20 Equity and ETF Scripts Long Term Growth Portfolio | Theme - Technology (Aero & Defence - Telecom - IT - Financial Services - Media Entertainment & Publication - Automobiles & Auto Components) | Rebalancing Monthly | Equity ETFs Composition is 10% | 12 Months Subscription Plan
20 Equity and ETF Scripts Long Term Growth Portfolio | Theme - Technology (Aero & Defence - Telecom - IT - Financial Services - Media Entertainment & Publication - Automobiles & Auto Components) | Rebalancing Monthly | Equity ETFs Composition is 10% | 12 Months Subscription Plan - Image 2

20 Equity and ETF Scripts Long Term Growth Portfolio | Theme – Technology (Aero & Defence – Telecom – IT – Financial Services – Media Entertainment & Publication – Automobiles & Auto Components) | Rebalancing Monthly | Equity ETFs Composition is 10% | 12 Months Subscription Plan

₹100,000.00 for 1 year

Telegram Bot Command for @ShubhaangBot : /tech_20_4000000_e_10

Click here: “Portfolio Research Report & Factsheet”.

Click here: “Instructions & Standard Disclosures”.

Portfolio Parameters

Parameter Value
Stock Group Title Theme – Technology (Aero & Defence – Telecom – IT – Financial Services – Media Entertainment & Publication – Automobiles & Auto Components)
Portfolio Size 20 Equity and ETF Scripts {18 Equities and 2 Equity ETFs}
ETFs Composition Percentage Equity ETFs Composition is 10%
Portfolio Risk Future Risk may Exceed 55%
Minimum Annual Investment Capital ₹ 40,00,000
Optimal Investment Tenure 11 or more years.
Rebalancing Frequency Rebalancing Monthly
Subscription Tenure 12 Months Subscription Plan
Backtest – Sharpe Ratio Hist. Sharpe Ratio above 1.6
Backtest – Annualised Returns Hist. Annualised Returns Under 55%
Backtest – Annualised Risk Hist. Annualised Risk Exceeding 25%
Backtest – Max. Drawdown Hist. Max. Drawdown Exceeding 40%
Backtest – Max. Recovery Time Hist. Max. Recovery Time Exceeding 6 Quarters
Simulation – Lumpsum Capital Growth Multiple ** More than 279 times in 20 yrs with 99.9% probability

Simulation Results :- Lumpsum Capital Growth Multiples over Future Years at varying Probability Levels

Probability Levels (%) 20 Years 15 Years 10 Years 5 Years 3 Years 1 Year
99.9% Probability ** 279.06 43.34 7.42 1.53 0.91 0.66
99% Probability 725.36 98.89 14.53 2.46 1.32 0.82
98% Probability 1,019.54 132.85 18.49 2.91 1.50 0.89
95% Probability 1,705.70 207.25 26.56 3.76 1.83 0.99
90% Probability 2,714.15 309.28 36.76 4.72 2.18 1.10
80% Probability 4,876.67 511.10 55.13 6.26 2.71 1.25
75% Probability 6,173.75 625.14 64.81 7.00 2.96 1.31
50% Probability 27,479.80 2,131.71 165.65 12.86 4.63 1.67

Refer to the “Backtests & Simulations” tab for further details on their operational settings.

Investment Objective:

  • Invest in tech-driven sectors including aerospace, *, telecom, IT, media, and automotive tech for high-growth potential.

Investment Rationale:

  1. Exponential Growth Driven by Digital Transformation: The technology sector, including IT, telecom, and aerospace & *, is at the forefront of India’s digital economy, experiencing rapid expansion fueled by increased adoption of AI, cloud computing, and 5G, offering exceptional long-term growth and earning potential.
  2. Strategic National Importance and Policy Support: Government policies like “”Make in India,”” * modernization plans, and digital infrastructure initiatives provide a strong tailwind, enhancing sector stability, competitiveness, and profit margins compared to other industries or asset classes.
  3. Global Competitive Advantage and Export Opportunities: Indian technology and telecom companies are gaining international market share, enabling higher revenue growth, diversification, and higher margins, making them attractive, high-earning investments compared to traditional sectors or passive assets.

Investment Methodology:

  1. The broad universe for securities comprises of listed companies within the NSE 500 Index and all ETFs, which are meticulously filtered qualitatively in accordance with the predefined investment objective and investment rationale.
  2. Proprietary algorithms, advanced quantitative models, and technical analysis are applied to systematically identify securities with the highest likelihood of delivering superior returns.
  3. These models, extensively validated across various asset classes and time horizons, incorporate customized proprietary indicators of momentum, volume, volatility, and trend, ensuring that portfolio construction is entirely driven by objective data and high-quality signals, free from biases, prejudices, or emotional influence.
  4. The selection of securities and their respective weightings within the model portfolio is further optimized based on factors including the target portfolio size, ETF allocation, average daily trading turnover, available investment capital, rebalancing frequency, as well as the number of quantitative and technical criteria met by each security.
Stocks Group Title

Scripts Types

Portfolio Size

ETFs Composition Percentage

Portfolio Risk

Ideal Annual Investment

Optimal Investment Tenure

Rebalancing Frequency

Subscription Tenure

Subscription Plan Fee

Backtest - Sharpe Ratio

Backtest - Annualised Returns

Backtest - Annualised Risk

Backtest - Max. DrawDown

Backtest - Max.Recovery Time

Simulation Lumpsum Multiple

Backtests and Simulation Results:

  1. Backtest models are constructed using a limited set of assumptions about market conditions and portfolio characteristics; therefore, backtest results should not be interpreted as indicative of actual past performance in real-world conditions.
  2. Backtest results and Simulation results should never be used as a basis for comparing the actual performance of other intermediaries.
  3. Backtest and simulation outputs are provided solely as factual data to support comparative assessment of my subscription plans. They highlight the model’s potential in relation to the portfolio’s investment rationale and parameters under the stated investment methodology.
  4. Simulation results are derived from 10,00,000 trials and represent potential future scenarios based on normalised inputs (average returns and return volatility) obtained from backtesting.
  5. Users are strongly advised to exercise extreme caution when using this information. 
  6. These back-test results and simulation have not been verified by PaRRVA (Past Risk and Return Verification Agency) or any other SEBI-recognized agency.
  7. The impact of periodic portfolio rebalancing and transaction costs has been factored into these back-test results.
  8. "Backtesting and simulation results do not serve as indicators of future performance or guarantees of returns and they should not be interpreted as an endorsement or advertisement."

Simulation Assumptions:

  1. Monthly Portfolio Returns are assumed to follow a normal distribution over a 20-year horizon, with mean returns and volatility presumed to mirror historically observed levels.
  2. Portfolios are rebalanced once monthly.
  3. Portfolio risk level and Sharpe ratio are assumed to remain unchanged over the 20-year period.
  4. Other than the initial lump sum investment, no additional contributions or withdrawals are made over the 20 years period.
  5. Portfolio rebalancing is assumed to be unconstrained by liquidity over the 20‑year period: required quantities of each security can be bought or sold at competitive prices on every rebalancing, and transaction volumes are assumed to have a negligible impact on market prices.
  6. Earnings from dividends are ignored.
  7. Simulation results are not adjusted for inflation rates.
  8. Effects of taxes on the capital appreciation (Capital Gains Tax & Taxes on Dividends) are not accounted.

Simulation Settings:

  1. Transactional costs are included in the Sharpe ratio calculations.
  2. Risk free rate is assumed to be 6.5% p.a.
  3. Each simulation value is resulted from 10,00,000 simulation trials using the Monte Carlo method.
  4. Simulation results are derived for probability levels (confidence levels) of 99.9%, 99%, 98%, 95% and 90%.
  5. Simulation values do not predict or reflect future market conditions; they represent only possible future outcomes.
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