Founded in 1951 in the Minden region of Germany, WAGO is one
of the leading companies that has been producing equipment
for electrical connection, automation, and interface
technologies since its establishment. The company has the
capacity to meet all needs from start to finish in an
automation panel with more than 8,000 employees worldwide
and a product range of over 32,000 products. WAGO became the
industry leader by producing the world's first spring
terminal block in 1951, and introduced the world's
first Fieldbus-independent and modular I/O system in PLCs in
1995. All these innovations have shaped the industry and set
the standards. Working on IIoT, edge computing, and cloud
systems in recent years, WAGO continues producing unique
hardware that combines IT and OT.
Setting out with the vision of making a smart planet
possible, Advantech is a global technology giant with its
hardware and software solutions in the field of IoT and
embedded systems. Adopting the "achievement
together" approach, Advantech is experienced in many
vertical sectors such as power generation and distribution,
factory-machine automation, logistics management, facility
management, and environmental monitoring. The product
families that Advantech specializes in are Human-Machine
Interface products such as Panel PC, industrial touch
monitor, operator panel, ruggedized compact computers,
signal acquisition-control solutions, industrial computer,
communication, and Ethernet network products. The company
continues its activities in Turkey from its offices in
Istanbul, Bursa, and Ankara. You can visit
www.advantech.com.tr for detailed information.
Oliptek Smart City Lighting Systems allow controlling
lighting luminaires and other Oliptek terminals (sensors
& actuators) collectively, grouped, or individually in
areas including roads, parks, gardens, schools, hospitals,
factories. It integrates effortlessly into existing cloud
systems thanks to its extensive protocol support. The
scenario system allows the desired luminaires to be switched
on and off, and their brightness can be automatically
adjusted at predetermined times. The consumption amounts of
the luminaires can be monitored instantly on the web-based
system. The diagnostic module monitors the operating status
of the luminaires.
Sensemore is an easy-to-use predictive maintenance platform
with hardware and software specially designed for machine
health analysis, offering high diagnostic quality with
end-to-end solutions. Sensemore, monitors the health of all
rotating equipment working on the production lines on the
way to Industry 4.0, prevents downtime and production
losses. The company was established in 2018 at Istanbul
Technical University Teknokent with the support of the
Scientific and Technological Research Council of Turkey
(TUBİTAK). Sensemore has worked with many companies since
its establishment and has reduced maintenance costs and
increased production efficiency. Sensemore currently exports
the sensors and software it produces at the domestic
facilities to many countries including USA, Europe, and
Asia. You can visit www.sensemore.io for detailed
information.
Odak R&D and Technology Center Inc. started its
activities as of February 2020. The purpose of its
establishment is to carry out R&D and production
activities in the fields of defense industry, aviation, and
smart city technologies (traffic, lighting, energy). Odak
R&D Center, certified by ISO 9001:2015, has a 2400 sqm
area, 20 technical personnel, 2 registered brands, and 3
internet information portals. Odak is a member of ASO, OSSA.
Electronic capabilities of Odak R&D Center are system
and subsystem requirement determination, design and
development, multi-layer electronic board designs, power
electronics circuit designs, embedded system design and
development, prototype product and system production,
testing, and optimization. Software capabilities of Odak
R&D Center are central management and telemetry
software, image processing and artificial intelligence
algorithms, web-based software, desktop and mobile
applications, database applications. Mechanics capabilities
of Odak R&D Center are plastic injection mold design and
manufacturing, rubber mold design and manufacturing,
high-pressure aluminum mold design and manufacturing, sheet
metal forming (punching, cutting, bending, spinning),
industrial model design. Odak R&D Center's
activities in the field of defense are system, subsystem
design and verification, remote control systems,
vehicle/object detection, and tracking systems. Odak R&D
Center's activities in aviation are avionics systems,
event detection systems, autonomous driving systems, deep
learning, and machine learning algorithms. Odak R&D
Center's focus in the Smart City space includes
intelligent Transportation Systems (AUS-ITS), dynamic
intersection management, smart lighting systems,
speed/license plate, vehicle detection systems, ultrasonic
measurement technologies, wireless data collectors, edge
sensor units (NB-IoT, LoRa).
NetOP Technology has more than 20 years of team experience
and increases its know-how in the Internet of Things and
inter-machine communication in parallel with the developing
and changing technological innovations and produces sensors
and gateway equipment suitable for today's needs. The
company markets all of its sensor and gateway hardware
around the world. NetOP Technology provides its customers
with vertical cloud software platforms for all the hardware
it manufactures and offers turn-key solutions in this field.
NetOP Technology portfolio offers more than 300 products
supporting different LPWAN connection technologies including
LoRa, LoRaWAN, BLE 5.0, NB-IoT, Cat-M1, LTE, WiFi; dozens of
verticals and value-added solutions to its customers in
logistics, energy, tourism, marketing, health, agriculture,
and production.
Intecha manufactures IoT devices used in the digital
transformation of energy. It works with suitable energy
distribution platforms to monitor, control, and manage
energy in areas that produce, consume, and distribute it.
Intheca's smart devices generate relevant data to
convert energy data to energy distribution and transfer them
to the energy distribution platforms.
Wisersense is an end-to-end smart machine health monitoring
solution to control increased maintenance and energy costs.
In line with Industry 4.0 and the trend towards
digitalization, it offers monitoring, tracking, remote
measurement and detection of possible faults much earlier
for smart factory and smart city projects. The health of all
systems, large and small, in every stage of production,
especially motors, compressors, fans, pumps, etc. rotary
systems can be monitored. In this way, early detection of
problems, improvement in operations and personnel safety,
increase in production, decrease in downtime, increase in
end product quality, etc. many benefits are provided.
