Factors to look at when building a robust algorithmic trading software systems

Algorithmic Trading Software

Algorithmic trading is a type of trading that uses programmed computers to make trade decisions. This is in contrast to traditional, human-based trading where decisions are made based on gut instinct or experience. Algorithmic trading software takes into account a variety of factors, such as price changes, volume, and timing, in order to make automated trade decisions.

There are several advantages to using algorithmic trading software. First, it can help to take the emotion out of trading by making decisions based on hard data rather than gut instinct. Second, it can work faster than a human trader since it can make calculations and execute trades much more quickly. Finally, it can help to improve the accuracy of trade decisions since it eliminates factors like fatigue or emotions that can cloud judgement.

Metrics to look at when building algorithmic trading software

There are a few key metrics you should consider when measuring the effectiveness of your algorithmic trading software development process. First and foremost, you need to think about how quickly and accurately your software can execute trades. This is obviously important in terms of profitability, but it’s also important in terms of risk management. If your software is making trades too slowly, you could miss out on profitable opportunities or get whipsawed by market moves. On the other hand, if your software is executing trades too quickly, you could end up with a lot of unprofitable trades.

In addition to trade execution speed, you also need to consider the win rate of your algorithm. Obviously, you want your algorithm to be profitable or to achieve whatever other goal you might have, but it’s also important to consider the percentage of winning trades versus losing trades. A high win rate doesn’t matter if most of those wins are small and the losses are large. Conversely, a low win rate doesn’t matter if most of the losses are small and the wins are large. The key is to strike a balance between win rate and average profit per trade.

Finally, you need to think about how robust your algorithms are. Can they handle changing market conditions? Do they perform well in different types of markets (e.g., bull markets, bear markets, sideways markets)? Can they adapt as new information comes in? The more robust your algorithms are, the less likely you are to experience catastrophic losses due to unforeseen circumstances or blackswans.

Algorithmic Trading Software Technologies

Consider all of these factors when measuring the effectiveness of your algorithmic trading software development process and always strive to improve upon them. Algorithmic trading software development is a process that involves the use of computer algorithms to automatically generate and execute trades. The main benefit of this type of software is that it can help traders save time and effort by automating the trade execution process.

There are a number of different technologies that can be used for developing algorithmic trading software. Some of the most popular ones include C++, Java, Python, Rust, R, and MATLAB. Each of these programming languages and technologies has its own advantages and disadvantages. For example, C++ is a very powerful language but it brings a steep learning curve with it. On the other hand, Matlab may be much easier to use but it may not be as powerful as C++.

The best way to choose the right technology for your needs is to consult with an experienced algorithmic trading software development company. They will be able to advise you on the best technology to use based on your specific requirements.

Use-cases of algorithmic trading software

Algorithmic trading software has a broad variety of use-cases ranging from simple tasks tailored for retail investors to complex models and algorithms dedicated to meet the needs of institutional clients.

A retail investor may look for DCA (dollar cost averaging) into an asset while token issuers or exchanges may look for complex market making systems that support their markets.


In conclusion, algorithmic trading software provides traders with numerous advantages that can help them make better, more informed decisions. With the ability to execute trades faster and more accurately, as well as to monitor and analyze the markets in real-time, traders can take advantage of opportunities as they arise, and better manage their overall portfolios. While there is no guarantee of success in the markets, the use of algorithmic trading software can give traders a significant edge.

None of the content above is financial advise and is for educational purposes only. Find more content on algorithmic trading software, crypto market making and market microstructure on Autowhale’s blog.

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