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Solving for Static Investments
Static buy-and-hold strategies can leave retail investors fully exposed during unfavorable market environments, with little guidance on when to enter, reduce risk, or exit. Our investment engines solve for this by allocating capital only when market conditions support positive trend alignment.
Outperform Index Returns
Target leading U.S. market leaders across artificial intelligence, semiconductors, and sustainable mobility — NVDA and TSLA — either individually or through BEXP, a unified engine that trades both assets simultaneously to capture high-momentum opportunities.
Heartbeat Log for the Investing Engine (Google Cloud)
Green highlight indicates investment engine returns outpacing SPX
Installation sequence for new users
NVDA
TSLA
BEXP
SPX
2017
2018
2019
2020
2021
2022
2023
2024
2025
17.5%
-12.8%
17.2%
80.4%
68.1%
-5.5%
63.8%
73.1%
20.8%
3.8%
-4.3%
7.5%
479.6%
40.3%
4.6%
40.7%
78.0%
17.6%
6.8%
-9.0%
12.6%
260.8%
47.9%
1.5%
47.4%
76.4%
18.6%
14.2%
-7.0%
28.7%
15.3%
28.8%
-19.6%
24.7%
24.0%
16.7%
Green highlight indicates investment engine returns outperforming SPX
Charted returns are calculated using trade-exit compounding
Simple User Interface
Deployed on dedicated virtual machines within minutes, the engines operate autonomously — without requiring your computer to stay on — and dynamically transition into a defensive posture during market stress.
Account Management
Alpaca lets users fund and manage live accounts while testing strategies in paper accounts, making it easy to get started today. It also provides real-time access to balances, positions, orders, and overall account activity.
Invest in Artificial Intelligence
Gain dynamic exposure to the breakthrough technologies reshaping industries and defining the next era of global innovation.
Stay Tuned
Humanoid robotics platform designed to automate repetitive, dangerous, or labor-intensive tasks with advanced perception, reasoning, and real-world interaction capabilities.
Real-time 3D simulation and collaboration platform that enables teams to design, simulate, and optimize complex systems in a physically accurate, virtual environment.
Autonomous driving technology that enables self-driving electric vehicles to safely navigate, transport passengers, and operate efficiently without human intervention.
Protein structure prediction using accelerated deep learning models to help researchers understand misfolded proteins and advance treatments for complex diseases.
Speech, language, animation, and rendering technologies that enable lifelike, real-time interactive digital humans across cloud and PC platforms.
Computer vision that detects theft and inventory loss in real time, delivering actionable alerts to reduce shrinkage and improve store efficiency.
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