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Cartographie 2040
Technologies for transition
Today's energy-consuming digital
Technologies and tomorrow's Challenges
Energy-efficient technologies with
low environmental impact and low resource consumption
Digital technologies supporting
transition to a low-carbon economy
Technologies reducing the impact
of digital technology and aiming for net zero carbon
Technological revolutions shaping
tomorrow's society
All
3D IMME
R
SIVE TECHNO
L
OGIES
U
S
A
GES
TR
A
CE
A
BILITY
A
ND LIFE
C
Y
CLE M
A
N
A
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TO
W
A
RDS RE
C
Y
CLING)
SU
S
T
A
IN
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BLE
A
I
S
P
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CE COMMUNI
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A
TIONS
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TPHONE E
V
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UTION
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A
R
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A
N
A
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SM
A
R
T E-
W
A
S
TE M
A
N
A
GEMENT
SIMU
L
A
TION
A
ND PREDI
C
TIVE TECHNO
L
OGIES
RICH M
A
CHINE-
T
O-M
A
CHINE (M2M) COMMUNI
C
A
TION
Q
U
A
N
T
UM TECHNO
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OGIES
PREDI
C
TIVE M
A
INTEN
A
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«P
O
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GE» EFFE
C
TIVENESS (PUE) OPTIMIZ
A
TION
POL
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S
TRIES
NEW
D
AT
A CENTE
R
S
NEUR
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TECHNO
L
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Y
A
ND COGNITIVE TECHNO
L
OGIES
NET
W
ORK INFR
A
S
TRU
C
T
URE
M
O
VING
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A
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W
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VE
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«LIMITED USE» METERING
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ORM
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CHINE COMMUNI
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S
TEM
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A
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A
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A
BOR
A
TION TECHNO
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A
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HIGH-PER
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ORM
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T
UM TECHNO
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GOOD ENOUGH USER E
X
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GENER
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TIVE
A
I (GEN
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L TECHNO
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FRUG
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A
R
TIFICI
A
L INTELLIGENCE TECHNIQUES
EQUIPMENT (SE
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R
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END-USER TECHNO
L
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OGI
C
A
L TR
A
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D
Y
N
A
MIC RESOURCE M
A
N
A
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D
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N
A
MIC "GOOD ENOUGH" QOS/QOE M
A
N
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L NET
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OR
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A
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V
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S
3D IMME
R
SIVE TECHNO
L
OGIES
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L
A
TION
A
ND PREDI
C
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OGIES
NEUR
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TECHNO
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A
ND COGNITIVE TECHNO
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CHINE COMMUNI
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TION
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S
TEM
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A
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GE EFFE
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S
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GOOD ENOUGH USER E
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VE
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MIC RESOURCE M
A
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B
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TTERIES
TR
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CE
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ND LIFE
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A
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A
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ORM
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IN
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3D IMME
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L
OGIES
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L
A
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A
ND PREDI
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L
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NEUR
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TECHNO
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S
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A
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INTEN
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A
GE EFFE
C
TIVENESS (PUE) OPTIMIZ
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M
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VING
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L
W
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TIONS
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A
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W
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RNING
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TEMS
GOOD ENOUGH USER E
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VE
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D
Y
N
A
MIC RESOURCE M
A
N
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A
TTERIES
TR
A
CE
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BILITY
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ND LIFE
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CLE M
A
N
A
GEMENT (
TO
W
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RDS RE
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A
R
T ENER
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A
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SM
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R
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W
A
S
TE M
A
N
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UTING INDU
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TRIES
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L
OGI
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A
L TR
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NSITION
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N
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MIC “GOOD ENOUGH” QOS/QOE M
A
N
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A
IN
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BLE
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R
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L
UTION
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AT
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R
S
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Y
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S
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A
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ORM
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ORM
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NCE COMPUTING (HPC) & Q
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A
N
T
UM TECHNO
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GENER
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TION
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L TECHNO
L
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L
A
R
TIFICI
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L INTELLIGENCE TECHNIQUES
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A
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A
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CHINE (M2M) COMMUNI
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TRU
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VE
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L
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RGE
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NG
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GE MODE
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S (LLM)
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I (GEN
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L NET
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OR
K
S (DNN)
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S
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TION
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L
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IN, DIGI
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S
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IN
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UGMENTED & VI
R
T
U
A
L RE
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LITY
3D MODELING / 3D
V
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L
UMETRIC MODE
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S
3D IMME
R
SIVE TECHNO
L
OGIES
SIMU
L
A
TION
A
ND PREDI
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OGIES
NEUR
O
TECHNO
L
O
G
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A
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S
TEM
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A
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L
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R
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A
LIZ
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TION OF PH
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A
L RE
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R
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Y M
A
N
A
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A
INTEN
A
NCE
P
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WER U
S
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GE EFFE
C
TIVENESS (PUE) OPTIMIZ
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TION
M
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VING
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L
W
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Y
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TIONS
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ND
W
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S
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S
TEMS
GOOD ENOUGH USER E
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PERIENCE
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R
VE
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D
Y
N
A
MIC RESOURCE M
A
N
A
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A
TTERIES
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A
CE
A
BILITY
A
ND LIFE
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A
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A
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R
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S
TE M
A
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UTING INDU
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OGI
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A
L TR
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NSITION
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N
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BLE
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AT
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S
H
Y
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S
C
A
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ORM
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ORM
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NCE COMPUTING (HPC) & Q
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A
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T
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L TECHNO
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L
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R
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L
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IN, DIGI
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A
L
T
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S
B
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OC
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CH
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IN
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R
T
U
A
L RE
A
LITY
3D MODELING / 3D
V
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L
UMETRIC MODE
L
S
3D IMME
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SIVE TECHNO
L
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SIMU
L
A
TION
A
ND PREDI
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NEUR
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TECHNO
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O
G
Y
A
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TIVENESS (PUE) OPTIMIZ
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TEMS
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VE
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A
MIC RESOURCE M
A
N
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A
TTERIES
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CE
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BILITY
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ND LIFE
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RDS RE
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A
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UTING INDU
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TRIES
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L
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A
L TR
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NSITION
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N
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MIC “GOOD ENOUGH” QOS/QOE M
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A
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UTION
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AT
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S
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Y
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R
S
C
A
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A
ND HIGH-PER
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ORM
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F
ORM
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NCE COMPUTING (HPC) & Q
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A
N
T
UM TECHNO
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OGIES
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TION
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L
A
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I (GEN
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L
T
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3D IMME
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GENER
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END-USER TECHNO
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L RE
A
LITY
3D MODELING / 3D
V
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L
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L
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