A major Medical billing company, MCS Healthcare software, needed to update its legacy billing system and augment a state of the art, web centric system to allow medical practices to administer their patient records online.

Spidercat architected and Developed a HIPAA compliant web application using Microsoft Asp.NET technology to implement a multi tier electronic records management and processing system. The system proceses medical bills on behalf of over 100 medical practices including patient information, billing codes and charges, insurance billing and online credit card payments.

The application works in disconnected mode and maintains local database synchronization providing enhanced data security and continued operation during internet blackouts. In disconnected mode (the default mode), the medical office updates records in the local database while patients visiting the site to pay bills or update their update the main database. When an internet connection is re-established or the local application switches to connected mode, the databases synchronize.

Patients submit online payments and provide updates to their insurance records/profiles and medical practices create and maintain medical diagnosis and procedure information. The patients records are updated on the legacy system by posting WCF messages.

Each medical practice is alowed to customize a subset of diagnoses and procedures from the ICD database mostly associated with their medical practice. This coupled with the compilation of claims right after the completion of service, promotes acurate medical records and prevents billing errors enabling faster payment processing by the insurance companies.

The web application software provided as Software as a Service (SAAS) application portal maintaining customer local database synchronization.

Spidercat provided a hands-on team of software engineers, architected, designed and implemented complex database schema and queries, stored procedures, programmed Business Llayer and Data Access Layer using Microsoft Entity Framework/ORM, UI Ajax controls.

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Boston Scientific, a major catheter manufacturer, was looking to develop an Ultrasonic Intra-vascular Imager and needed talent and expertise in the ultrasonic imaging technology.

Spidercat (formerly Binary Techniques) developed a rotating ultrasonic sensor inside a catheter and prototyped the electronic imaging hardware and software.

The product prototype was developed over a period of 12 months using a team of experienced developers with expertise in diverse areas including RF design engineers ultrasonic transducer developers, digital and software designers as well as catheter and probe design specialists. 

The probe consists of a tiny piezoelectric transducer attached to a two-millimeter rotating catheter, is inserted into the body via the femoral artery into the heart chambers and arteries.

The Ultrasonic catheter is now in full production with thousands of units shipped around the globe and distributed as attachments to ultrasonic imaging equipment provided by major medical equipment manufacturers.

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This Distributed Objects application was developed as a visionary prototype for a (CENSA) Consortium of major Pharmaceutical firms and is intended to replace the standard paper notebooks used by scientists and create Electronic Notebooks consisting of authenticated data records and. The authentication process consists of electronically signing, witnessing and notarizing daily research activities performed by the authors.