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Crypto Market Analytics Dashboard & Forecasting Toolkit

Market analytics prototype that combines data extraction, technical indicators, forecasting experiments, portfolio analytics, and dashboard storytelling into one structured decision-support workspace.

PythonDashPlotlyyfinanceMachine LearningTechnical IndicatorsForecasting

Market research command view

Crypto Market Analytics Dashboard

Technical indicators, forecasting experiments, portfolio analytics, and dashboard storytelling in one market lab

research-ready
01

Collect

Market data

02

Measure

Indicators

03

Forecast

Models

04

Analyze

Portfolio

05

Present

Dashboards

Signal board

Indicator mix
Signals
01

RSI / MACD / OBV

Forecasts
02

ARIMA / LSTM

Portfolio
03

Risk / Allocation

Dashboards
04

Dash / Plotly

Research preview

Asset watchlist
Trend line
Market mix
AssetTrendSignalModelStatus
BTCUptrendRSI 64ARIMAActive
ETHRangeMACD +SARIMAReview
SOLMomentumOBV ↑LSTMWatch
ADAReversalBandsRFTest

Story outputs

Indicator DashboardForecast ComparisonsPortfolio ViewRisk SignalsAllocation IdeasDecision Support
Indicators
Market signal layer
Forecast Lab
Model experimentation
Portfolio View
Decision-support output

Business problem

Market research needed more than isolated charts or single-model experiments. The work needed a sandbox where historical market data, technical indicators, forecasting prototypes, and portfolio ideas could be reviewed together.

Without a structured analytics layer, it was harder to compare models, evaluate signals, or turn raw market movement into a more usable decision-support narrative.

System built

Built a Dash / Plotly analytics toolkit with market-data extraction, technical indicators such as RSI, MACD, Bollinger Bands, and OBV, plus forecasting prototypes including ARIMA, SARIMA, LSTM, and related experiments.

The result is a cleaner research workflow that connects signal generation, model experimentation, and portfolio-oriented analysis inside a dashboard experience that tells a stronger technical story.

Signal review

Signals reviewed

The dashboard evaluates market history, technical indicator behavior, model outputs, and portfolio context so analysis can move from raw price action to structured decision support.

Market price history
Volume and momentum context
Trend direction
RSI overbought / oversold levels
MACD crossover signals
Bollinger band positioning
On-balance volume behavior
Forecast horizon selection
Model comparison outputs
Portfolio allocation scenarios
Risk / volatility context
Dashboard readiness

Market analytics workflow

How it works

01

Collect

Pull market history and supporting price data into one reusable analytics workspace.

The workflow begins by collecting raw market data so technical indicators, forecasting experiments, and dashboard components all run on a shared foundation.

02

Measure

Calculate core technical indicators and market diagnostics that help describe momentum, trend, and behavior.

Indicator generation turns raw price movement into more interpretable signals that can be reviewed visually and compared across assets.

03

Forecast

Test forecasting approaches such as ARIMA, SARIMA, LSTM, and related prototype models.

The forecasting layer is built as an experimentation space, making it easier to compare methods and evaluate how different models behave under the same inputs.

04

Analyze

Review allocation, portfolio, and risk-oriented outputs that connect analytics work to decision support.

This layer turns model and indicator output into something more practical by framing the data around positioning, risk, and opportunity.

05

Present

Publish the results through a Dash / Plotly experience with charts, comparison views, and market-readiness summaries.

The final layer gives the project a decision-ready surface where signals, experiments, and portfolio insights can be reviewed together.

System layers

What the toolkit coordinates

Market data layer

Pulls price history and related market inputs into a reusable foundation for indicators, charts, and modeling.

Indicator engine

Calculates signals such as RSI, MACD, Bollinger Bands, and OBV so market movement becomes more interpretable.

Forecast lab

Provides a controlled sandbox for comparing ARIMA, SARIMA, LSTM, and related forecasting prototypes.

Dashboard layer

Packages the analysis into charts, portfolio views, and decision-support summaries through Dash and Plotly.

Impact signals

What the project improved

Technical indicator dashboard for market review

Forecasting prototype comparisons across models

Portfolio and allocation experimentation

Reusable visualization layer for analytics storytelling

Sandbox for connecting data science work to decision support

Operational value

From prototype analytics to a stronger market story

Signal clarity

Transforms raw market data into indicator-based views that are easier to interpret than looking at prices alone.

Model experimentation

Creates a controlled environment for testing and comparing forecasting approaches before committing to any single method.

Portfolio framing

Connects data science output to practical allocation and market review use cases instead of leaving it as isolated notebooks.

Visual storytelling

Presents the market workflow as a professional analytics story with charts, signals, model previews, and decision-support views.

Why this project matters

Market dashboards become more valuable when indicators, models, and portfolio thinking are connected in one coherent workflow.

This project is more than a crypto dashboard. It shows how research, analytics, and experimentation can be organized into a professional data product. By combining data extraction, technical indicators, forecasting prototypes, and portfolio views, the toolkit gives the analysis a clearer beginning, middle, and end.

The value is the story: collect the data, transform it into signals, test models, evaluate risk and opportunity, and present the output in a way that supports better review and sharper technical communication.

Confidentiality note

Visuals and descriptions are sanitized conceptual representations. They do not expose private company data, personal financial positions, live account credentials, proprietary model parameters, raw exports, internal notebooks, or source project secrets.