Presentation is about Transition Technologies PSC. We specialize in creation IT solutions for the manufacturing industry, especially Connected Product Lifecycle Management software and industrial exploitation of the newest Internet of Things (IoT) and Augmented Reality (AR) technologies. We are open to business proposals - just contact us.

1. _experience
digital
transition!
Start your first
IoT and AR journey
with Transition Technologies PSC

2. _About us
Transition Technologies PSC
We are a member company of the Transition Technologies Group –
a Polish IT holding. TT is creating and developing innovative ICT solutions for
both national and International Customer since 1991.
• We specialize In IT solutions for the manufacturing Industry
• We employ over 200 of programming enthusiasts
• We own 12 years of experience in development and delivery of Product Lifecycle Management
solutions
• We specialize in Augmented Reality and Internet of Things technologies
• We own a Software Integrator and Value Added Reseller status for PLM, IoT and AR software
• We conduct IoT and AR workshops
• We implement Application Enablement Platforms solutions
• We implement individual, custom-tailored solutions for our Customers
• We conduct R&D activities for our strategic partners
Transition Technologies PSC’s offices
Transition Technologies Group’s offices

3. _What we do?
Data acquisition and integration
We integrate corporate and industrial
systems in order to acquire data –
SCADA, PLM, ERP, IoT, CRM.
PLM
We deliver Product Lifecycle Management
software and implement the concept of
Connected-PLM.
IoT
We implement and deliver Internet of
Things solutions.
Digital Twin
We deliver products and technologies
necessary to create a digital equivalent of
a product – a Digital Twin.
Machine Learning
We develop analytical and prognostic
tools based on collected data.
Data Visualization
Augmented Reality-based data
visuzalization, mobile apps and rapid
application development platforms.

4. Transition Technologies PSC
supporting Enterprises in implementation of the Factories of the Future, Industry 4.0
and Internet of Things concepts.
Internet of Things
We create a wide spectrum of IoT solutions,
supporting operations within industrial facilities and
of machines, as well as bring intelligence to office
buildings. We help our Customers build their first IoT
solutions, helping them improve process efficiency:
production, logistics, design and factory
infrastructure management. We have deep
knowledge on multiple IoT platforms in a dynamically
changing solution availability.
Connected Product Lifecycle Management
Designers receiving information on actual working parameters and
operational efficiency of products and devices in their real
environments. Service teams always equipped with appropriate spare
parts and service instructions.
This and much more can be achieved thanks to Connected PLM –
a combination of traditional product design with modern Internet of
Things solutions.
Intelligent factories building intelligent
products
We help our Customers develop new versions of
their products containing IoT software, reaching out
to their Customers with a more fitting offer thanks to
real-time analysis of usage, visibility of all operational
parameters, failure prediction and delivery of
interactive service guides.
Augmented Reality
Transition Technologies PSC is one of very few companies which
expands upon the Internet of Things concept, supplementing it with
Augmented Reality solutions to better utilize the value of data from
connected products and display them appropriately to users, service
teams, salesmen as trainings, interactive service guides or product
presentations.

5. _Example IoT project implementations
_01
Experience in implementation of the
Factories of the Future projects. We are the
first Polish company to actually implement
one.
_02
We are delivering product lifecycle
management systems for world-leading
companies manufacturing equipment,
vehicles, machinery and electronics.
_03
We deliver Augmented Reality systems for
support of Maintenance, Repair and
Overhaul divisions, which also serve for
training purposes as well as handling,
building and service guides.
_04
We have implemented an IoT solution for
special heavy-duty vehicles. Exploitation
support combined with data aggregation
and usage analytics.
Factory role-based apps Support of device service and
maintenance, live remote expert
communication, dynamic creation of
a service knowledgebase in AR
Exploitation analytics including design and
implementation of a sensor architecture
Intelligent analytics
for fleet management
Failure prediction

6. _Example offers for packages of implementation of first IoT and AR projects
Choose which
packages suit your
needs the most
_A Data Acquisition
and Aggregation
• Integration of SCADA, PLM, IoT, ERP, CRM systems
• Acquiring data from machines and sensors
• Designing physical sensor architecture (optional)
• Up to 20 variable monitoring for 5 devices
_B M2M communication
and Data transfer
• WLAN, mobile networks, LPWAN, others
• Programming libraries
• Protocol adapters
• Communication agent (Edge Microserver)
• Data transfer for 5 devices
_C Data management • IoT platform
• Database scaling
• Asses management
• Cloud hosting – Amazon Web Services
implementations
• 5 devices, 3 users
_D Analytics • Data analytics
• Predictive model construction
• Failure prediction for selected devices
• Artificial Intelligence algorithms
• The project will show relevant predictive indicators
_E Visualization • Utilizing Augmented Reality and dedicated mobile
apps for specific roles within an Enterprise
• Development of 2 apps for 2 roles
• Development of 2 AR service instructions
• Context-based visualization for 5 machines

7. _Action plan to implement a first IoT project
_01 Innovation workshops We start with a meeting. Our expert will help prepare an IoT strategy which
brings most benefits to your Enterprise.
_02 Idea and Project We demonstrate a concept of an IoT & AR project – how to build competitive
advantage, which kind of technologies and elements to use to maintain optimal
balance.
_03 Implementation Implementation of the agreed project in an Agile methodology, so your team
can influence the shape of the end-solution.
_04 Machine Learning System and sensor data analysis in order to build predictive models and
artificial intelligence models fitting your needs.
_05 Analysis and IoT
implementation roadmap
for the Enterprise
Definition of individual steps of implementing an IoT solution in your Enterprise.
Duration: 1-2 days
Duration: 1-3 weeks
Duration: 2-3 months
Duration: 2 weeks
Duration: 2 weeks

8. Solution Packages

9. Solution description
IoT Platform
ThingWorx

10. _Platforma ThingWorx Solution Summary
Fast prototyping WWW and mobile access IoT offering for your companyScalable data acquisition
IoT platform for dedicated solutions implementation
Rapid Application Development Bi-directional data transfer
Asset Management
CAPABILITIES
Live Asset Connections – industry protocols and Agent ThingWorx Built in integration, processes and machine learning
BENEFITS
Machine Learning
Integration
Business processes

11. Data Acquisition and Aggregation
M2M communication and Data transfer
Data management
Analytics
Visualization
_Remote Service Solution Packages
IoT Platform
Time of implementation:
3 months
Cost:
$25,000 yearly
subscription +
implementation
Available Trial Version

12. Solution Description
Remote Service

13. _Remote Service Solution Summary
Problems
Addressed
Remote Service enables service technicians to remotely view, manage, diagnose and
resolve issues for their connected equipment/devices. Customers can reduce costly onsite
service visits and improve asset uptime with pre-emptively detecting possible product failures
and irregular operating conditions
Key
Functionalities
Maintenance focused – Streamline service issue resolution and alert management
Collaborative – Work remotely with customers to resolve and prevent asset issues, improving
customer satisfaction
Connected – Using IoT platform to manage and gather data
Transparent – Provides visibility into asset condition and operations configurations
Benefits
• Improved equipment/device up time
• 15-25% Reduction of onsite service visits
• Capture and scale technical service expertise
• Reduce software distribution cost and installation errors
• Leverage asset performance data to guide future service strategy

14. _Remote Service Solution Summary
Increase equipment
uptime
Reduce travel cost with
less service visits
Operating conditions
visibility
Scale technical
expertise
Track critical alerts in context
of asset
Historical asset condition and
performance
Real Time asset monitoring
Real time asset monitoring
Critical alert notifications for service issues Bi-directional file transfers with asset
Provides Remote access to assets
CAPABILITIES
Embedded Connect Diagnostics to assist with issue resolution Usage style recording
BENEFITS

15. _Remote Service Solution References
Remote Service was
applied to military vehicle
for retrospection and
understanding of it’s
characteristics and the
way it’s used for improving
new versions
OBRUM MILITARY
R&D UNIT

16. _Remote Service Solution References
Remote Service was
applied to allow technical
experts to access, monitor,
troubleshoot and diagnose
the individual devices
remotely at any time using
our solution
Planet Innovation
Incubators Manufacturer

17. Data Acquisition and Aggregation
M2M communication and Data transfer
Data management
Analytics
Visualization
_Remote Service Solution Packages
Remote Service consists
minimum three packages
inluding IoT Platform
Time of implementation:
3 months
Cost:
$25,000 yearly
subscription + $15,000
implementation

18. _Remote Service Solution Road Map
• Real time Connected assets
• Remote monitoring
• Usage recording
• Condition Based Maintenance
• Data analysis
• Predictive Maintenance
• Integration with MRO
• Augmented reality service
assistance
• AR Manuals and SelfService
• AR inspections
_phase 02_phase 01 _phase 03

19. Solution Description
AR Assisted
Equipment

20. _AR Assisted Equipment Solution Summary
AR Assistance provides augmented reality content creation and delivery for service, manuals and training
preparation. Users benefit from AR at the point of service with relevant content overlaying their equipment
views. This improves labor-intensive and error-prone asset inspection/verification. This provides more efficient
way to create and store service knowledge database, to deliver guidelines to the end users and to connect
them with technicians.
AUGMENTED REALITY CONTENT AUTHORING
SMART CONNECTED PRODUCT INFORMATION OVERLAY – Contextual information for specific device
and situation, using AR to overlay relevant sensor, alert, and business data on the asset, in the context of the
task-at-hand
GUIDED WORK INSTRUCTIONS AND PARTS IDENTIFICATION
Provide visual step-by-step instructions that include 2d AND 3D content workflow and animations designed to
make work easier and faster
TRAINING AND SIMULATION
Reuse guided work instructions for on-equipment training and simulation
SERVICE PROCESS INTEGRATION
• Service event efficiency improvement for labor, first-time-fix - 20%
• Decreased cost of maintenance and repair overhaul
• Training and inspection cost reduction
• First line support cost reduced
• Improved service knowledge database
Problems
Addressed
Key
Functionalities
Benefits

21. _AR Assisted Equipment Solution Summary
•
Tracking employee’s performance
Work instructions delivery to field technicians
Contextual Remote Expert Assistance Service knowledge storing and sharing
Alert, sensor, and business-system data overlay
Application for user manuals
Available for tablets and AR glasses
Sensor reading, alert, and other
overlays of relevant asset information
Service content access, including
graphical overlay of procedures
Service efficiency
Improvement
Decrease cost of maintenance
and repair overhaul
First line support
cost reduction
Training and inspection
cost reduction
BENEFITS
CAPABILITIES

22. _AR Assisted Equipment Solution References
Augmented Reality was
applied to hazardous
robots operations and
maintenance procedures
in automotive production
of Fiat Chrysler
Automobiles Poland

23. _AR Assisted Equipment Solution Packages
AR Assisted Equipment
Solution consists
minumum two packages
inluding IoT Platform
Time of implementation:
3-6 months
Cost:
$35,000 yearly
subscription + $35,000
implementation
Data Acquisition and Aggregation
M2M communication and Data transfer
Data management
Analytics
Visualization

24. _AR Assisted Equipment Solution Road Map
• AR Assisted Instructions
• AR Service Knowledge Database
• AR Authoring
• Augmented Reality communication
with experts and technicians within
your organization
• Dedicated Role Based AR applications
• AR User’s manuals and
troubleshooting for end users
• Augmented Reality communication
with support from end customers
and users (outside of your
organization)
• New business model
_phase 02_phase 01 _phase 03

25. Solution Description
Driving Analytics

26. _Driving Analytics Solution Summary
Driving Analytics allows your to inteligently manage your fleet and get the information about your company
driving behaviours, score your drivers and finally apply gamification factors to promote the best drivers. You
will be able to set up KPIs for your company and drivers, understand the gathered data and get value from it.
• FLEET MANAGEMENT AND ASSET MANAGEMENT
• GATHER AND ANALYZE DRIVING STYLE
• PROMOTE WITH RANKINGS AND GAMIFICATION GOOD DRIVING PATTERNS
• SET KPIs FOR IMPROVEMENT PERIODS
• ALLOWING DRIVERS TO ENTER PRIVATE MODE
• AUTOMATIC DRIVER RECOGNITION
• SERVICES TO HELP DRIVE PLANNING THE TRIP
SERVICE PROCESS INTEGRATION
• Reduced fuel consumption (10%)
• Reduced spare parts usage (10%)
• Reduced number of car accidents
• Improved driving culture organization
Problems
Addressed
Key
Functionalities
Benefits

27. _Driving Analytics Solution Summary
•
Scoring the driving
behavious
Reports for each
business trips
Additional services for
trip planning
Analyze each trip
CAPABILITIES
Tracking employee’s improvement
Regular fleet management capablities
Data gathering with Internet of Things Platform Scoring for ECO and SAFE driving
Applying metrics for your drivers
Data Analytics
Reduced fuel
consumption
Reduced spare parts usage
Improved driving culture
organization
Reduced number of
car accidents
BENEFITS

28. Data Acquisition and Aggregation
Data management
Analytics
Visualization
M2M communication and Data transfer
_Driving Analytics Solution Packages
Driving Analytics Solution
consists minumum three
packages including IoT
Platform
Time of implementation:
3 months
Cost:
$25,000 yearly
subscription + $15,000
implementation

29. _Driving Analytics Solution Road Map
• Fleet management
• Asset Management
• KPIs for SAFE and ECO driving
• Improvement periods for drivers
• Data analytics to understand key
behaviours and car usage
• Data analytics to propose KPI for
your organization
_phase 02_phase 01 _phase 03

30. Services Description
Outsourcing

31. Outsourcing – cooperation models
Outsourcing is organized in
3 models:
Body leasing
– in which a single
specialist is provided by
Vendor to Customer
organization and works
under Customer
supervision
Team leasing
– in which a team of
specialists is provided by
Vendor to Customer
organization and works
under Customer
supervision
Managed Service
– in which Vendor maintains and
ensures continuous operations
(according to Service Level
Agreement - SLA) of:
• IT System or
• Group of IT Systems or
• Service offered by
Customer Organization

32. Outsourcing – offering
Available technologies:
• .NET
• JAVA
• Mobile technologies(iOS, Android, Windows phone)
• Web developers (extJS, AngularJS, HTML5, CSS3, JS, Node.JS, React)
• Business Inteligence (Oracle & Microsoft)
• Certified (ISTQB ) testers / QA
• C++
• Amazon Web Services
• Cloud computing (SFDC, Azure)
• NoSQL DB
• UX – DesignLab
• Attlasian (Jira, Confluence, Bamboo)
• Selenium, WebDriver, Sonarqube, Jenkins, Maven, GIT/SVN

33. Looking forward to building a longterm partnership with You ● Konrad.Drozka@ttpsc.pl
www.ttpsc.pl
iot@ttpsc.pl