The Faststream Technologies Smart Automotive Solution is enabled with IoT platform. The Connected Vehicle Solution aims to help the digital transformation of car manufacturers. To create the Connected Vehicle, Automobile manufacturing companies, telecommunication service providers and Faststream Technologies are working together. We’ve leveraged our mobile and compute platforms to support automotive trends in telematics, infotainment, ADAS, and cloud management mobile solutions. The Connected car services and applications along with our IoT solutions in the Automotive sector are presented here.

1. Smart Automotive Solutions
An intelligent solution to monitor car behavior
The Faststream Technologies connected Vehicle
Solution is enabled by its IoT platform. The Connected
Vehicle Solution aims to help the digital
transformation of car manufacturers. To create the
Connected Vehicle, Automobile manufacturing
companies, telecommunication service providers and
Faststream Technologies are working together. A
connected car is something which operates with its
onboard sensors and internet connectivity improves
the in-car experience of its operators. Connected Car
doesn’t mean the volume to surf the internet on the
move, but the connection between other cars,
communication of cars with other devices. Now a
days, there are only a small number of cars which are
internet entitled but it is presumed that the number
will increase considerably in less than a decade of
time. The lifestyle undergoes required by modern
generation and the exposure to smartphones will
definitely help the connected cars market to grow
exponentially. We’ve leveraged our mobile and
compute platforms to support automotive trends in
telematics, infotainment, ADAS, and cloud
management mobile solutions. The Connected car
services and applications along with our IoT solutions
in the Automotive sector are presented here.
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3. Driver Sense AI
To encourage efficient and safe driving, drivers are screened and
evaluated on driving habits. Advanced sensor based technologies
to detect and monitor behaviour and fatigue levels of
drivers are emerging which makes the cars more intelligent for
avoiding accidents on roads. Systems are being developed for
real time monitoring of vehicles which controls the speed of the
vehicle and fatigue level of the driver to prevent accidents . The
primary components of such a system, will be microcontrollers
along with some sensors like eye blink, gas, impact sensors,
alcohol detecting sensor and fuel sensors. GPS and Google Maps
APIs are used to track the location of the vehicle which can be
sent to a predefined number in the system.
Sensing Fatigue
The system uses automotive-grade image sensors that captures
infrared images of the driver’s eyes, using patented pupil
identification technology and a high speed digital signal
processor to analyze & identify if the driver is either drowsy or
distracted.
The contactless setup and a sophisticated algorithm gives the
device the ability to understand the state of drivers even in
tricky conditions like in presence of strong lighting during noon
hours, drivers wearing sunglasses etc.
Using driver-facing camera, the system detects the
different nuanced cognition levels of the driver using
machinelearning and neural networks.
We use a combinationof different parameters like
● Lane Departure
● Driver’s Eyes/Mouth Tracking (eye-blink rate,
yawning etc)
● Steering Monitoring
This is to determine the ‘wakefulness’ of the driver
Answer to DriverFatigue
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4. Advanced Driver Assistance System
(ADAS)
Driver MonitoringSystem ( DMS)-Eye Status , Blink duration,
blink rate , Head Pose , gaze angles
Night Vision Systems (NVS)–Pedestrian/ Animal Crossing
detection in low light and night time
Pedestrian Detection System (PDS)
Road Sign Recognition ( RSR)
Forward Collision Warning (FCW)
Head-Up Display
Park Assist (PA)
Adaptivefront Lights ( AFL)
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5. Infotainment
Infotainment refers to a system in vehicles that delivers a combination
of information and entertainment content/services. Typical features of
an In-Vehicle-Infotainment system are – providing navigation features
while driving, managing audio/visual entertainment content, delivering
rear-seat entertainment, connectivity with smart phones for hands free
experience with the help of voice commands. Infotainment Options
should create a Safer In-Car Experience helping drivers keep their eyes
on the road and their hands on the wheel. Infotainment options like
apps and menus need to be well organized and accessing features
should be very intuitive to avoid drivers‟ distraction.
Our Offerings:
Faststream’s solution consists of traditional infotainment console and latest features
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7 inch TFT LCD Touch screen based solution
Internet connectivity through WiFi, Bluetooth or even 4G/LTE
Cloud connectivityfor streaming video
Upload of vehicle data obtained through OBD2 to cloud
multi-constellationGNSS positioning devices
analog/digitalterrestrial tuners
analog/digitalterrestrialtuners
Best Car Radio Class D efficiency
 audio power amplifiers
VehicleEthernet Bus , CAN Bus and OBD2 connectivity
Power Management Unit
Storage Unit for AV
Customizablesolutions for OEM or later fitment market
Also, voice and audio commands need to anchor the in-car app platform and drivers should be able to navigate menus or create
messages using voice commands. Audio should be the primary way to accept commands from the users. With rapid growth in
smartphone and Cloud technologies, consumers are demanding for live streaming of music and Internet radio. Ideas for advanced
infotainment features integrate both user behavior and the next level of cloud based infotainment systems. Some of the examples
of smartphone apps integration software units are CarPlay, Google Projected Mode, Mirror Link etc.
Faststream Technologies is an embedded product design company providing cutting-edge design services for building In-vehicle
Infotainment solutions to leading automotive companies. By combining creativity, technical expertise and refined processes,
Faststream Technologies offers elegant embedded hardware and software design services that integrate audio, video, wireless
technologies,DSP Algorithms and HMI, building intelligent, connected in-vehicleinfotainmentsolutions.
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6. On-Board Diagnostics for Predictive maintenance
The On-Board Diagnostics port is commonly used in automobile service and maintenance for self-diagnosis and reporting of
any issues that may occur, or have occurred within the system Using this, information such as emissions, mileage, faults,
vehicle and engine speed, engine temperature, fluid levels, gear shifts, battery status, etc. can be monitored. This is
connected to the Check Engine light or MIL-Malfunction Indicator Light, which illuminates when the system detects a
problem. Till now it was largely used for post-facto analysis; i.e. only when some problem arises. However, by pairing
smartphones with vehicles, this information can be readily made available to the vehicle owners and service stations , giving
them a better picture of the car performance. Monitoring these parameters actively and with some level of on-device
analytics, drivers can get proactive service alerts on their smartphones and potential faults can be identified for early
diagnosis and care.
Faststream Technologies Predictive maintenance (PdM) techniques are designed to help determine the condition of
operating equipment of the car in order to predict when maintenance should be performed. This approach deploys the
principles of statistical process control to predict at what point in the future will the maintenance activities be appropriate.
Some predictive techniques are performed while equipment is in service, thereby minimizing disruption of normal system
operations. Adoption leads to predictive maintenance cost savings.
This maintenance system puts a degree of control and quality management right in your hands. With Infinite Uptime’s IDE
(Industrial Data Enabler), calculating your car’s health is much easier. The IDE measures tri-axial high-frequency mechanical
vibrations, temperature, and acoustics. It is a compactly designed, portable handheld device that accounts for productivity
optimizationand automated predictivemaintenance in the industry.
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7. On-Board Diagnostics for Predictive maintenance
Our Use Cases
Trouble Code Analysis
Access a near real-timestream of diagnostic codes generated by vehicle engines.
Capture multiple vehicle health indicators, such as mileage, fuel level, tire pressure, ambient air temperature, oil
temperature,engine temperature, or RPM, to enable more sophisticated correlations.
Additional Vehicle Health Indicators
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8. On-Board Diagnostics for Predictive maintenance
Our Use Cases
Predictive Maintenance App for Consumers
Create a consumer-facingapp for predictive maintenance with an end-to-end consent management flow for accessing
personal data. Facilitate regulatory complianceand build consumer trust.
Roadside Assistance
Accelerate responses to assistance requests with
location data, as well as insights from diagnostic codes
or other data generated by connected cars. Prioritize
requests based on location or number of passengers in
the car.
Optimize maintenance packages offered to
vehicle owners based on the actual condition of
the car. Integrate vehicle health data into
existing systems.
Dealership Maintenance
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9. Stolen Vehicle Tracking
GSM and GPS based Vehicle Tracking System as shown in is used with a tracking device which is hidden in the vehicle to
monitor and track the location of vehicles . Satellite signals will be received by a remotely located application server and then
position coordinates with latitude and longitude are determined. Exact position of the vehicle can be determined from these
coordinates and using the GSM system , owners can be notified. When your car is stolen you get your vehicle back as quickly
as possible.
Faststream Technologies has an effective solution in the form of Stolen Vehicle Tracking. We help your customers to locate
and recover their stolen vehicle. As soon as the theft is reported to the police, our monitoring center collects all vehicle data
and determines the precise vehicle position via GPS tracking. Our Stolen Vehicle Tracking works in close collaboration with
local security personnel to ensure the prompt return of the vehicle.
Our Solutions:
Ease MonitoringSystem
Our Vehicle Monitoring systems use GPS technology and communication software to relay the location of your vehicle -
accurate to within a certain distance. When a personal vehicle is stolen, a tracking system will be enabled and the
information will be monitored by staff at the control centre, who will alert and advise vehicle owners as to the
whereabouts of the stolen vehicle.
24 Hours Monitoring
Part of the high-level services provided by faststream includes the reassurance and observant monitoring provided by our
24-hour call centre. The team here works around the clock to ensure that the minute a vehicle is lost or stolen, the owners
are alerted and its whereabouts are tracked.
Online Accesses
If your vehicle is fitted with our impressive tracking technology, you'll want to keep an eye on what it's telling you. This is
especially the case in the event of a theft, when our Portal and associated apps enable you to remotely access and track
your vehicle's location.
Global Tracking
A vehicle tracking system needs to provide comprehensive coverage of the area in which a vehicle could be stolen. That is
why Faststream Technologies can both fit and monitor vehicles worldwide. So whether you're in, you can be confident
that your vehicle is in good hands with our system.
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10. Geofencing and Speed Monitoring
The geofencing and speed monitoring applications can be used to inform the car owner if the vehicle has gone out of the
predefined geographical area or is being driven faster than a preset threshold speed . Speed of the vehicle can be measured
speed sensors and geofencing can be achieved with the help of GPS. This can be used for parental control or for remotely
monitoring the use of company cars.
Faststream Technologies fleet tracking solutions offer you numerous insights such as: GPS location, vehicle and driver
activities,vehicle statuses, mileage triplog, driver behavior, speed, fuel consumption and much more.
Connecting your fleet offers you the possibility to track your vehicles and drivers whenever you want and wherever you are.
Vehicle data is sent via GPRS signals to a server, the data is translated into dashboards and reports and allows you to obtain
valuable information on your fleet and their activities or statuses. Tracking your fleet through telematics software is a simple
and time saving way to optimize your fleet management.
To maintain an Optimum Speed by the Driver is very crucial so as to ensure the safety of the vehicle and also fuel economy.
Faststream Technologies provides solutions to monitor the movement of your fleet. For the vehicles it is very important for
the safety of the Driver and crew members it not only ensures safety but also maintains the fuel economy to the optimum
level which also ensures a better revenue and return for the vehicle owner.
Features of our Solutions:
Can work in any place where there is an internet connection.
View current position and status of driver and vehicles via GPS.
Detailedjourney histories.
Easilyidentify the nearest vehicle to a location.
Monitorexcessive speeding.
Record out of hours per unauthorized vehicle use.
Geofencingallows management of territories to immediatelyinform when vehicles move into or out of a predefined
area and ​Drivers exceeding their time limits.
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11. LiDAR
Laser detection and ranging (LADAR), time of flight (ToF), laser scanners or laser radar – is a sensing method that detects objects
and maps their distances. The technology works by illuminating a target with an optical pulse and measuring the characteristics
of the reflected return signal. The width of the optical-pulsecan range from a few nanoseconds to several microseconds.
LiDAR uses a pulsed laser to detect distance, velocity and angle with high precision. LiDAR can classify objects, detect lane
markings, and may also be used to accurately position an autonomous vehicle relative to a high definition map. LiDAR is a critical
sensor for enabling autonomous vehicles.
Faststream Technologies is developing and commercializing the next generation of LiDAR systems for automotive application
using Velodyne's scalable auto-grade LiDAR sensor, core 3D software technology and proprietary LiDAR ASIC engine. Both
companies will contribute key components, technologies, know-how and other intellectual property needed to optimize the
next generation of affordable, high performance LiDARs for the automotive market.
Application of LiDAR with Faststream Technologies
Detection and imaging in autonomouscars
Manufacturers are outfitting modern cars with a wide array of advanced control and sensing functions. Collision warning and
avoidance systems, blind-spot monitors, lane-keeping assistance, lane departure warning, and adaptive cruise control are
examples of established features that assist drivers and automate certain driving tasks, making driving a safer and easier
experience. Faststream Technologies LIDAR and radar share a broad array of common and complementary features that can
map surroundings as well as measure object velocity.
Range.
Our LIDAR systems can detect objects at distances ranging from a few meters to more than 200m. LIDAR has difficulty detecting
objects at close distances. Its range depends on the type of system,
• Short range radar
• Medium range radar
• Long range radar.
Spatial resolution.
Because of its ability to collimate laser light and its short 905m-1,550m wavelength, infrared (IR) light spatial resolution on the
order of 0.1° is possible with LIDAR. This allows for extremely high-resolution 3D characterization of objects in a scene without
significant backend processing. On the other hand, radar’s wavelength (4mm for 77GHz) struggles to resolve small features,
especiallyas distances increase.
Field of view (FOV).
Solid-state LIDAR and radar both have excellent horizontal FOV (azimuth), while mechanical LIDAR systems, with their 360-
degree rotation, possess the widest FOV of all advanced driver assistance systems (ADAS) technologies. Our LIDAR has better
vertical FOV (elevation) than radar. LIDAR also has an edge over radar in angular resolution (for both azimuth and elevation),
which is one key feature necessary for better object classification.
Other factors.
LIDAR and cameras are both susceptible to ambient light conditions. At night, however, LIDAR systems can have very high
performance.Radar and modulated LIDAR techniques are robust against interference from other sensors.
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12. Partnership proposal to OEM/Tier1
Developmentof complete Sub systems –custom made to OEM requirement based on existing solutions & prototypes
Automotivesoftware development using MATLAB/Simulink®,TargetLink®, MISRA C, MISRA C++, and UML
Voice based Edge processing system development – Sensory or Renesas
Smart Sensor integration into existing system – Hardware / Firmware Upgrade or Development – Sensor Data Fusion
AI/ML Software Development for specific requirement
IoT Processor based solution development for applications like Occupancy Detection
Power Electronicsand Control electronics-basedsolution for EV charging and Battery Monitoring System ( BMS)
Power management Solutions for all the applications
Data -Encryption, Safety , Storage , Security , Hack Proofing , DRM
All Sensor related applicationdevelopment for LiDAR , Radar , Camera and all other sensor fusion for ADAS
HMI development based on Touch Screen , Android and HD Video streamed through cloud connectivity
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