Industries of nearly every kind benefit from asset tracking not only
because it prevents theft, loss, and damage, but because assets comprise
such a large percentage of a company’s holdings that asset management
is essential for meeting compliance and industry standard regulations.
Asset tracking that delivers real-time data contributes to a healthy
bottom line, and IoT devices and systems make asset tracking more
accurate and reliable than ever before.
According to a report
by Mobile Experts, which follows “multiple vertical markets,
illustrating future trends in detail and includes descriptions of
transportation, healthcare, agriculture, industrial, retail, and
consumer markets,” the asset tracking IoT device market will triple by
2022. Technologies
evaluated in the report include Bluetooth, UWB, WiFi, 802.15.4, LPWA,
2G, LTE, NB-IoT, 5G, satellite, infrared, ultrasound, NFC, and RFID.
Specifically, Mobile Experts Principal Analyst Joe Madden says expected
annual shipments of asset tracking IoT devices will grow from 22 million
to 70 million, and approximately 50% of those devices will send data
through a cloud-based service provider.
Obviously, IoT is here to stay, and there are some superb asset
tracking IoT devices and systems on the market already. To assist you in
finding IoT devices and systems for tracking your assets, we have
rounded up 48 of the best available. Our top IoT device and system picks
cover a range of technologies and applications and come to you from
some of the world’s leaders in technology. We’ve also chosen IoT asset
tracking devices and systems that are appropriate for small businesses
through enterprises. Please note, we have listed our top 48 IoT devices
and systems for asset tracking here in alphabetical order to make your
search easier; thus, they are not listed by any ranking or rating.
AIRcable Gateway combines WiFi and BLE and is a very small Bluetooth
smart mesh and beacon interface to the cloud. But, don’t let its size
fool you; the AIRcable Gateway has a long range and scans for iBeacon,
Eddystone, and mesh asset beacons to send location information to the
server.
Key Features:
Secure smart mesh
Routes all Bluetooth smart mesh communication in both directions between the cloud and the air
Based on the Mosquitto Message Broker so communication in the cloud is secure and encrypted end-to-end
Collective data from IoT devices assist fleet management companies to get valuable insights into chauffeur behaviour, acts of law breaking by the driver, over-speeding etc.
IoT automates various processes in fleet management. IoT enables companies to set up an automatic flow of logistics processes as the interconnected devices and work as part of an integrated process.
Vehicle Idling pumps tons of gases into the air; it also results in usage of billions of gallons of fuel. We can stop this with IoT; we can send a real-time notification to drivers and monitor the idling time closely.
IoT helps in tracking the performances of your vehicle components. It compares the present performance of that part with its standard performance. It sends notification if it finds any irregularity or drops in performance.
Early adopters of IoT enjoys an absolute advantage over others due to two reasons. First, it reduces the overall cost by optimum utilization of resources, and second, it helps in acquiring, sharing and acting on real-time data which results in quick and precise decisions.
Proper application of IoT shrinks total costs by optimal use of resources and enhanced performance.
Gathering, sharing, and acting on real time info helps a firm make rapid decisions and prompt improvements.
Trackerando
allows its enterprise and consumer customers to accurately track and
monitor vehicles, assets and people. The company upgraded to Cumulocity
to provide an IoT platform which delivers carrier grade reliability and
accelerates innovation
Rising consumerisation, increased globalisation and a relentless
focus on operational excellence are driving businesses that sell
consumer products to innovate at tremendous speeds. Often consumers
expect purchased products to have an online component or a set of
applications that allow enhanced, digital experiences with products. At
the same time global markets are causing tremendous product
proliferation and competition for consumer purchases. Businesses
creating consumer products must focus on innovation while relying on
automated tools to enhance their operational excellence. As these
businesses face market challenges, business risks and the need to
simplify operations, they are choosing to layer technology-based
services on their consumer products.
Companies like Trackerando have innovated their businesses to take
advantage of the connected, digital future. By embedding technology in
their solutions, they are able to redefine the relationship between
themselves, their partners and their customers. No longer are they
strictly reliant on product-based sales, but they have used Internet of
Things (IoT) technology to create a new customer experience that
includes an online consumer service for their products.
The Cumulocity IoT platform allows its businessto-consumer (B2C)
customers to rapidly, efficiently and securely co-innovate with new
customer offerings and create long-term relationships with their
customers. Businesses are changing their strategies and technologies to
be ahead of rapidly changing consumer demands. Trackerando is
revolutionising their industries with IoT.
About Trackerando: Trackerando, is a
forward-thinking GPS tracking solution provider which combines
high-quality products with individualised service. Trackerando offers
transportation sector solutions for automobiles, buses, trucks and
powerboats; and personal tracking for humans and pets. The company was
founded in Münster, Germany and has sales throughout Europe.
Trackerando’s customers rely on its high-quality, secure and robust
tracking platform to track their vehicles, people and assets. However,
Trackerando was spending considerable effort developing, upgrading and
maintaining its in-house built solution. These efforts put significant
pressure on the Trackerando development and product management teams to
support new features and new devices in a stable, secure, rapid and
reliable manner. All of the time spent developing, upgrading and
managing the platform meant that Trackerando had less time to spend
creating revenue-generating, value-added services and delighting its
customers.
In addition, the personal tracking market has become increasingly
competitive in the last five years with the proliferation of low-cost
devices becoming available. Consumers continued to expect high quality
products with exceptional user interfaces that combined simplicity and
refined design elements. Trackerando needed to make a change to meet
consumer demands.
Trackerando adopts the Cumulocity IoT Platform – to
reduce development and maintenance costs, increase scalability and
flexibility and maintain security and privacy levels, Trackerando chose
to implement a dedicated edition of the Cumulocity IoT Platform.
Deployed in a German datacentre, this cloud-based solution allowed
Trackerando to launch its new personal tracking service to the market
and replace its older solution. This development would allow Trackerando
customers to increase their levels of online service interactivity and
engage with their products in a new digital way.
This IoT solution powered by the Cumulocity IoT Platform provides
Trackerando customers with easy set-up, real-time monitoring and
tracking features, and a simple-to-use app. Setting up a Trackerando
device is extremely easy with zerotouch registration – the Trackerando
device auto-registers on the Cumulocity IoT Platform and is fully
integrated to Trackerando’s online registration and payment systems.
Once registered, Trackerando customers can use a set of smart rules to
enable geo-fencing alerts, proximity-based rules and multi-modal alarms.
Trackerando has built – and the Cumulocity IoT Platform seamlessly
supports – an iPhone and Android smart phone app to provide a complete
mobile experience to its customers.
Results – Cumulocity’s IoT Platform solution allows
Trackerando to successfully offer its IoT-powered tracking service to
its customers. Customers have an ongoing relationship with Trackerando
through the online service, thereby increasing customer satisfaction,
longevity and loyalty.
Since Cumulocity is fully responsible for the updating and management
of its IoT Platform, the Trackerando development and product management
teams can now devote their time to creating value-added services rather
than spending countless hours on management of an in-house built
platform. And because the deployment of the cloud IoT Platform is in a
German datacentre, data management meets German regulatory requirements
and allays consumer privacy concerns.
End-customer benefits of a Cumulocity-powered Trackerando tracking solution:
User-friendly, graphical mapping tools with geo-fencing alerts, proximity-based rules and multi-modal alarms.
• Leading Cumulocity IoT platform future-proofed Trackerando for
new, innovative requirements with tracking devices and other products.
Seamless integrations to Trackerando payments system for simple ordering.
iPhone and Android smart phone app.
Conclusion
The technology is still evolving, and as Vehicle Tracking solutions providers find many use cases, Internet of Things will turn out to be the lifeline of the fleet management industry.
An IoT-based fleet tracking system is way lot
efficient than a traditional vehicle tracking system is. If you’re into
logistic industry, you should definitely think about upgrading your
systems.
Collective data from IoT devices assist fleet
management companies to get valuable insights into chauffeur behaviour,
acts of law breaking by the driver, over-speeding etc.
IoT automates various processes in fleet
management. IoT enables companies to set up an automatic flow of
logistics processes as the interconnected devices and work as part of an
integrated process.
Vehicle Idling pumps tons of gases into the air;
it also results in usage of billions of gallons of fuel. We can stop
this with IoT; we can send a real-time notification to drivers and
monitor the idling time closely.
IoT helps in tracking the performances of your
vehicle components. It compares the present performance of that part
with its standard performance. It sends notification if it finds any
irregularity or drops in performance.
Early adopters of IoT enjoys an absolute
advantage over others due to two reasons. First, it reduces the overall
cost by optimum utilization of resources, and second, it helps in
acquiring, sharing and acting on real-time data which results in quick
and precise decisions.
Proper application of IoT shrinks total costs by optimal use of resources and enhanced performance.
Gathering, sharing, and acting on real time info helps a firm make rapid decisions and prompt improvements.
Conclusion
The technology is still evolving, and as Vehicle Tracking solutions providers find many use cases, Internet of Things will turn out to be the lifeline of the fleet management industry.
An IoT-based fleet tracking system is way lot
efficient than a traditional vehicle tracking system is. If you’re into
logistic industry, you should definitely think about upgrading your
systems.
“The Internet of Things
(IoT) is a system of interrelated computing devices, mechanical and
digital machines, objects, animals or people that are provided with
unique identifiers and the ability to transfer data over a network
without requiring human-to-human or human-to-computer interaction.”
–Wikipedia
Many technologies enable IoT app development
RFID
Bluetooth low energy
Low energy wireless IP networks
ZigBee
Z-wave
LTE advance
Wi-Fi direct
One of the biggest problems logistics industry
faces is the tracking of fleet. With Vehicle Tracking solutions powered
by IoT devices, a Vehicle Tracking System (VTS) is not only
implementable but also economical.
Internet of things in vehicle tracking system (VTS) currently works on 3 main technologies:
Radio-frequency identification, or RFID,
Global Positioning System, or GPS and
On-board diagnostics, or OBD II
RFID helps control and track products
GPS tracking solutions obtain real-time information on routes
OBD II obtains information on vehicle maintenance and driving conditions.
GPS or the Global Positioning Satellite system has
been around long before IoT devices came out. While GPS data
transmitted to a host over a mobile data connection is enough to track
the moment of a vehicle in real time,
IoT essentially makes Vehicle Tracking solutions a lot more efficient, economical, automated, and reliable.
This how an IoT based typical fleet tracking system works
Location data collected by on-vehicle sensors, including GPS, OBD II sensors.
Data from all sensors is periodically sent to the local gateway over a mobile data connection as the vehicle moves.
Gateway sends information to network server where
speed, location, direction and other variables are collected and send
to a secure application server in the cloud
Application server sends reports and alerts on movement and safety of the vehicle to the driver’s or supervisor’s mobile.
IoT Devices, also known as Connected Devices, are
regular household and commercial appliances and gadgets, except you can
connect and control them over a network: a personal network or the
internet.
Yes, you can switch on your Air Conditioner with
your smartphone from anywhere if both are connected to the internet. But
that’s only a smaller part of what Connected Devices can achieve.
Imagine how easy it would be to track things if
everything could connect to the network. We can only anticipate the way
it will revolutionize different industries.
Consumers are already the biggest beneficiary of
this era of connected devices while businesses are still traversing how
this technology breakthrough will improve their bottom line.
Growth is already significant in the IoT Sector. In 2015, DHL & Cisco conducted a study to understand the implications of Internet of Thing (IoT) Devices on logistics sector.
As per the study, there were 15 billion connected
devices in 2015 and they will rise to 50 billion by 2020–a staggering
rise of 333% since 2012 in the number of IoT devices.
The report further indicates that Logistics Industry would be the biggest beneficiary of IoT.
ORLANDO, Fla., May 6, 2015 /PRNewswire/ — SAP SE (NYSE: SAP)
today announced the launch of the SAP HANA Cloud Platform for the
Internet of Things (IoT), expanding its comprehensive portfolio of IoT
solutions to help customers connect the core of their business to the
edge of the network, gain operational efficiencies and drive the
creation of new revenue models, products and services. SAP continues to
broaden its reach by collaborating with Siemens and Intel to make it
easier for customers to adopt and manage IoT solutions.
These collaborations add to a strong partner ecosystem SAP has developed including recent announcements with Jasper,Accenture and T-Systems.
Additionally, customers including Tennant are gaining real business
value from leveraging SAP HANA to successfully implement IoT. These
announcements were made at SAPPHIRE® NOW, held May 5-7 in Orlando, Florida.
“SAP is helping customers reimagine their business with the most
comprehensive portfolio of Internet of Things solutions from core
business operations to the edge of the network,” said Steve Lucas,
president, Platform Solutions, SAP. “With the launch of SAP HANA Cloud
Platform for the Internet of Things, our customers and partners now have
the ability to connect anything to any app or business process
in their company and business network. This will achieve operational
excellence and deliver new customer experiences, products and services.”
SAP Unveils End-to-End Platform for the Internet of Things SAP HANA Cloud Platform for the IoT provides the infrastructure to
enable businesses to securely tap into a network of millions of
connected devices. Building on its existing data and application
services, which include predictive analytics, telematics, geo-location
and more, the newly launched IoT services from SAP plan to enable the
device cloud for faster delivery of IoT business value: device
management, IoT messaging and IoT application enablement including data
modeling. IoT services from SAP plan to support the cost-efficient and
quick development, deployment and operation of SAP solutions for IoT.
Private cloud deployments intend to enable SAP customers to run their
own device cloud or to operate a device cloud for their customers. To
make it easy for customers to deploy IoT applications at the edge, SAP
will include for a limited time free and unlimited access to the SAP®
SQL Anywhere® suite — lightweight embeddable databases for remote
devices for use with the new SAP HANA Cloud Platform for the IoT.
SAP offers a portfolio of IoT applications such as the SAP Connected Assets solution, including the cloud edition of the SAP Predictive Maintenance and Service solution, and SAP Connected Logistics software, among others that leverage SAP HANA Cloud Platform for the IoT.
Siemens and SAP to Simplify Path to the Internet of Things for Industrial Customers Siemens has chosen SAP HANA Cloud Platform to build the Siemens
Cloud for Industry powered by SAP HANA Cloud Platform as an open cloud
platform for analyzing large datasets in the industry. It is intended to
simplify industrial customers’ ability to create additional value from
the Internet of Things to help boost their own production as well as
product and service offerings. Siemens plans to create an open IT
ecosystem for OEMs and application developers based on SAP HANA Cloud
platform.
“The SAP and Siemens relationship is expected to help enable the
Internet of Things and Industry 4.0 for industrial customers. The
introduction of the new Siemens Cloud for Industry powered by SAP HANA
aims to provide a significant contribution towards the digitalization of
the production space. Powerful services for analyzing data from
industry are an important part of our digital enterprise strategy,” said
Dr. Peter Weckesser, CEO Customer Service, Digital Factory of Siemens AG.
Intel and SAP Join Forces to Enable IoT End-to-End for Customers SAP and Intel are collaborating to simplify, secure and scale the
IoT for the enterprise. Intel provides a blueprint for industry-leading,
interoperable IoT solutions. SAP is taking the complementary SAP HANA
platform in conjunction with the Intel blueprint to simplify IoT
end-to-end deployments for enterprises. The first step in the
collaboration is a joint proof of concept (POC) to integrate the Intel®
IoT Gateway with the SAP cloud.
China Telecom IoT Open Platform enables enterprise customers to
deploy, manage and scale IoT connected devices and applications globally
Based on Ericsson Device Connection Platform, part of Ericsson’s IoT
Accelerator, used by more than 25 operators and supports over 2,000
enterprise customers.
China Telecom and Ericsson (NASDAQ: ERIC) have launched the China
Telecom IoT Open Platform – a global connection management platform that
will support China’s “One Belt One Road” strategy and accelerate the
deployment of Internet of Things (IoT) solutions and services.
The China Telecom IoT Open Platform enables enterprises to deploy,
control and scale the management of IoT devices through partnerships.
With this platform, enterprise customers can integrate their business
processes with the managed connectivity service offered by China Telecom
to create highly reliable IoT solutions. China Telecom and its industry
customers will use the platform to drive the digital transformation of
industries in China and beyond.
Magnus Rahm, Head of Global Service Operations, Ericsson, says: “The
IoT market is growing very rapidly and we aim to use our expertise in
this area to help our customers capitalize on this opportunity. Together
with China Telecom, we can play a key role in realizing the tremendous
potential of the IoT by reinventing processes, creating new services,
and capturing new revenue.”
The China Telecom IoT Open Platform is powered by Ericsson’s Device
Connection Platform – a global, unified platform that is being used by
multiple enterprise customers in various industries to manage IoT
connection services worldwide. The platform offers enterprise customers
reliable connectivity based on service-level agreements and a common,
unified overview of devices and access networks.
Ericsson’s Device Connection Platform was launched in 2012 and now
supports more than 25 operators and over 2,000 enterprise customers as
part of Ericsson’s IoT Accelerator
platform. Ericsson also collaborates with the Bridge Alliance and the
Global M2M Association to realize the vision of a seamless customer
experience with worldwide coverage and superior service quality for IoT
applications.
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