Systems Initialized

The Science of
Market Dynamics.

TAMTECK is an institutional quantitative trading firm. We deploy Chaos Theory, Permutation Entropy, and Orderflow Radar across global liquidity pools.

Active AUM (Tranche 1)

$47.2M

AUM Hard Cap

$50.0M CLOSED

Sharpe Ratio

3.12

Execution Latency

42ms

Live Telemetry Dashboard

Read-only institutional view. Direct FIX API stream.

Cumulative Equity Curve (Simulated)

YTD Performance

Current Regime

Non-Linear Convergence

Entropy Level (H_PE)

0.824

CVD Imbalance

+14.2M

Execution Log

[14:02:05] [SCAN] Tick footprint initiated.

[14:02:08] [ENTROPY] H_PE = 0.82 (Compression).

[14:02:11] [CHAOS] Non-linear filter: PASS.

[14:02:15] [SIGNAL] Long Bias Generated. EV+ Verified.

[14:02:16] [RISK] Margin locked. Hard SL 1.2%.

[14:02:17] [FIX] EXECUTED | ID: 0x9f4a...2c1b

Core Infrastructure

Extracting Alpha through Chaos Theory.

Non-Linear Entropy

Traditional models fail in linearity. We harness Permutation Entropy to mathematically identify states of extreme market compression, predicting super-impulses before structural manifestation.

Smart Money Orderflow

Proprietary tick-by-tick footprint tracking detects institutional capital flow (CVD) and smart money imbalances. Our structural micro-filters shield against false liquidity sweeps.

Asymmetric Execution

Risk architecture dictated by physics. Dynamic capital allocation, rapid partial de-risking, and mathematical trailing mechanics maintain a dominant Positive Expected Value (EV > 0).

Cryptographically Sealed Alpha

Retail relies on public scoreboards. Institutional alpha is sealed.

To prevent algorithm reverse-engineering (IP theft), our raw ledger is never broadcasted to retail platforms (e.g., Myfxbook). Live data is verified via Direct Exchange FIX API and audited internally. TAMTECK is currently closed to new capital to preserve strategy capacity.

Mathematical Audit PASSED (STRESS-TESTED)
Target Win Rate (EV+) 54.4% (Empirical)
Max System Drawdown < 6.5%

Lead Quant Architect

Henry Bui

Directing the evolution of Chaos-driven algorithms. Merging complex systems physics with high-frequency execution architecture.

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* Institutional NDA Required