Kotlin Multiplatform & Compose Multiplatform - Starter kit for pragmatics
Sat4 m2m
1. Oil and Gas Industry Trailers and Containers
Agriculture/
Environment
Utilities Smart Cities/
Public Transport
ENERGY TRANSPORT INDUSTRIAL AUTOMATION
HOW TO CONNECT THEM?...
BN OF “CISCO” THINGS
3. LOW POWER
Technology Energy Battery
1990 2015 2017 1990 2015 2017 1990 2015 2017
Terrestrial
Network
GSM LPWAN 2W 25mW 2 d. 6+ y.
Satellite
Network
FSS MSS
LP
Ultra
WAN
2 kw 2.7 W 25 mW / 3 d. 6+ y.
Telematics
User
Devices
GSM
SAT4M
2M
2 W 25 Mw 6+ y. 6+ y.
4. DISRUPTIVE POINTS
SAT4M2M provides a dedicated solution
(TELDASAT) for M2M LPWA communication
needs.
Compared to alternative M2M communications solutions,
if offers to users unique USPs
Secure and
high-
availability
data services
for
Lowest
cost
propositio
n for
massive
quantity
users
Lowest
energy
consumption
footprint
Global
availabilit
y
Dedicated
network with
cognitive
machine
intelligence
5. COMPANY OVERVIEW
SAT4M2M builds and operates the most advanced
Global & Robust M2M communication system TELDASAT
based on a satellite constellation and corresponding user and
ground segments.
Incubation in Oct. 2014
6. VALUE CHAIN : HW & SERVICES & SUBSCRIBERS
IoT
Devices
Communicatio
n
Applicatio
ns
Agricultu
re &
environme
nt
Emergency
services
Intellige
nt
building
Infrastru
cture
monitorin
g
Healthcar
e
Smart
cities
Border
control
Automotiv
e
Internet
platform
Pipeline
Waste
managemen
t
Railway
monitorin
g
Retail &
leisure
Container
monitoring
Dangerous
good
monitoring
Consumer
electroni
Utilities Construct
ion
Customers Ecosystem
7. SAT4M2M PLATFORM
LP ULTRA WAN
GTS timing & clock
Synchronisation
Open LTE spectral
efficiency
Proprietary Platinum
Codes
Proprietary HCM16
Encryption
IOT SOC CHIPSET
IMPLEMENTATION
Secure Proprietary Custom
FPGA
Low Transmit & Standby
Power
Licenced sale & use
Interoperability
TELDASAT NETWORK
IMPLEMENTATION
Self organising network
Proprietary Operation API
Licenced Operation
Immediate Service (ISS)
Global Coverage
TELEMATIC UNIT &
PLATFORM
IMPLEMENTATION
High Efficiency Energy
Management
High Autonomy (>6y)
8. SAT4M2M DEVELOPMENT
LOCAL AREA
Narrow
band
LowQoS
MedQoS
HighQoS
WIDE AREA LP
ULTRA
WANWide
band
LowQoS
MedQoS
HighQoS
Narrow
band
LowQoS
MedQoS
HighQoS
Wide
band
LowQoS
MedQoS
HighQoS
Narrow
band
LowQoS
HighQoS
Security
QoS
Capacity
Coverage
Reliability
Licenced
spectrum
Technology
coexistenceSpectral
efficiencyLongevity
MedQoS
9. SOME COMPARISONS
Features SigFox NB-IoT Sat4M2M
Network
Network is based on
local base stations.
Backbone is based on
3G/4G, ethernet, etc
Network is based on
local base stations.
Backbone is based on
transport and core
layer.
Only one device
installed into the
ISS.
Coverage
Already 9
European countries
Not deployed Under development
Deploymen
t
Expected to be
deployed to +19 more
countries
When the protocol will
be released, the
deployment will be
radical fast
The GTS device
installed in ISS is in
TRL9. It is planned to
update some modules,
not the total device.
Coverage
Range
3km - 50km 500m - 35km Up to 450km - 1600km
Frequency
Free frequencies for
Uplink and Downlink
Licensed frequencies
for Uplink and
Downlink with some
differences around the
glob.
Global license for
downlink, free
frequencies for uplink
Market
Position
Leader
2020 expect to claim
their position
Not yet in the market.
Beginning of phase I
in 2016.
10. No deployment
time delays.
Can work with
only one
Satellite
One alliance or one company can
have ”hands on” the whole value
chain (upstream & dowstream):
transceiver module, service
provider, customers support,
network maintenance.
Already
applied
patents
Use of private ITU
licensed
frequencies
assigned for
commercial
satellite
communication
Can be developed
to use the
extreme narrow
band (UNB)
technology.
High level
of
security
IoT key assets
11. German site:
ESA business innovation center
Friedrichshafener Str. 1
D-82205 Gilching
Contact:
Philippe Moretto
COO (Operation)
pm@sat4m2m.com
Tel: +33 613 390 629
Thank you
Danke
merci