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Smart Mosque
Energy savings and efficiency
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SIEM
Generating real-time security alerts
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Medicine Tracking Using Blockchain
Information-sharing in secure environments
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Data Diode
One-way data transfer protocol
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Smart Health
Monitoring patient health parameters
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3D Printer
Prototyping of 3D objects and devices
Smart Mosque
Energy savings and efficiency
SIEM
Generating real-time security alerts
Medicine Tracking Using Blockchain
Information-sharing in secure environments
Data Diode
One-way data transfer protocol
Smart Health
Monitoring patient health parameters
3D Printer
Prototyping of 3D objects and devices
Smart Mosque
Smart Mosque is an actionable and automated mosque that deploys digital technologies to offer enhanced experiences to worshippers. Besides this, smart mosque is equipped with AI and IoT sensors that interact with the visitors, improve internal and external safety, save energy, and track events and prayer timings.
SIEM
Security Information and Event Management (SIEM) System uses network hardware and applications to generate real-time security alerts. SIEM includes logging of security data, correlation, and real-time monitoring of events.
Medicine Tracking Using Blockchain
Use of distributed networks to share information in a safe and secure environment. Tracking of assets within medicine can be achieved with the help of blockchain technology.
Data Diode
Data diodes establish one-way data transfer protocol for all the networks through physical and electrical separation of the host and the destination. This prevents hostile malware from affecting your networks, accessing your systems, or making harmful changes.
Smart Health
Use of digital technologies, Internet of Things (IoT), and Artificial Intelligence (AI) to fortify healthcare systems and ensure improved monitoring of patient health parameters.
3D Printer
AEC 3D printing machine is based on Stereolithography (SLA) technology which is known for very high accuracy and smooth surface finish among other additive manufacturing technologies. The machine is able to manufacture real parts by selectively curing a polymer resin layer-by-layer using an ultraviolet (UV) laser beam.