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Web-ER
uses its patented IP-enabled chipset technology to create (capture, deliver,
and display) human biometric performance and physiological data. Specifically,
Web-ER technology fuses real-time biometric information with digital wireless
technology:
The
integrated chip  ,
processes, transmits, receives, records and displays live physiological
data from a user directly to the Internet - all in real-time.
Multiple
types of sensors are available for
a comprehensive set of vital statistics.
NO
invasive techniques are used.
All
sensors operate by simple epidermal contact.
anyone into his or her own health-related wireless Internet website. Operates
as a remote URL using a miniaturized chip small enough to be embedded
in a wristband.
Embedded
sensors transform any person's vital statistics into immediately
deliverable content or can be used for "store-and-forward"
operations.
Health
professionals have instant access to
any patient's vitals via the Internet--enabling remote diagnoses
before a patient arrives.
Unlimited
"websites" available for real-time
data display--each installed system capable of monitoring
up to 2,000 subjects within a specific Wireless Local Area Network.
a real-time stream of Internet Protocol (IP) enabled high-speed, high-bandwidth
(up to 45MBPS and rising) data from multiple remote sensors over large
distances to any type of display mechanism.
Uses
our proprietary radio frequency wireless telemetry technology developed for
use in harsh military applications to transmit information in real-time.
Transmissions
are fully encrypted with military specification technology, ensuring maximum
security and reliability.
Proprietary
TCP/IP protocols embedded within the hardware and software operating systems
transmit data directly to the Internet allowing for full compatibility.
Compatibility
with most Internet browsers including Netscape Navigator and Microsoft
Internet Explorer for client-side display or Windows CE interactive
devices.
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As
"libraries" of historical content are accumulated, additional
value can be created for the health and medical industries including:
Statistics
can be accessed and reviewed by researchers
to study possible trends or causal relationships with particular conditions
and ailments or medical incidents.
Biometric
data including heart rate, blood pressure, blood oxygen level, blood
glucose, et cetera for each user can be monitored and viewed to show
long-term changes. Also, short-term or acute incidents such as exercise
or angina can be reviewed and contrasted against other comparable
incidents.
Physicians
can instantly access a patient's vitals and compare them to that person's
recorded history for accurate diagnoses.
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