
"Foundation models are commoditized runtime engines. Real AI engineering begins at query semantics, dynamic pruning, context sanitation, and deterministic output verification."
flowchart TD
classDef influx fill:#050816,stroke:#00f7ff,stroke-width:2px,color:#00f7ff;
classDef router fill:#120136,stroke:#7209b7,stroke-width:2px,color:#fff;
classDef filter fill:#240046,stroke:#ff007f,stroke-width:2px,color:#ff70a6;
classDef mesh fill:#0a192f,stroke:#00ff99,stroke-width:2px,color:#00ff99;
classDef gate fill:#1f1147,stroke:#ffd166,stroke-width:2px,color:#ffd166;
classDef out fill:#003566,stroke:#00e5ff,stroke-width:2px,color:#fff;
Q[User / Telemetry Stream Influx]:::influx --> R[Semantic Router Node]:::router
R --> S[Hybrid Dense-Sparse Fetch: ChromaDB + BM25]:::router
S --> P[NLI Context Pruning Engine: Threshold >= 0.70]:::filter
P --> M[Multi-Agent Reasoning Graph: LangGraph]:::mesh
M --> V{Deterministic Gate: Overlap Heuristic >= 0.72?}:::gate
V -- Bypass Heavy LLM --> O[Async FastAPI REST Endpoint]:::out
V -- Ambiguous Match --> C[Deterministic Critic Node]:::filter
C --> O
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| LAYER |
ENGINE SUBSYSTEM |
ARCHITECTURAL IMPACT |
| 01 |
Hybrid Vector-Sparse Indexing |
Combined ChromaDB dense embeddings with BM25 sparse keyword rankers for multi-modal recall. |
| 02 |
Cross-Encoder NLI Pruning |
Strips duplicate and contradictory claims with NLI score $\ge 0.70$, slashing token spend by $\sim 80%$. |
| 03 |
Stateful Multi-Agent Mesh |
LangGraph orchestration isolating Router, Extractor, Synthesizer, and Critic nodes with cyclic recovery. |
| 04 |
Deterministic Verification Gate |
Token-overlap heuristic ($\ge 0.72$) eliminates costly validation LLM calls; bounds hallucinations to $< 10%$. |
| 05 |
Low-Latency Runtime Delivery |
Multi-worker async FastAPI backend with containerized Docker deployment delivering $< 2.0\text{s}$ execution. |
03 // FLAGSHIP_SYSTEMS [PRODUCTION_NODES]
๐งฌ NODE 01 // ADAPTIVE EVIDENCE RAG
Intelligent, Self-Evaluating Context-Pruning Retrieval Engine
Latency: < 2.0s โข Token Pruning: ~80% โข Hallucination Rate: < 10% โข EM Accuracy: > 75%
[ARCHITECTURE FLOW]
Query โโโบ Dynamic Expansion โโโบ 5x Parallel Fetch โโโบ NLI Pruning (>=0.70) โโโบ Grounded Qwen-4bit
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Hallucination Suppression ($< 10%$): Employs strict NLI contradiction filtering and atomic claim extraction prior to synthesis.
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Context Sanitation: Cross-encoder NLI independence metric eliminates $\sim 80%$ of redundant tokens, ensuring ultra-dense context windows.
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Full-Stack Container: Containerized React.js + FastAPI pipeline powered by a local 4-bit quantized Qwen model for sub-2-second inference.
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๐ NODE 02 // PLUTO v2
Multi-Agent Document Intelligence & Evidence Verification Mesh
Concurrency: 8-Worker Pool โข Extraction Latency Drop: ~80% โข Citation Precision: 100%
[MULTI-AGENT PIPELINE]
Document โโโบ Router Node โโโบ Extractor + Retriever โโโบ Synthesizer โโโบ Critic Gate โโโบ Verified Payload
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100% Verifiable Quote Attribution: Router $\to$ Extractor $\to$ Synthesizer $\to$ Critic state graph guarantees unbacked claims are scrubbed.
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80% Latency Drop: Multi-worker thread pools combined with an internal two-tier LLM response cache eliminate redundant computation.
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Heuristic Bypass Gate: Token-overlap heuristic ($\ge 0.72$) bypasses heavy LLM critic verification for obvious evidence matches.
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๐ง NODE 03 // INTENT COMPILER
Autonomous Architecture, Schema & Technical Specification Engine
Engine: LangGraph StateGraph โข Inference: Groq LLaMA-3 LPU โข Stack: Streamlit + Python
[AUTONOMOUS COMPILATION]
Product Vision โโโบ Agent Graph โโโบ Requirements Spec + Architecture Blueprints + DB Schemas + Pseudocode
- Compiles natural-language product ideas into complete, production-grade technical blueprints, database schemas, and executable pseudocode.
- Employs stateful LangGraph agents that autonomously critique technical viability and validate dependency graphs before compilation.
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โก NODE 04 // AWESOME AGENTIC PATTERNS & PLAYBOOK
Production AI Agent Architectures, MCP Directory & Developer Rule Blueprints
Architectures: Hierarchical Supervisor โข Evaluator-Optimizer โข Tooling: MCP Servers โข Runtimes: Claude, Cursor, Antigravity
[AGENTIC TOPOLOGY]
Prompt โโโบ Orchestrator โโโบ Subagents (Research/Coding) โโโบ MCP Tool Call โโโบ Verifier
- Battle-Tested Agent Blueprints: Curated system prompts and
.cursorrules, CLAUDE.md, and AGENTS.md templates to eliminate token waste and prevent hallucinations.
- Model Context Protocol (MCP) Integration: Production-ready server configurations for Filesystem, Git, Postgres, and SQLite tool execution.
- Automated Workspace Setup CLI: Includes interactive Python wizard for auto-detecting project stacks and deploying agent directives in seconds.
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| SYSTEM NODE |
CORE STACK & ARCHITECTURE |
KEY PERFORMANCE METRIC |
LIVE ENDPOINT |
| ๐พ WHEAT GUARDIAN |
Edge CV Crop Pathology (EfficientNetV2B2 + OpenCV + FastAPI) |
93%+ Accuracy โข $\sim 300\text{ms}$ Latency |
DEPLOYED APP |
| ๐ TRANSLATE-V2 |
Low-Resource NMT Transformer (PyTorch + NLLB-200 + FastAPI) |
-38% Latency Gain via Batching |
HF SPACE |
| ๐ฅ AAHAR |
Dietary RAG Assistant (LangChain + Gemini + ChromaDB + React) |
Personalized Multi-Turn Memory |
WEB APP |
| ๐ฐ AI EXPENSE ADVISOR |
Financial Retrieval Engine (Streamlit + LangChain + Gemini) |
Semantic Spend Classification |
GITHUB REPO |
04 // OPEN_SOURCE_OPS [17+_MERGED_PRS]
05 // TACTICAL_ARMORY [FULL_SPECTRUM_STACK]
06 // INDUSTRY_LOG [EXPERIENCE_&_RESEARCH]
๐งช ROLE // AI CHATBOT & GENAI BACKEND DEVELOPER
FED Society | 2024 โ PRESENT
Client โโโบ [FastAPI Gateway] โโโบ [Vector DB RAG] โโโบ [Memory Matrix] โโโบ Response
- Modular FastAPI Microservices: Engineered scalable backends integrating persistent vector databases with multi-turn conversation memory.
- 30% Latency Reduction: Accelerated end-to-end response pipelines through embedding matrix pooling and selective cross-encoder reranking.
- Production LLM Endpoints: Architected robust fallback-enabled inference endpoints powering conversational wellness workflows.
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๐ RESEARCH // RAAHI (PIC-2026)
Real-Time Transport Tracking in Low-Connectivity Cities
Proceedings of the 15th Project Innovation Contest (PIC-2026)
Satellite Event of ICDCIT-2026, KIIT
status: Peer-Reviewed & Published
selection: Top 40 out of 160 submissions globally
domains: [Distributed Systems, Edge Routing, Telemetry Sync]
- Formulated a fault-tolerant telemetry synchronization mechanism maintaining positional continuity across packet-loss-heavy cellular networks.
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07 // ALGORITHMIC_CORE [PROBLEM_SOLVING]
| ALGORITHMIC DOMAIN |
MASTERY DEPTH |
CORE HEURISTICS & PATTERNS |
| Dynamic Programming & Graphs |
[โโโโโโโโโโโโโโโโ] 88% |
State Compression, Topological Sort, Shortest Path (Dijkstra), Memoization |
| Sliding Window & Two Pointers |
[โโโโโโโโโโโโโโโโ] 96% |
Dynamic Subarrays, Monotonic Queues, Influx Stream Optimization |
| Trees, Heaps & Tries |
[โโโโโโโโโโโโโโโโ] 90% |
LCA via Binary Lifting, Prefix Search Trees, Priority Cache Scheduling |
| Asymptotic Bounds & Memory |
[โโโโโโโโโโโโโโโโ] 85% |
Space-Complexity Guards, Bit Manipulation, CPU Cache Locality |
08 // CREDENTIALS_VAULT [CERTIFICATIONS]
09 // TELEMETRY_STREAM [REPO_METRICS]
10 // COMM_LINK [TRANSMISSION_PORT]
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โก The Definitive Production AI Agent Playbook: System prompts, MCP server configs, multi-agent architectures, and developer workflows for Claude Code, Cursor, Gemini, and OpenAI Swarm.
Python
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