SmaranQ
Private, local-first macOS meeting intelligence in alpha: local transcription, screen context, retrieval and a compact in-meeting HUD (Q) that surfaces timely cues.
Context Engineer / Senior AI Developer at Accellor / IIT Mandi
Senior AI Developer at Accellor, building stateful AI agents, enterprise RAG, and reliable multi-agent workflows.
I build software that can retrieve the right context, use tools, retain state and recover when workflows fail. At Accellor, my work covers production AI copilots, Microsoft Agent Framework, Azure OpenAI and Azure AI services, FastAPI/SSE, and human-in-the-loop orchestration.
Before agentic AI, I built revenue-intelligence models at RevSure AI, ML targeting and recommendation systems at Pixis, and product analytics at LEAD School. I earned a Civil Engineering B.Tech with a minor in Management from IIT Mandi after studying at Abhayanand Super 30.
My independent work includes SmaranQ (meeting intelligence), Camoscope (consent-based screen-share auditing), ActionNova (macOS utility workspace), and the open-source Agentarium project. OrgSmith is still an architecture concept and HTML prototype, not a functioning agent-execution engine.
Selected systems
Featured work first, followed by early prototypes and experiments. Release status is shown on each project.
Private, local-first macOS meeting intelligence in alpha: local transcription, screen context, retrieval and a compact in-meeting HUD (Q) that surfaces timely cues.
Camoscope v0.1.3 is a consent-based macOS screen-share audit CLI (public beta). It flags windows potentially excluded from capture, identifies owning apps and can inspect Accessibility-exposed text; findings require verification against the actual share.
ActionNova v0.1.14 is a native Swift 6.2/macOS 26+ development build that turns the notch into an ambient workspace for timers, media, camera, calendar, clipboard, files, notes, Shortcuts and system activity.
Agentarium 0.3.0 is a local-first browser workspace for human-led AI-agent teams: connect a project folder, edit tasks, switch project phases and save/export locally. Maestro is a simulation preview; real agent execution is upcoming.
Production systems
Public-safe architecture summaries from current production work. Client-specific details remain private.
Copilot workflows with persistent agent sessions, structured outputs, retries, checkpoints, state transitions and human-in-the-loop approvals.
Retrieval and memory layers spanning enterprise documents and prior interaction context using Azure AI services, search, Redis, and persistent state.
FastAPI/SSE services around Azure OpenAI, AI Foundry, Document Intelligence, search, storage, and production agent workflows.
More projects and experiments
Concept and HTML prototypes for a hierarchical AI-organization simulator with specialist-to-founder escalation, token-budgeted shifts, human oversight and artifact-first workflows. The orchestration engine is planned, not yet implemented.
Expense-splitting web app with a Next.js/React frontend and Node.js/Express/PostgreSQL backend, including group expenses, settlements, authentication and role-based access controls.
Python CLI experiment using a CrewAI-inspired multi-agent workflow to clean, analyze and answer natural-language questions about a flight-booking dataset.
Recommendation-system experiment comparing confidence-based and bias-vector ranking models using Precision@10 and NDCG@10, with evaluation results documented in the repository.
Local-first browser Markdown editor with live preview, GitHub-flavored Markdown, syntax highlighting, KaTeX maths, Mermaid diagrams, autosave and .md export.
Real-time timekeeping utility app shipped end-to-end.
Early-stage chat and collaboration interface concept associated with SplitKar, developed as a separate UI prototype.
Utility app for streamlined expense workflows and summaries.
Minimal single-purpose sites for invitations, plans, and quick static experiences.
Production AI copilots & multi-agent systems: Copilot workflows with persistent agent sessions, structured outputs, retries, checkpoints, state transitions and human-in-the-loop approvals.
Context and institutional memory: Retrieval and memory layers spanning enterprise documents and prior interaction context using Azure AI services, search, Redis, and persistent state.
AI application infrastructure: FastAPI/SSE services around Azure OpenAI, AI Foundry, Document Intelligence, search, storage, and production agent workflows.
Lead Fit scoring system: Prioritized accounts using firmographic, behavioral, and conversion signals to improve sales targeting efficiency.
Lead Propensity model: Predicted progression across the funnel (MQL→SQL→Opportunity→Closed-Won) to improve forecasting and campaign optimization.
Title Standardization: LLM + rule-based cleaning/normalization for CRM job title data to improve downstream model performance and reporting.
Probabilistic multi-touch attribution: HMM-based attribution to quantify channel impact and move beyond static rule-based attribution.
Buying Stage inference: Combined product, marketing, and sales signals to infer customer journey stages and provide real-time visibility.
LLM-based data standardization: Applied LLM-based semantic normalization techniques to reduce manual effort and improve data quality across pipelines.
Predictive targeting & optimization models: Behavioral, engagement, and contextual signal models to improve campaign performance.
Marketing data pipelines: Built real-time + batch processing pipelines using AWS S3 + Athena for ML inference and reporting.
Feature engineering framework: Reusable feature creation workflow to transform raw signals into ML-ready inputs.
Codeless AI infrastructure: Enabled non-technical users to leverage ML insights in workflows.
Early generative AI experiments: Prompt-based experimentation and integrations for targeting/segmentation automation.
Product dashboards & reporting: Built interactive dashboards to track performance and business metrics for product teams.
Reporting pipeline automation: Automated reporting workflows using Python + Airflow, reducing manual reporting effort.
Placement policy & stakeholder communication: Improved student placement experience and policy execution through coordination with academic departments and administration.
Crack detection POCs: Led POCs and problem-solving for crack detection using tooling and data interpretation.
Data quality & troubleshooting: Troubleshot technical issues to ensure accurate submissions and data integrity for contractors.
Ten habits that make Claude Code feel less random and more like a useful coding partner.
A full-stack workflow for planning, model choice, memory, review, hooks, skills, and parallel execution.
How to turn repeated reminders into Claude Code hooks that actually run.
Why reusable skills beat ad-hoc prompts for engineering workflows that need process.
A practical map of the slash commands worth building into Claude Code muscle memory.
How plan mode separates deciding what should change from writing the code.
A modern decision rule for choosing between prompt-like commands and structured skills.
More writing
Notes on developer tooling, data science, and practical workflows.
A practical guide to Python inlay hints in VS Code: configure Pylance to display function parameter names where you need them.
A look at the AI-driven advertising and creative features announced at Google Marketing Live 2024.
A curated guide to VS Code extensions and small workflow improvements for day-to-day data science.
Formal wording: Senior AI Developer at Accellor, Data Scientist at RevSure AI and Pixis, Product Analyst I at LEAD School.
The first chapter was rooted in Chauri, around my maternal grandparents' home. It gave me a grounded start: family, discipline, and the kind of curiosity that comes from watching people solve everyday problems with limited resources.
Primary schooling started in my village, Kanhaiyachak. It was a simple beginning, but it built the first habits of showing up, learning steadily, and staying close to the realities around me.
At Shanti Kunj Public School, the academic world widened. This was where school became more structured and I started building confidence across subjects.
Bal Vidya Niketan became the phase where maths and physics started standing out. The focus shifted from just doing well in class to preparing for a larger academic path.
The Super 30 phase in Patna sharpened everything: science, JEE preparation, independence, and the belief that a student from a small-town background could compete at a national level.
IIT Mandi gave me a technical foundation through Civil Engineering, plus a management minor and a wider world of projects, leadership, and problem-solving. It was also the bridge from academic strength into product and data thinking.
The professional chapter started with product analytics, moved into production data science and revenue intelligence, and now sits in agentic AI systems: RAG, multi-agent workflows, AI agents, and generative AI products.
Preferred channel: contact@rajsharma.space.