SYSGIN is a Computer Systems Full Service Firm headquartered in Houston, Texas. We provide Network Systems management, consulting, design, application development and technical support specifically geared toward small and medium sized clients.

Our range of services allow us to take technical challenges head on and maximize opportunities created through the strategic use of information technology. We can assist organizations with the introduction, enhancement, and management of local area networks (LANs) and wide area networks (WANs).

In addition, our Software Solutions Center is noted for their work in web design and office automation. By combining specific database applications, efficient web design and a solid network backbone, we can solve the challenges that most businesses face.

SYSGIN provides project based network administration solutions to a variety of clients. Our clients have realized savings by employing our engineers on an “as-needed” basis, rather than incurring the cost of an extensive IT department.

Experience has taught us that it is as easy to design a scalable, extensible, investment protecting solution, as it is to implement a “quick fix” that only solves part of the problem and can not grow. If you plan on growth and expansion then your technology tools must be positioned to grow and expand with you.

Given the proliferation of viruses and hackers in the world of the Internet, companies can not be too proactive in their security measures. We will provide a complete electronic inventory of your network, identify security holes by probing for and confirming vulnerabilities, and communicate these results.

Disasters come in all shapes and sizes, and mostly from “left field”. Be it weather, vandalism, or just plain malfunction, at some point, all systems fail. You must be prepared for this occurrence; for if you are not, then “Murphy” will see that you get hit twice as hard. We can provide designs that ensure that regardless of the problem, your company’s information will be restored intact and with minimum delay.