NETWORK
Cellular connectivity on
the surface would be used
to collaborate and control
machine operations
COLONIZATION
MADE POSSIBLE
Long-term presence will require
connectivity to maintain social
contact and safety of habitats
COMMUNICATIONS
Future connectivity
capabilities would support
scientific missions on
other planets
optical highways
Using optical communication with
quantum detection, we could
connect from the Earth to the
Moon, Mars and beyond
MARS
AND BEYOND
Interplanetary communications to explore
our solar system and more.
ROBOTIC LUNAR
VEHICLES
Remote command
guidance, video and
telemetry data on the
lunar surface
COMMUNICATIONS
Video and voice
communications between
astronauts and tracking
of biometrics
LUNAR BASES
Connectivity enables
living habitats
THE SPACE ECONOMY
Projected to reach
$1.8 trillion by 2035
SURFACE NETWORK
Successfully delivered
and operated in 2025
THE MOON
Technology that
connects people on Earth
adapted for lunar use
COMMUNICATIONS
SYSTEM
Provides cellular
connectivity for astronauts
and machines
MOON
A new era of space exploration.
Roaming
Mobile subscribers can
use both Earth-based
and space networks
connectivity gap
Providing access for
billions of underserved
or unconnected mobile
customers
coverage
Connecting
devices globally
on land or at sea
CONNECTIVITY
4G and 5G service
direct to device
BACKED COVERAGE
Satellites provide mobile
coverage on Earth
BANDWIDTH
Satellite-enabled
bandwidth supports both
voice and video
LOW-EARTH
ORBIT
A space-based cellular network providing
continuous coverage across Earth.
ACCESS
Serving 500,000 people
across three countries
OPPORTUNITIES
Live lessons and shared
materials online
HEALTH CARE
Remote consultations
and diagnoses
BUSINESSES
Digital banking and
transactions
BROADBAND
Using highly reliable
fiber optics
CONNECTIVITY
Enabled by photonic
switching, IP routing
and Wi-Fi beacons
EFFICIENT
Fiber technology
decreases power
consumption up
to 40%
UNDERWATER
AMAZON
Fiber optic cables buried in the Amazon River connect
400 remote communities for the first time.
Earlier detection to prevent
potential equipment
failures and other issues
SAFETY
Remote control of pit
area to prevent
accidents and injuries
PERFORMANCE
Withstands
temperatures as low
as -26°C/-14.8°F
CONNECTIVITY
enables automation
in the pit
CONNECTIONS
on one radio
base station
RADIUS
from 100 meters
to 30 kilometers
SUB-ARCTIC
MINE
A purpose-built private wireless network
for a mine pit in Northern Finland.
