galileo e le infrastrutture critiche campus bio-medico di ...€¦ · seneca: civil aviation...
TRANSCRIPT
1
GALIL
EO e le Infrastru
tture Critiche
CAMPUS BIO
-MEDIC
O di ROMA
15 O
ctober 2013
2
MAIN TOPICS
Galileo is a dual use GNSS system fostering applications in different
sectors:commercial, safety and security of territory and the citizen.
Galileo a GNSS
system enabler of technologies integration: merging
telecom (terrestrial and satellite), earth imaging and mapping (aero or
space based) and IT (Information technologies)
An extensive and comprehensive European action plan on GNSS is
paving the way for Galileo application and services, also launching
measures to favour penetration (including legislation)
Galileo is part of a new industrial policy strategy for Space activities.
GALILEO, an engine of innovative
Applications and Services
3
European Policy
To im
ple
ment its o
wn N
avig
ation S
ate
llite
Syste
ms in tw
o s
teps:
EGNOS
Augm
enta
tion s
yste
m b
ased o
n 3
geosta
tionary
sate
llite a
nd a
netw
ork
of gro
und s
tations c
ert
ifyin
g a
nd
enhancin
g t
he e
xis
ting n
avig
ation
sig
nal allow
ing t
he u
se in s
afe
ty
critical applications
Galileo
Auto
nom
ous N
avig
ation s
yste
m b
ased
on 3
0 s
ate
llites in M
EO
orb
it, 27
actives 3
spare
, pla
ced in 3
orb
ital
pla
nes
4
Galileo and Dual Use
Galileo is a
Civ
ilsyste
m u
nder C
ivil
control, h
ow
ever:
•Larg
e s
ate
llites s
yste
ms (C
om
munic
ations, Eart
h O
bserv
ation)
are
genera
lly D
ual-U
se
syste
ms,
•In
princip
le, th
e G
alile
o s
yste
m is c
onceiv
ed in s
uch a
way to fit
the n
eeds o
f th
e m
ilita
ry u
sers
too,
•A
pplications s
uch a
s c
risis
managem
ent, law
enfo
rcem
ent,
trackin
g o
f dangero
us g
oods a
re o
ften involv
ing m
ilita
ry c
orp
s
•The s
am
e a
pplies to m
issio
ns for peace-k
eepin
g o
r defe
nse,
•D
ual use o
f G
alile
o d
e-facto
is a
realit
y.
5
Law Enforcem
ent, Internal Security &
Customs
Police, Coast Guards., Special Units etc.
Emergency Services
Fire Brigades, Civil Protection, etc.
Critical Energy, Critical Telecom
Network operators, Energy Suppliers
Critical Transport
Mass, high-value & hazardous goods transporters
Strategic, Economic ,& Commercial activties
Banks, Commercial ports, Space Agencies etc.
Defence
Army, Navy, Air Force, Joint forces
Galileo PRS potential Users
6
Application domains Main operational scenarios and applications
GNSS support in Governmental Activities
7
Application domains Main operational scenarios and applications
Netw
ork
synchro
nis
ation a
nd tim
ing
-G
NS
S a
s p
rim
ary
refe
rence c
lock
(backed w
ith a
tom
ic c
locks)
-Fre
quency c
alib
ration o
f ra
dio
sig
nals
(GS
M b
ase s
tations)
•C
ritical Tele
com
Netw
ork
opera
tors
•C
ritical E
nerg
y
Energ
y s
upplie
rs
•C
ritical Tra
nsport
Civ
il avia
tion
•S
trate
gic
Activitie
s
Com
merc
ial ports
Netw
ork
m
onitori
ng a
nd c
ontr
ol
-In
tern
al oscill
ato
r m
anagem
ent
-Tim
e s
tam
pin
g o
f in
cid
ent
-S
ynchro
nis
ed m
esura
ments
Vessel Tra
ffic
Managem
ent
Conta
iner
trackin
g &
tra
cin
g
GNSS support in critical infrastructures
Next genera
tion g
lobal A
TM
8
Professional Mobile Radio (PMR) systems
Secure
com
munic
ations for la
w
enfo
rcem
ent and e
merg
ency s
erv
ices
Key m
anagem
ent fo
r gro
ups o
f users
Accounta
bility
and tra
ckin
g o
f secure
assets
GNSS support to professional communication
GNSS and PMR
•C
lock s
ynchro
nis
ation in the
netw
ork
infrastructu
re
•U
sed for ra
dio
base s
tations w
hen
opera
ting in S
imulc
ast m
ode
•Location a
pplic
ation for end-u
sers
•V
ehic
le &
pedestria
location
•C
om
mon o
pera
tional pic
ture
•Forc
e/a
sset trackin
g
9
Public
Rela
ted S
erv
ice (PR
S)
PR
S is n
ot desig
ned for Safe
ty n
eeds b
ut fo
r R
obustn
ess
PR
S is o
f in
tere
st fo
r G
overn
menta
l bodie
s o
r Entities
devote
d to the s
ecurity
of th
e terr
itory
:
–ro
bust and a
ccess-c
ontrolle
d s
erv
ice
for govern
ment
applic
ations (pro
tecte
d a
gain
st ja
mm
ing a
nd s
poofing)
–opera
tional at all
tim
es a
nd in a
ll circum
sta
nces, nota
bly
during p
eriods o
f crisis
(“c
ontinuity o
f serv
ice”)
–separa
ted fro
m o
ther serv
ices that can b
e d
enie
d w
ithout
affecting P
RS o
pera
tions
10
PRS response to open G
NSS vulnerability
PRS response to open G
NSS vulnerability
•Robust against interference/jamming
-PRS signal structure has been specifically designed to resist to
interference
and m
edium/low power jammer
-Jamming of PRS will necessitate more expensive higher power jammers: easier
to localise
•Robust against m
eaconing/spoofing attacks
-Robust encryption m
echanisms in PRS signals and data m
essage provide
protection against m
eaconing and spoofing
•Designed to have:
-Separation of PRS Signals from open service signals
-Robust access control to PRS signals
Open GNSS can be disrupted while maintaining continuity of service to PRS
Users
11
GNSS open service signal:
GNSS open service signal:
Vulnerability to spoofing and M
eaconing
Vulnerability to spoofing and M
eaconing
Meaconin
g: consis
ts in rebro
adcasting G
NS
S s
ignals
on the s
am
e fre
quency to
confu
se n
avig
ation
Spoofing: consis
ts in b
roadcasting G
NS
S s
ignals
that em
ula
te a
fake
conste
llation to m
isle
ad n
avig
ation
12
Galil
eo P
RS S
erv
ice featu
res
PR
S o
ffers
:
–PN
T s
erv
ices in a
robust w
ay
–C
ontrolle
d A
ccess via
Key m
anagem
ent fo
r auth
orised u
sers
–D
enia
lcapability
•serv
ice
•sin
gle
user
•gro
up o
f users
•geogra
phic
al
–N
avig
ation m
essage p
rote
ction
–PR
S receiv
ers
control & m
anagem
ent
–O
TAR
capability
for re
mote
users
13
ASI and E
NAV (
the I
talia
n C
om
pany r
esponsib
le for
Air T
raffic
Control)
have d
efined a
join
t national Pro
gra
mm
e a
imed to introduce g
radually
the
sate
llite
navig
ation,
sta
rtin
g from
EG
NO
S pro
gra
mm
e,
in
to th
e C
ivil
Avia
tion c
otrol pro
cedure
s, fo
r a 5
years
dura
tion.
SENECA: Civil Aviation Programme
Obje
ctives:
•E
nsure
a w
ide a
nd p
rom
pt use o
f E
GN
OS
for C
ivil
Avia
tion
in Ita
ly.
•P
repare
Civ
il A
via
tion for transitio
n fro
m E
GN
OS
to G
ALIL
EO
•P
rom
ote
innovation a
nd R
esearc
h in S
ate
llite
Navig
ation fie
ld
Activitie
s:
�S
upport to C
ertific
ation o
f E
GN
OS
syste
m
�V
erification
of
EG
NO
S
perform
ances
in
opera
tional
conditio
ns
within
the n
ational air s
pace
�In
troduction o
f sate
llite
navig
ation in C
ivil
Avia
tion p
rocedure
s a
nd
syste
ms
�D
evelo
pm
ent
of
Innovative S
erv
ices and A
pplic
ations based on
GA
LIL
EO
14
�National Signal Monitoring System
�Civil Aviation procedures verification Platform
�Services Experimental Centre
�GNSS Simulator
�Data Analysis
�Local Elements
�Multifunctional NAV/COM terminal
�General Aviation and UAV flight
SENECA: Civil Aviation Programme
15
SN
C: N
avig
ation &
Com
munic
ation
SLM
: Local M
onitoring S
tations
PV
SIS
: P
latform
for
Sig
nal in
Space V
erification
PV
P: P
latform
for Pro
cedure
s V
erification
SO
LE
L: E
licopte
r Sim
ula
tor S
yste
m
SN
M: N
ational M
onitoring S
yste
m
CS
SG
: C
entre for Experim
ent
GN
SS
Serv
ices
PC
L: Lcoal C
om
ponent P
latform
CS
SG
Fro
nt End P
roxy
ED
CN
: E
gnos D
ata
Colle
ction N
etw
ork
BA
RI
CA
TA
NIA
PA
LER
MO
LA
MP
ED
US
A
RO
MA
(FIU
MIC
INO
,
CIA
MPIN
O,
VIA
AG
RI)
VEN
EZIA
BO
LO
GN
A
SENECA Architecture Deployment
16
Validation & Demonstration Activities
Inte
gra
ted s
olu
tion
Inte
gra
ted s
olu
tion
Gro
und V
alidation
Gro
und V
alidation
Dem
o A
ctivitie
sD
em
o A
ctivitie
s
Opera
tional fe
edback
Opera
tional fe
edback
�D
ata
quality
assura
nce
�R
egula
tions c
om
pliancy
(IC
AO
8168, 9906, A
RIN
C
424)
�C
ockpit s
imula
tor
(fly
ability a
nd
pre
lim
inary
obsta
cle
assessm
ent)
�Sim
ula
tion o
f 4 a
ircra
ft
cate
gories (A
, B
, C
, D
)Flight P
rocedure
Flight P
rocedure
loadin
glo
adin
g�
Cert
ifie
d
Data
-packer
�A
ircra
ft:
PIA
GG
IO P
-
180 A
vanti II
(Flight
Inspection
depart
ment
fleet)
�Flight Tri
als
�In
volv
em
ent
of lo
cal A
TC
pers
onnel
�Pilot and A
TC
Os
feedback required
�A
PV/S
BA
S b
enefit
evalu
ation
17
ER
TM
S (new
MoU
)
•exte
ndin
g specific
ations to m
eet glo
bal
requirem
ents
by introducin
g:
•N
etw
ork
independent TLC
•S
ate
llite
positio
nin
g
ASI sustains new challenges on train control
systems
New
mark
ets
•private
fre
ight/m
inin
g lin
es
•Low
tra
ffic
-regio
nal lin
es
GN
SS
•G
PS
, G
LO
NA
SS
fully
opera
tive
•G
ALIL
EO
under develo
pm
ent to
pro
vid
e
Euro
pe independence a
nd g
reate
r
robustn
ess
Explo
it
new
technolo
gie
s
Incre
ase
mark
et
Makin
g
investm
ents
m
ore
attra
ctive
Ensure
ER
TM
S
com
patibility
18
�A
Pro
ject financed b
y A
SI w
ithin
the E
SA
A
RTE
S Tele
com
munic
ation P
rogra
mm
e
�D
evelo
pm
ent and v
alid
ation o
f a s
ate
llite
-based p
latform
com
patible
with the E
RTM
S-
ETC
S
�E
xplo
itation o
f new
sate
llite
TLC
technolo
gie
s
�A
doption o
f G
NS
S a
nd a
ugm
enta
tion n
etw
ork
s for m
eeting S
IL-4
requirem
ents
�M
anaged b
y E
SA
�R
oadm
ap u
p to the v
alid
ation a
nd c
ertific
ation p
hase
Benefits
:
�In
cre
ased n
etw
ork
capacity/e
ffic
iency
�Low
er capex &
opera
tional
costs
Priorita
ry a
pplic
ations
Local lin
es, lo
w-tra
ffic
,R
egio
nal
lines, new
fre
ight lin
es o
n a
world-w
ide level
3INSAT -Train Integrated Safety Satellite System
19
3INSAT -Train Integrated Safety Satellite System
20
The function o
f train
localiz
ation is d
istrib
ute
d a
mong the follo
win
g e
lem
ents
:
1.
Space
segm
ent
(GP
S,
GA
LIL
EO
, G
LO
NA
SS
conste
llations + E
GN
OS
+
SA
TC
OM
)
2.
Augm
enta
tion a
nd Inte
grity
Monitoring
netw
ork
3.
on
board
unit
(multic
onste
llation
GN
SS
re
ceiv
er+
Multis
ensor
Localiz
ation
Dete
rmin
ation S
yste
m (LD
S))
The p
rim
ary
task o
f th
e s
pace s
egm
ent
is to p
rovid
e t
he r
efe
rence s
ate
llite
sig
nals
needed
for
train
positio
n
com
puta
tion
as
well
as
to
dis
trib
ute
re
al
tim
e
corr
ections re
late
d to
sate
llite
ephem
erides,
clo
ck offsets
, pro
pagation dela
ys,
and S
ignal In
Space (S
IS) in
tegrity
.
The (Tra
ck A
rea) A
ugm
enta
tion a
nd Inte
grity
Monitoring N
etw
ork
pla
ys a
role
sim
ilar
to the E
GN
OS
Range a
nd Inte
grity
Monitoring s
ubsyste
m a
nd, in
fact, it w
ill b
e
deplo
yed o
nly
on those a
reas o
ut of E
GN
OS footp
rint.
The L
ocaliz
ation D
ete
rmin
ation S
yste
m (
LD
S)
unit c
om
pute
s t
he t
rain
positio
n b
y
usin
g the G
NS
S s
ignal, the a
ugm
enta
tion info
rmation for in
tegrity
monitoring a
nd
the
data
from
oth
er
sensors
as
Inertia
l N
avig
ation
Syste
ms
(IN
S)
and
tachom
ete
rs.
3INSAT -Train Integrated Safety Satellite System
21
3InSat -The Test Site –Olbia-Cagliari railway
line
Test Site
Pilot line
3In
Sat fe
atu
res for
sate
llite a
ssets
validation
on the test site:
�Tota
l le
ngth
: a
ppro
xim
ate
ly 5
0 k
m
�D
ouble
tra
ck: to test train
localiz
ation o
n p
ara
llel
tracks
�S
ate
llite
localiz
ation s
yste
m at S
IL-4
level
�M
ulti-beare
r TLC
netw
ork
�A
ugm
enta
tion n
etw
ork
valid
ation
�Test Pro
cedure
s v
alid
ation
�In
dependent assessm
ent b
y a
NoB
o (Italc
ertifer)
Possib
le futu
re e
volu
tions o
f 3In
Sat,
inclu
din
g tests
on E
RTM
S u
sin
g s
ate
llite
based localization, are
under
dis
cussio
n
22
22
•The G
oal:
–Accele
rate
the d
evelo
pm
ent of G
NSS a
pplic
ations a
nd
the a
doption o
f EG
NO
S (and G
ALIL
EO
)
–In
cre
ase the E
uro
pean s
hare
of th
e G
NSS a
pplic
ation
mark
et
•Pro
posals
for
EU
’s a
ctions c
am
e fro
m:
–2006 G
reen p
aper on the a
pplic
ations o
f sate
llite
navig
ation
–Severa
l m
ark
et stu
die
s a
nd C
BA
–Analy
sis
of re
sults o
f call
for id
eas for th
e E
uro
pean S
ate
llite
Navig
ation C
om
petition, or calls
for re
searc
h p
roposals
(FP6 a
nd
FP7)
⇒The n
um
ber
of dom
ain
s o
f action is h
uge !
The EU’s GNSS action plan
23
23
•24 a
ctions to b
e im
ple
mente
d b
y the C
om
mis
sio
n w
ith the
assis
tance o
f th
e G
SA:
–A
series o
f “h
orizonta
l”actions, by n
atu
re c
ross-c
uttin
g, to
foste
r G
NS
Ss
perv
asiv
eness
–A
series o
f actions in p
riority
dom
ain
s
•Type o
f actions
:–
Certific
ation, sta
ndard
ization, and c
oord
ination a
ctivitie
s
•A
ctions 1
to 6
–In
form
ation d
issem
ination, in
form
ation e
xchange, and a
ware
ness-r
ais
ing
cam
paig
ns
•A
ctions 7
to 1
1
–R
egula
tory
measure
s (m
ain
ly for ro
ad tra
nsport)
•A
ctions 1
2 to 1
5
–Fund-r
ais
ing for G
ALIL
EO
or E
GN
OS
-based innovation to d
evelo
p
applic
ations
•A
ctions 1
6 to 2
4The GNSS actions
24
24
Six priority domains
1: LB
S
2: R
oad
transport
3: A
via
tion
4: M
aritim
e
transport
5: Environm
ent
and a
griculture
6: C
ivil
pro
tection a
nd
surv
eilla
nce
25
Galileo the new European strategy to
exploit space potentials
Space activitie
s and explo
rations genera
te a consis
tent
fallo
ut
on our
socie
ty,
affecting our
daily
lif
e and pro
moting scie
ntific re
searc
h and
technolo
gic
al
innovation,
the
two
majo
r drivin
g
forc
es
in
the
more
advanced e
conom
ies.
Euro
pean
auth
orities
endors
e
space
activitie
s
within
a
com
petitive,
susta
inable
industria
l fram
ew
ork
(C
OM
(2010) 614).
Space a
ction is e
mbodie
d in o
ne o
f th
e s
even F
lagship
Initia
tives, nam
ely
'An Industria
l Polic
y for th
e G
lobaliz
ation E
ra' w
ithin
Euro
pa 2
020 s
trate
gy,
askin
g
the
Mem
ber
Sta
tes
to
pro
mote
in
novation
and
devis
e
new
supportin
g pro
gra
ms,
num
bering th
e re
aliz
ation of
Galileo and G
MES
pro
jects
am
ong the m
ost re
levant in
tern
ational challe
nges.
26
In t
his
respect
Galileo e
mbodie
s t
he w
hole
concept
of
Euro
pean s
pace
polic
y.
Under
a s
hare
d g
overn
ance it is
invalu
able
in c
onsolid
ating technolo
gic
al
researc
h a
nd c
oopera
tion a
mong M
em
ber Sta
tes a
nd b
etw
een E
U a
nd its
Space A
gency E
SA.
In J
anuary
2011,
the E
uro
pean C
om
mis
sio
n c
om
ple
ted a
n i
nte
rmedia
te
revis
ion o
f th
e S
ATN
AV E
uro
pean p
lans. G
eolo
cation a
pplic
ations m
ark
et
–th
e C
om
mis
sio
n s
tate
d –
is rapid
ly e
xpandin
g a
nd b
y 2
020 its
estim
ate
d
glo
bal valu
e s
hould
reach the 2
40B e
uro
.
As
far
as
Galileo
and
GM
ES
are
concern
ed,
due
to
their
hig
her
qualif
ications,
in th
e next
20 years
th
ey should
genera
te an econom
ic
direct and s
ocia
lly indirect re
venue in the regio
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.
Galileo the new European strategy to
exploit space potentials
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