Case Studies

Case studies, not a project gallery

Each case starts with the problem: what was unclear, which constraints mattered, what decisions were made and what operational impact was created.

Open Source

Quant Research Platform

Quant Systems / Data Pipeline / Research Infrastructure
01
Quant ResearchData PipelineBacktestingMLOpen Source
The Problem

Most quant systems have a gap between trading idea and execution: insufficient data, backtests without real costs, strategies without market regime awareness and non-reproducible results.

Constraints

Data quality in 6 layers, execution costs (fee + slippage + 1-bar delay), no look-ahead bias, full reproducibility and modular architecture.

Systems Thinking

The pipeline was designed from hypothesis to report: data → validation → strategy → backtest → walk-forward → Monte Carlo → dashboard.

Architecture

Three-layer architecture: Browser Dashboard / FastAPI / Research Library on Parquet Data Store. 8 strategy families in frozen dataclasses, vectorized numpy/pandas backtesting.

Operational Impact

Trading decisions are grounded in quantitative evidence. Walk-forward and Monte Carlo reveal the difference between a real strategy and a curve-fitted one.

Metrics

CAGR, Sharpe, Sortino, Calmar, Max Drawdown, Win Rate, Profit Factor — all computed with real execution costs.

Key Lesson

A good quant system starts with a hypothesis, not code. When the architecture from data to report is clear, trading decisions have genuine quality.

  • Incremental download from 111+ exchanges with Binance monthly archives and CCXT fallback
  • Vectorized backtesting with real fees, slippage and 1-bar execution delay
  • Walk-forward validation and Monte Carlo for mandatory robustness testing
  • 4 market regime detection with strategy recommendation per regime
  • ML baseline with chronological split and Feature Library with 40+ indicators
  • Open source under MIT license on GitHub
Decision Engines

Trading Bot

Quant / Decision Systems
02
RL / MLRisk ArchitectureContinuous Optimization
The Problem

Trading logic without test architecture, risk control and a live optimization loop.

Constraints

Data quality, drawdown, 24/7 execution, error monitoring, liquidation guardrails and backtest/live mismatch.

Systems Thinking

The strategy was decomposed into hypothesis, risk metrics, execution rules and review cadence.

Architecture

Backtest module, risk layer, execution logic and monitoring dashboard.

Operational Impact

Decisions about continuing, stopping or improving the strategy became clearer.

Metrics

Focus on drawdown, win/loss distribution, exposure and execution errors.

Key Lesson

In quant, decision quality matters more than code quality; code must serve decisions, risk and live monitoring.

  • Decision ensembles with fuzzy control and reinforcement learning
  • Drawdown controls, profit locks and liquidation guardrails
  • Batch optimization and retraining loops in real operations
Health SaaS Platform

Cliniclick

Product Systems / Healthcare Workflow
03
Multi-Tenant SaaSRealtime OperationsHealthcare Workflow
The Problem

Practice operations and patient experience from booking to intake, messaging, settlement and daily reporting needed one connected flow.

Constraints

Patient trust, simple experience, OTP, doctor/secretary/patient roles, precise follow-up and usable data flow.

Systems Thinking

The product was designed as a coordination system between patient, clinic and operational decisions.

Architecture

Workflow, admin panel, data capture and follow-up paths.

Operational Impact

Follow-up and status visibility improved, reducing abandoned opportunities.

Metrics

Response time, follow-up rate, process completion and data quality.

Key Lesson

In healthcare, a good system must be both human and precise; each role should see only what it needs for the next action.

  • Public OTP booking, in-person/online scheduling and appointment lifecycle control
  • Role-specific doctor/secretary/patient panels with real-time internal messaging
  • Integrated financial and admin operations: payments, debtors, expenses and inventory
Medical Ops Platform

Dr. Sadeghizadeh CRM

Clinic CRM + Finance + Inventory + BI
04
Clinic CRMMedical OpsFinanceInventoryLoyalty ClubAI Analytics
The Problem

The clinic needed a multi-role system for scheduling, records, finance, inventory, loyalty and intelligent analytics.

Constraints

Small team, limited time, simple capture, fast reporting, reducing no-show and connecting finance/care operations.

Systems Thinking

The CRM needed to simplify team behavior, not create new administrative load.

Architecture

Pipeline, lead status, reminders, reporting and follow-up ownership.

Operational Impact

Sales opportunities became more visible and follow-ups more controllable.

Metrics

No-show under 5%, intake-to-visit cycle under 8 minutes, patient return rate above 35%, lead aging and pipeline status.

Key Lesson

A CRM works when it understands the team's real language and connects to finance, inventory, loyalty and BI.

  • Unified appointment, intake, records and team communication workflow
  • Finance and accounting layer with profit/cost reports and general ledger
  • Clinic inventory with per-service consumption templates
  • Loyalty program with points, referrals and credit redemption
  • Advanced analytics: RFM, churn, no-show and clinic flow
  • SMS automation and follow-up engine to reduce visit drop-off
FinTech Platform

Soodo

FinTech / Product Ops
05
Multi-EngineDelivery ArchitectureProduct Ops
The Problem

A multi-engine signal platform needed to support fast delivery, decision quality and scalable product operations at the same time.

Constraints

Product simplicity, simultaneous web/Telegram/alert delivery, subscription model, admin operations, behavioral data and fast delivery.

Systems Thinking

The design had to make the product usable while enabling learning from users.

Architecture

Product flow, data points, control panel and staged improvement.

Operational Impact

Product decisions were supported by better data and observation.

Metrics

Activation, retention, completion and friction points.

Key Lesson

A good product is not only an interface; it is a learning, delivery and revenue-operations system.

  • Clear separation between generation and delivery layers
  • Simultaneous support for web, Telegram and alert channels
  • Alignment between technical architecture, subscription model and admin ops

Begin

Your problem could be the next case.

Let's start with a strategic session: name the bottleneck and choose the right architecture path.