Cryptocurrency Trading Automation App

Cesium is your tool for quickly buying low and then selling high during special events we call “dislocations.”  You don't need to be in front of the trading screen during these events, as you can instruct Cesium ahead of time. Manually trading a dislocation is virtually impossible, as they often occur within seconds from start to finish.
Show Historical Perfomance

Why Cesium?

Why can't I do this without Cesium?

No one can manually monitor markets 24/7, waiting for the best setups. Dislocations happen quickly, making them difficult to react to manually.  Automation is a must.

What does Cesium do for me?

Cesium automatically sends buy orders when a dislocation is detected, and if filled, also automatically sells whatever was bought once the dislocation event is finished.

How does this help me?

Proper identification of dislocations presents good risk-adjusted trading opportunities.

What is “dislocation”?

A dislocation is an event where price falls very far, very fast, and then quickly rebounds.  Most often, the rebound occurs within seconds.

About

Cesium is a mobile app designed for use on iOS and Android.  Cesium is a tool designed to assist you in trading during “dislocation” events.  It is not an advisor, and it does not hold customer funds.  Cesium connects to your cryptocurrency exchange account, and sends order instructions to those exchanges when conditions meet your specifications.  Cesium is thus a tool for unattended automated trading.  You can download Cesium to your mobile device for free.  Cesium charges fees based upon your exposure size to “dislocation” events.  Cesium is built using world class cloud datacenter infrastructure for the lowest latencies and highest availability.

How Cesium Works

Add API Key from Exchange

Cesium must have the authority to manage orders for your cryptocurrency exchange account; it must be able to place and cancel buy and sell orders, as well as read balances of holdings.  Thus, in order to actively participate, you must share your API Key with Cesium.  This API Key is generated by you, on the website of the exchange account you’d like to connect.  The API Key is often presented in the form of a QR Code - providing the easiest and fastest form of entry, as Cesium can use your camera to scan this code.  Alternatively, you may manually type in the API Key information.  API Keys are only requested once, and are immediately encrypted.  Security is a top priority, and for that reason, even Cesium staff cannot read or retrieve your API Key once encrypted.  Cesium optionally supports IP Whitelisting for even stronger security.

Create Trade Plan

Cesium works around your “Trade Plan.”   A Trade Plan allows you to quickly and simply determine how the system will respond to dislocation events for your account.  There are two basic elements of a trade plan: to choose your maximum exposure (risk), and your desired target frequency (sensitivity).  Your exposure (risk) is the maximum amount that can be lost on a trade plan if the price of what is bought goes to zero and stays there.  Experiencing a maximum loss is extremely unlikely, but it is important to choose and know this figure before activating a trade plan.  Your target frequency determines how small or large of a dislocation event (depth of draw) Cesium will react to for your account.  Small events happen relatively frequently, where large events are more rare.  Cesium doesn’t know the future, but based on statistical analysis, it calculates parameters to deliver a target of a tradable event every 1 in X days.  It is up to you to specify this 1 in X day period.


Explore Dislocations

Here is an example of a dislocation event.  Dislocation events tend to occur over very short time frames.  Cesium records these events, trade by trade, to help you visualize what happens during a dislocation.  The historical charts use a bubble chart with various colors and bubble sizes to convey information about each trade.  The dark yellow bubble represents the moment that Cesium identified the beginning of this dislocation event.  The dark green bubble represents the low price during the dislocation event.  The dark red bubble represents the end of the dislocation event.  The light red and light green bubbles represent trades, with red trades indicating the seller was the aggressive actor, and green trades indicating the buyer was the aggressor.  The size of each trade bubble indicates its relative size; bigger bubble represent more units traded in that trade.  With this information, it becomes easier to see the story told by the dislocation’s trade sequence.

Explore Trend Following Signals

Use Cesium’s interactive web tool to view past signals for Trend Following entries and exits.  Trend Following involves using an algorithm to detect a likely beginning of a new trend higher, thereby generating a buy signal.  The resulting long position is then allowed to run, until the algorithm detects a likely end and reversal of that trend – where a sell signal is then generated.   The Trend Following algorithm relies on you to select the timeframe you wish to use for signal generation.  Shorter time frame choices will experience more agility to get into and out of positions earlier, but will also tend to generate greater losses during choppy phases of the market, where price goes up and down a great deal with very little net movement over time.   Longer time frame choices will experience lower agility, waiting longer to get into and out of positions.  But Longer time frames will also experience fewer losses when markets are choppy, as there will be fewer signals applied only toward the larger trends.  Longer time frame choices will tend to ignore the short term chop in prices more than a shorter time frame choice. 

The interactive historical performance tool will show what given choices for time frames have produced in the past.  It cannot predict what choice for time frames will be best suited for future markets.  Cesium makes no recommendations and gives no advice as to how to use this deterministic algorithm, or about any future result in its use.  However, you can view the past results of this deterministic trend following algorithm using the historical performance tool, to draw your own conclusions.

Historical Perfomance

While Dislocations are rare events that are largely the result of just one large actor in the market place, trends in price are unfolding a large portion of any given timeframe.  Cesium allows you to invest in the direction of the trend, which will generate profits to the extent that trends continue for long enough before eventually reversing.  To give an idea of what Cesium trend following signals have produced in the past, we provide this interactive tool to review the trend following element of historical performance within Cesium.  Keep in mind: this is not a predictor of future results.  It is merely an indication of the signals that have occurred in the past using Cesium algorithms. 
Show Historical Perfomance

Team

Jeremy
Salsburg

CEO/Cofounder

Domenic
Gatto Jr.

CMO/Cofounder

Mohan
Thurairajah

CTO

Laura
Anthony

Legal Counsel

Evgeny
Shiryaev

Software Engineering Manager

Sergey
Ignatievsky

Senior Software Engineer

Vladimir
Benkevich

Senior Mobile Engineer

Maxim
Abbasov

Senior Software Engineer

Alexander
Shirshov

Mobile Engineer

Evgeny
Manolov

Software Engineer

Gleb
Stroganov

Lead UI/UX

Nikita
Matveev

UI/UX Designer

Sergey
Krasnov

QA Engineer

Igor
Mihalitsin

Senior QA Engineer

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