THE PROBLEM —
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Most wireless networks broadcast widely
Existing tools and techniques are inefficient. They waste power, lose speed at long distances and create vulnerabilities to interception and disruption.
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Directionality solves the physical challenges
Narrow, directional wireless beams deliver data faster, farther and more securely by focusing the energy on intended receivers.
Complexity remains the greatest challenge
Moving vehicles, changing weather, and terrain blockages constantly disrupt directional links. Existing solutions have hampered 40+ years of DoD effort at unifying land, sea, air, and space networking.
THE PROBLEM —
Networks in motion are proliferating
The rapidly growing demand for data anytime, anywhere, is forcing commercial satellite operators, telecommunications companies, and the public sector to invest heavily in a new generation of space-based and airborne systems with 10-100x the capacity and lower probabilities of interception and detection.
THE PROBLEM —
W
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r
e
l
e
s
s
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e
t
w
o
r
k
s
h
a
v
e
h
i
t
t
h
e
i
r
l
i
m
i
t
.
THE PROBLEM —
Most wireless networks broadcast widely
Existing tools and techniques are inefficient. They waste power, lose speed at long distances and create vulnerabilities to interception and disruption.
THE PROBLEM —
Directionality solves the physical challenges
Narrow, directional wireless beams deliver data faster, farther and more securely by focusing the energy on intended receivers.
THE PROBLEM —
Complexity remains the greatest challenge
Moving vehicles, changing weather, and terrain blockages constantly disrupt directional links. Existing solutions have hampered 40+ years of DoD effort at unifying land, sea, air, and space networking.
THE PROBLEM —
Networks in motion are proliferating
The rapidly growing demand for data anytime, anywhere, is forcing commercial satellite operators, telecommunications companies, and the public sector to invest heavily in a new generation of space-based and airborne systems with 10-100x the capacity and lower probabilities of interception and detection.
SOLUTIONS —
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THE SOLUTION —
Spacetime
A managed PaaS for developers to orchestrate networks in motion
Spacetime responds in real time to changing network requirements, changing motion, and weather, while optimizing and continually evolving the network structure, routing rules, and resources — it can establish new links & transport in tactically-responsive timeframes.
PRODUCTS —
Spacetime for network operators
Our platform solves a core challenge of modern networks that currently rely on more than 50 years of unchanged, static, manual orchestration & management.
Spacetime between networks
The Spacetime Fabric feature allows each network’s orchestration platform to federate with those responsible for orchestrating other terrestrial or non-terrestrial networks in order to broker on-demand interconnection and transit across different network fabrics.
DOWNLOAD OUR WHITE PAPERTHE SOLUTION —
Tightbeam
Proven ultra-high-speed Free Space Optical Communication capability
Tightbeam delivers up to 100 Gbps laser communications over extreme distances, with demonstrated ground-to-air links approaching 200 km, and decades of National Lab–rooted development across six terminal generations.
SPECS —
GEN 3
250
mm
Aperture
100+
Gbps
Data Rate
100+
km
Of Atmosphere
GEN 4
350
mm
Aperture
200+
Gbps
Data Rate
250+
km
Of Atmosphere
PRODUCTS —
Tightbeam terminals for land and air
Tightbeam terminals are plug-and-play with native Spacetime integration and are manufactured for a variety of applications connecting land and air, with sea and space applications coming soon.
Tightbeam between earth and space
Coming soon: an optical ground segment Network as a Service. Enabling high-speed, reliable optical feeder links between earth and space.
INDUSTRIES —
Within Networks
Commercial Satellite Operations
Spacetime provides developers with a unified platform for antenna tasking & scheduling, radio resource management & beam hopping, and SDN / SD-WAN controller functions across space & ground segments.
5G-6G Non Terrestrial Networks (NTN)
With its native O-RAN interface support, Spacetime can act as a RAN Intelligent Controller (RIC), bringing real-time intelligence to 5G NTN deployments: enhancing mobility and optimizing spectrum usage.
Earth Observation & Civil Space
Spacetime offers a robust platform to enhance the efficiency and responsiveness of EO data delivery. Sensor collection scheduling systems can use Spacetime to assess network transport feasibility and performance, at scale, across inter-satellite and 3rd party space relays -- from earth orbit to deep space.
Defense
A description of this use case and application of Spacetime goes here.
Between Networks
5G-6G Terrestrial Networks
A description of this use case and application of Spacetime goes here.
Defense
HSA on-demand provisioning of hybrid SATCOM to AllSpace Hydra and GetSat antennas.
CUSTOMERS —
INDUSTRIES —
Within Networks
Commercial Satellite Operations
Spacetime provides developers with a unified platform for antenna tasking & scheduling, radio resource management & beam hopping, and SDN / SD-WAN controller functions across space & ground segments.
5G-6G Non Terrestrial Networks (NTN)
With its native O-RAN interface support, Spacetime can act as a RAN Intelligent Controller (RIC), bringing real-time intelligence to 5G NTN deployments: enhancing mobility and optimizing spectrum usage.
Earth Observation & Civil Space
Spacetime offers a robust platform to enhance the efficiency and responsiveness of EO data delivery. Sensor collection scheduling systems can use Spacetime to assess network transport feasibility and performance, at scale, across inter-satellite and 3rd party space relays -- from earth orbit to deep space.
Between Networks
5G-6G Terrestrial Networks
Spacetime supports deeper interaction and information exchange between the NTN and the Terrestrial MNO network in support of TN-NTN mobility and on-demand supplemental coverage.
In-Space Relay
Open APIs allow Spacetime to federate with other network orchestrators to broker and schedule on-demand interconnect & transit across networks -- even when the points of interconnect are ephemeral due to wireless directivity and network mobility. This enables government satellites to schedule on-demand RF or optical relay through other commercial or government networks.
Defense | Hybrid SATCOM
Spacetime instances federate across the commercial SATCOM ecosystem, and its native integration with hybrid SATCOM terminals enables on-demand service provisioning and service plan changes to balance performance, affordability, and resilience.
CUSTOMERS —
CONTACT —
Get in touch to discuss demos, careers, partnerships, and press opportunities
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