1.Latency – Latency arbitrage is a high-frequency trading strategy based on the latency difference between slow and fast brokers. The software makes trading on slow brokers based on information (quotes update) on the fast brokers. When software catches arbitrage situations (prices on fast and sow brokers are different), the software opens orders on the slow broker, expecting...

When using crypto-arbitrage on crypto exchangers, a slippage problem often arises, which is caused by the fact that there is not enough liquidity at the top of the book, and the order is executed due to the liquidity of the next levels of the book at a worse price. In order to prevent this situation, we added the possibility of price calculation based not only on top of the book but on several book layers.

VIP Deep-Analysis Arbitrage Software DAAS LockCL3 built-in arbitrage strategy was created for possibilities to do arbitrage on one account and use another one only for locking. 

In our example, we use Side 2 for arbitrage and Side 1 for locking purposes. It means we will not searching fr arbitrage situations on Side 1. 

New important change for built-in latency arbitrage strategy in the Deep-Analysis Arbitrage Software “DAAS”, which was created for clients who want to trade latency on the crypto exchanges.

These changes were put in place based on the feedback by clients which trade using these strategies on Proprietary trading or prop trading companies which have limitations.

Proprietary trading companies have certain rules, one of which is the order needs to be online for longer than a certain amount of time.

Today I would like to give you some details on DAAS, a software that we created a few months ago, I would like to tell you why there was a need for this product and why it is so powerful. Many traders try to use arbitrage on the modern market and face challenges doing this. And the main task of a trader is to lead the broker to believe that he is trading without any systemic knowledge and a confident strategy and that in the end, the trader will lose his money. 

How do you calculate Spread1, Spread2, SpreadMinusSTD_1, SpreadMinusSTD_2, SpreadPlusSTD_1, SpreadPlusSTD_2?

How is it decided which of the two assets in a pair should be bought and which should be sold?

We have received feedback from our clients who are using the Deep Analysis-Arbitrage Software DAAS program and based on this feedback we wanted to tell you which strategies are the best for which goals.

How to select correct build-in strategy for Deep Analytics arbitrage software (DAAS). Build-in strategies can be divided on 2 types: toxic and nontoxic. The following tab shows how build-in strategies can be divided on toxic and nontoxic depending on account type.

DAAS Version 1.4.1

Build-in Strategy: One Leg strategy

What's new?

1. "Max total orders on one instrument" parameter added, allowing to have multiply arbitrage orders on same symbol

Build-in Strategies: Lock strategies: Lock, LockCL, LockCL2

Fixed

1. "Close by S/L" losing order issue