
Products of the SiSoC group of companies

Type : Single Jet , Dry Dial,
Velocity Type, Magnetic Coupled.
Material : ABS plastic/Nylon
Application: Smaller residential projects ,
Apartment Sub-metering solutions
Size: 15mm
Orientation: Horizontal
Certification: ISO – 4064 (1) Class B Wireless
Technology: LoRaWAN
Battery Life : Upto 5 years with Two times data
transfer per day
Features: 1. Leak Detection
Flow control - Additional Trigger output to
connect to control Valve
Compatible with major LoRaWAN Networks.
Type : Multi Jet , Super Dry Dial, Velocity Type,
Inferential, Magnetic Coupled.
Material : Brass /ABS
Application: Residential and Industrial metering
for Water companies Size: 15mm,
20mm, 25mm
Certification: IS 779:94, ISO – 4064 (1) Class B ,
IP68
Wireless Technology: LoRaWAN
Battery Life : Upto 5 years with Two times data
transfer per day
Features: 1. Leak Detection
Flow control - Additional Trigger output to connect to control Valve
Compatible with major LoRaWAN Networks.

Type : Multi Jet , Wet Dial, Velocity
Type, Inferential, Magnetic Coupled.
Material : Nylon /ABS
Application: Residential and Industrial metering
for Water companies/Prepaid Metering,
Size: 15mm, 20mm, 25mm
Certification: IS 779:94, ISO – 4064 (1) Class B ,
IP68
Wireless Technology: LoRaWAN
Power Supply : Hybrid ( Battery + Raw Power)
Features: Leak Detection
Remote Valve Shut-off in case of Leak.
Supports Prepaid Metering
Compatible with major LoRaWAN Networks.

Material : ABS Plastic
Application: Residential and Industrial metering
for Water companies Size: 15mm, 20mm, 25mm
Certification: IS 779:94, ISO – 4064 (1) Class B ,
IP68 Wireless Technology: LoRaWAN
Battery Life : Up to 5 years with Two times data
transfer per day
Features: 1. Leak Detection
Flow control - Additional Trigger output to connect to control Valve
Compatible with major LoRaWAN Networks.
In today's rapidly evolving business landscape, it is crucial for organizations to adopt asset management systems and tracking sensors that offer comprehensive visibility into their operations. Having real-time knowledge of asset locations enhances your understanding of business functions, enabling you to boost efficiency, improve productivity, and optimize resource allocation.
Benefits of an Asset Tracking System Using IoT Technology
Save Time, Money, and Resources: Efficiently manage and track assets to cut costs and optimize resource use.
Fast Asset Recovery: Quickly locate and retrieve lost or misplaced assets, minimizing downtime.
Optimize Asset Lifecycles: Extend the lifespan of your assets through timely maintenance and informed usage.
Maximize Productivity: Ensure assets are available and in optimal condition to support continuous productivity.
Minimize Waste: Reduce unnecessary expenditure and resource wastage by efficiently managing assets.
Enable Route Optimization: Enhance logistics and transportation by planning the most efficient routes for asset movement.
Reduce Risk: Monitor assets in real-time to mitigate risks such as theft, loss, or damage.
Reduce Carbon Footprints: Implement eco-friendly practices by optimizing asset usage and transportation.
Meet Health and Safety Requirements: Ensure compliance with regulations by maintaining accurate asset records and status.
Secure Lower Insurance Premiums: Demonstrate improved asset management to potentially lower insurance costs.
Protect Assets and Personnel from Changing Environmental Conditions:Use IoT sensors to monitor and respond to environmental changes, ensuring safety and asset integrity.
Automate and Streamline Previously Labour-Intensive Processes: Save time and reduce labor costs by automating tracking and management tasks.
Reduce Human Error: Enhance accuracy in asset management by reducing reliance on manual tracking.
Gain Business Intelligence and Actionable Insights for Better Business Decision-Making: Leverage data analytics to inform strategic decisions and improve business outcomes.


Scope:
Adding Smart features within the traditional watches for applications like contact-less
payment, accessing the metro rail station, parking etc.,
Challenges:
Signal communication across metal case
Passive device with no power drawn from the Watch battery.
Size limitation of hardware to fit in existing Watch.
No Change in Anatomy of the Analog Watch.

