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Each algorithmic strategy corresponds to a real trading agent (Trading Bot) created by the DevioLab team from historical-data testing. It can be used for automated trading through supported exchange APIs — Binance, OKX, Bybit, Gate.io, KuCoin and others as they are enabled — or as a Signal Bot with Telegram and email notifications.
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ZILUSDT

Crypto market · Binance
ZIL 215000 +240825.23% 1TRAD-GFV7
Recommended by DevioLab · Core 1 iPrimary DevioLab recommendation: a more protected, smoother and more stable profile focused on risk and drawdown control.
Recommended by DevioLab · Core 2 iMore aggressive DevioLab recommendation: accepts higher risk and deeper drawdowns in exchange for potentially higher returns.
199Trades
72.4%Win rate
+4.68%Avg trade
+40.50%Best trade
-40.10%Worst trade
+766.3%Annualized
Strategy analytical profile · 65c29cefb3b26589

ZIL Quantitative Analysis: Evaluating a High-Win-Rate Swing Trading Model for ZIL

This quantitative research study examines the top-ranked algorithmic trading strategy for ZIL across a 6.14-year historical backtest dataset spanning July 2020 through September 2026. Designed for 15-minute timeframe execution, the strategy combines an exceptionally high historical win rate of 72.91% with an outstanding profit factor of 6.67 across 203 completed trades. Positioned as a swing-trading algorithm, the strategy maintains a median holding time of 81 hours and records a total cumulative return sum of +240,825.23%. Despite these expansive return characteristics, the historical profile exhibits a peak-to-trough maximum drawdown of 58.27%, pointing to notable equity volatility during market regime shifts. This analysis evaluates the strategy's statistical architecture, trade dispersion, holding rhythms, recent outperformance since June 2024, and practical suitability as automated decision logic for execution bots and quantitative trading systems.

Analysis as of 07.09.2026. Strategy data is updated separately.
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Strategy profile

The quantitative model evaluated here represents the top-ranked algorithmic strategy for ZIL within the DevioLab framework, earning a DevioLab Score of 64.995. Operating on 15-minute candlestick data, the strategy is engineered to serve as automated decision logic for algorithmic trading bots and execution agents operating in crypto markets. Across a historical backtesting window of 6.14 years—from July 19, 2020, to September 7, 2026—the algorithm generated 203 completed trade events. Rather than relying on ultra-high-frequency scalping, the model executes a measured swing-trading methodology, averaging approximately 33.08 trades per year or roughly 2.99 positions per active month. A defining characteristic of the profile is its total cumulative closed-trade gain sum of +240,825.23%, which translates to an annualized performance calculation of 711.40%. The strategy establishes a firm balance between high entry precision and substantive profit capture, establishing a foundational baseline for quantitative automation in ZIL trading.

Trading rhythm and position duration

Analyzing the temporal parameters of the strategy reveals a distinct swing-trading rhythm characterized by multi-day position holds and extended waiting intervals between trade entries. The average position duration spans 143.74 hours (approximately 6.0 days), while the median holding duration is recorded at 81.00 hours (roughly 3.38 days). The discrepancy between the mean and median holding periods indicates that while many trades resolve within three to four days, select positions extend significantly longer to capture multi-week trend movements. Inter-trade spacing is similarly deliberate: the average interval between position exits is 11.08 days, with a median exit spacing of 7.57 days. This cadence confirms that the strategy exercises structural selectivity, avoiding over-trading during noisy or range-bound market phases. For automated trading agents, this moderate trade frequency reduces operational exposure to constant execution overhead, focusing computational activity on high-conviction structural inflection points.

Quality of historical results

The historical return distribution demonstrates extraordinary statistical quality, highlighted by an overall win rate of 72.91% (148 winning trades against 55 losing trades) and an elevated profit factor of 6.67. Furthermore, the statistical relationship between average and median trade expectations confirms consistent payoff distribution. The strategy achieves a mean closed trade expectation of +4.84%, whereas the median trade expectation reaches +6.26%. When a strategy's median trade exceeds its mean trade, it implies that positive outcomes are not merely driven by isolated windfall trades, but rather represent a structurally robust distribution where the typical trade generates solid profitability. This structural stability is further reinforced by winner concentration metrics: the three largest winning trades (+40.50% single best) account for only 6.86% of the strategy's aggregate gross profit. Consequently, historical profitability is broad-based across dozens of successful cycles rather than dependent on a few statistical anomalies.

Risk, drawdown and losing behavior

Despite its dominant win rate and exceptional profit factor, the strategy exposes capital to significant path-dependent drawdown risk. The historical maximum peak-to-trough drawdown reached 58.27%. This substantial equity retrenchment highlights the inherent volatility of ZIL crypto market cycles and demonstrates that even highly accurate quantitative models experience severe downside contractions during sharp adverse trends. Interestingly, this drawdown occurred despite remarkably benign losing streak metrics; the longest historical losing streak observed across the 6.14-year sample was just 3 consecutive trades, compared to a maximum winning streak of 16 trades. The severity of the 58.27% drawdown, paired with a single worst trade loss of -40.10%, demonstrates that downside risk is driven primarily by magnitude rather than frequency. For execution bots and risk managers, these parameters underscore the necessity of robust position sizing and risk management controls.

Behavior through time and yearly stability

Evaluating annual statistical performance across the complete backtest horizon illustrates how the strategy responds to changing market regimes. Profitability was notably pronounced during strong directional expansion years. In 2020, the strategy generated a sum of +220.22% across 21 trades with an 85.71% win rate. In 2021, activity expanded to 61 trades, yielding +294.80% total gains and a 77.05% win rate. During the broad crypto market contraction of 2022, trade frequency moderated to 36 trades, and while the win rate remained solid at 66.67%, total annual closed gains compressed significantly to +13.31%, reflecting restricted upside potential. Performance rebounded in 2023 (+98.31% across 28 trades) and accelerated in 2024 (+208.85% across 30 trades with a 73.33% win rate). The model maintained positive annual closed returns across all backtested calendar years, demonstrating long-term structural resilience across diverse market regimes.

Recent period since 2024-06-01 versus full history

Examining performance metrics recorded since June 1, 2024, provides valuable evidence regarding the strategy's recent historical relevance. Over this recent sample window, the strategy completed 43 closed trades, accumulating a combined return sum of +246.16%. Comparing this recent output with the full 6.14-year dataset demonstrates sustained quantitative efficacy. The recent 43 trades represent over 21% of total lifetime trade volume, confirming that recent trade activity remains active and well-aligned with full-history baseline expectations. The strategy achieved a total return in this recent window that rivals its full calendar-year outputs from top historical bull periods like 2020 and 2024. This continuity suggests that the underlying market dynamics exploited by the algorithm in ZIL remain operational in recent price structures.

Strengths and limitations

The primary structural strengths of this algorithmic strategy reside in its exceptional hit rate (72.91%), outstanding profit factor (6.67), and broad gross profit distribution, where the top three trades represent under 7% of total gains. Furthermore, the moderate trade frequency of ~33 trades per year limits over-trading risks. Conversely, the model's primary limitation is its exposure to deep peak-to-trough drawdowns, recorded historically at 58.27%, alongside a single worst trade of -40.10%. While consecutive losing trades are rare (maximum 3), individual losing trades can be severe if market momentum shifts abruptly against an open swing position. Quantitative developers deploying this logic within trading robots must account for these drawdown dynamics when establishing leverage limits and capital allocations.

DevioLab analytical conclusion

Ranked number one for ZIL with a DevioLab Score of 64.995, this 15-minute swing-trading strategy represents a robust quantitative model for crypto asset automation. Its ability to maintain a 72.91% win rate and a 6.67 profit factor over a 6.14-year sample demonstrates high structural precision. While the 58.27% historical drawdown demands disciplined equity management and strict capital sizing, the strategy's broad return distribution and consistent multi-year profitability highlight its potential value as automated logic for trading agents and execution systems targeting ZIL.

Data scope and methodology

The statistics cited throughout this analysis are derived from historical simulated backtest calculations conducted on 15-minute price data for ZIL between July 19, 2020, and September 7, 2026. All metrics reflect closed-trade outcomes based on theoretical execution. These backtested performance figures do not account for real-world order execution variables, including order book slippage, network latency, variable exchange fee structures, or unexpected exchange outages. Historical backtested results are non-predictive tools for quantitative research and do not guarantee future investment performance.

Full strategy analysis