A LOWER-COST ALTERNATIVE TO ON-SITE DEVELOPMENT

Based in Schenectady, LTI’s Remote Solution Center is a state-of-the-art software engineering facility for our clients who require remote execution of full lifecycle application development services. Our on-shore, export controlled, cost effective scalable solutions have proved fundamental in supporting large multi-national corporations’ project needs. With a capacity to house resources in a secure domestic development facility for large projects, LTI is able to keep costs competitive with offshore resources.

OUR REMOTE SOLUTIONS CENTER

Our facility features a Microsoft® Windows NT®-based LAN, high-speed Internet access, internal Web and FTP sites, and teleconferencing capabilities for project coordination with distributed client teams. If security is an issue, we can also offer restricted office space and computer environments for each client.

Development teams in the Solution Center employ a defined process for software engineering that includes internal audits and peer reviews as well as modern testing and configuration toolsets. Current Solution Center projects include the development of high quality, cost-effective engineering applications and sales force automation tools for clients across the United States.

ACCESS TO LTI STAFF

The LTI team has the ability to scale to meet the client demands from our staff of over 300 IT professionals. LTI can provide the management and equipment required, increasing the value to the client while decreasing startup time. Clients who utilize LTI’s Remote Application Development services are able to get the support needed without incurring any financial burdens associated with resources located on-site.

SERVICES

• Web Application Development
• Client Server Application Development
• Project Management
• Business Analysis
• Quality Assurance
• Programming
• Data Modeling
• Architecture and Design

PLATFORMS AND EXPERTISE

Java/J2EE, .NET, Oracle PL/SQL, C/C++, Telematics, GIS, RFID, Rational Unified Process, Agile Development Methodologies, Unified Modeling Language