TekSynap is a DevSecOps industry leader. Our team members are critical contributors to DoD DevSecOps and Cloud Infrastructure as Code Community of Practice groups, to include our contributions in the DoD Reference Design. As leaders in the automation of secure, resilient platforms, our customers achieve 99.999% operational availability while increasing their security posture. Through the Log4J vulnerabilities and barrage of hack attempts, TekSynap’s programs stayed ahead of the required updates and thwarted the hackers. Our web vulnerability inspections resulted in 100% clean system reports. TekSynap was first to implement DISA Cloud Computing Programming Office Infrastructure as Code (IAC) in Amazon Web Services (AWS), and we continue to innovate with current initiatives to deliver the Army’s first continuous-Authority to Operate (cATO) and Software Bill of Materials (SBOM).
DevSecOps
DevSecOps
Application Development
TekSynap supports complex applications in the healthcare and financial areas integrating custom applications with Commercial Off-The-Shelf Products. The TekSynap developers seamlessly integrate with larger development teams providing expertise in both open source and commercial technologies. Our team develops applications on mobile device platforms.
Health Technology
TekSynap capabilities span a broad range of IT Services for Biomedical Research, Health Sciences, and Healthcare. The TekSynap team engineered an enterprise wireless deployment in 330 Veterans Affairs (VA) hospitals and large medical facilities using advanced technologies and design solutions to integrate medical devices and health mission systems, improving patient care through device mobility across multiple locations, maximizing availability of resources to patients. The VA’s deployment is the largest installation of wireless technology in support of a healthcare environment in the world. We have supported modernization of Electronic Health Record and Health Care Management systems through our system development support for SOA modernization of the VistA environment and Medical Billing system through our support for ICD-9 to ICD-10 classification system migration. We provide Research & Development support for mobile health applications through our development of the iTox application demonstrating how health practitioners can leverage technology to improve patient care.
iTox™ Technology
Technology for botulinum toxin aesthetic treatment
Physicians who use botulinum toxin to treat their patients want to ensure perfect aesthetic treatments. To achieve this goal, the botulinum toxin must be administered in the correct injection sites, using precisely the correct dosage for symmetrical results that are not overdone. While a relatively simple procedure, injecting botulinum toxin requires planning, attention, focus, and skill.
Careful planning
You plan your treatments carefully, personalizing dosages and injection sites for each patient. Some physicians choose to mark the injection points or areas to strive for the most accurate treatments.
Complete concentration
The procedure necessitates gently puncturing the skin, taking care not to harm blood vessels that will cause bleeding. It is essential to inject steadily, remaining in the same place during the entire injection.
Exact repetition
It’s vitally important to repeat the procedure multiple times with maximum accuracy to ensure reproducible results.
Precise injections
The syringe plunger must be pressed precisely to inject the planned dosage. The need to concentrate and maintain eye contact throughout the entire procedure may cause dosage mistakes, leading to larger or smaller doses than intended. Ultimately, the treatment must give your patients security, so they feel content and confident during the procedure, and most importantly, are pleased with the results. In turn, they will be motivated to return several times a year for additional treatments. An average botulinum toxin aesthetic treatment of the upper face includes 15 injection points. To make sure the dosage is correct, some physicians use a separate syringe for each injection point. This technique, although increasing accuracy, wastes syringes and needles and a substantial amount of botulinum toxin (the “dead volume” left at the end of the syringe and needle).
CLOUD TECHNOLOGY
CORE IT SERVICES
Our teams begin each mission by performing an in-depth assessment to understand the policies governing each organization as well as the threats to the environment. We work collaboratively with our clients to define the most effective operational framework, ensuring it accounts for risks and mission needs.
CYBER OPERATIONS
DEVSECOPS