The current portfolio comprises only the latest projects developed by AndersenLab. If you are interested in seeing more projets in this domain, please, contact me and I will gladly provide you with more relevant works.

2. GazPromBank Trading Platform
www.andersenlab.com
TECHNOLOGIES: jQuery, PHP, Postgre SQL
WORK EFFORTS: 480 hours
TEAM : 1 developer
DURATION: 3 months
The public section of
the electronic trading
platform requires no
registration. It
contains all the
necessary documents
and instructions for
working with the
platform. The
restricted section
contains the data
directly about the
current tenders.
The applications makes it easy for interested companies to find
answers to arising questions in the case when they experience
difficulties in the part of the organization and conducting competitive
procedures for purchasing goods, services or sales. The Electronic
Trading Platform provides the information about the current tenders,
viewing notifications on procedure progress, consulting in electronic
commerce, full range of services for tender support, help with the
registration.

3. Workplaces automation for telecommunication
www.andersenlab.com
TECHNOLOGIES: C#, .Net
WORK EFFORTS: 6 080 hours
TEAM : 6 developers
DURATION: 7 months
The use of the developed software allowed the communications
company to significantly accelerate the process of making monetary
transactions and made it more accurate and efficient. The intuitive
user interface makes the application an easy tool for work. The
application provides the possibility for operative product selection
from the group categories, visual search of products as well as
registration of all product sales in the database, from which it is
possible to generate the sales report for further information analysis.

4. Banking processes Automation
www.andersenlab.com
TECHNOLOGIES: ASP.NET, C#, Javascript, XML Web
Services, HTML
WORK EFFORTS: 1 440 часов
TEAM : 3 developers
DURATION: 3 months
During the development three subsystems responsible for the main
directions were created. The first subsystem works with all bank
branches and is responsible for interaction with clients (individuals
and legal entities). The second sybsystem controls orders,
interacting between the executive managers and operators. The third
one is designed to process incoming and outgoing documents in
banking, as well as in the interbank level. Thus, the project quickly
provides information about customers, their folders, as well as other
documents necessary for the transaction, task setting,
responsibilities assigning for the project implementation, project
deadline setting and progress monitoring. As a result, such
automation eliminates any subjectivity in finding out those who
responsible for malfunctions.

5. Bank project management system
www.andersenlab.com
TECHNOLOGIES: ASP.NET, C#, Javascript, XML Web
Services, HTML
WORK EFFORTS: 1 440 hours
TEAM: 3 developers
DURATION: 3 months
Banking Automated corporate control system (ACS) is designed to
automate the most important business processes and functions in
the bank subdivisions activity. It brings together information from a
variety of disparate information systems and serves as a single
access point.
ACS provides a portfolio of investment projects, import of available
customers databases, deadline setting and progress tracking.

6. MEDVisor desktop adaptive application
www.andersenlab.com
TECHNOLOGIES: MySQL, C#, .Net, Entity Framework, LINQ
to SQL, WPF/MVVM
WORK EFFORTS: 1 920 hours
TEAM : 3 developers
DURATION: 4 months
The system serves to
record receptions, patient
distribution by time,
register visitors and
manage the load of
medical staff.
Examination records are
adapted to the
requirements of the
legislation of the CIS
countries.
The medical staff uses it to record examination results, prescribe
recipes and make conclusions.With the help of this application
they can automatically generate reports in the specified form
(including medical history, test results, diagnosis, etc.), download
images from colposcope and other external devices, track the
dynamics of the treatment and compare the results with the
indications of the images of colposcopic atlas as well as make
notes and highlight necessary areas via a graphical editor.

7. Kitchen App
www.andersenlab.com
TECHNOLOGIES: Phone SDK 4.0, Objective-C UIKit
Framework, Java
WORK EFFORTS: 370 hours
TEAM: 2 developers
DURATION: 2,5 months
With a catalog of their own products, smart phone and this app,
customers will be able to place a virtual furniture from your
catalog in their own houses with the help of augmented reality.
How it works:
1. Place the printed version of the catalog, or tag with the
company logo on the spot where you want to put the furniture in
your room.
2. Select a product from the list of furniture on your smartphone /
tablet, focus a smartphone / tablet on the label and see how it will
look in your house.

8. Conference Hall App
www.andersenlab.com
TECHNOLOGIES: Phone SDK 4.0, Objective-C UIKit
Framework
WORK EFFORTS: 240 hours
TEAM: 1 developer
DURATION: 1,5 months
Conference Hall App allows users to view the list of events and the
list of rooms where meetings are held; see the list of participants on
current and prospective events.