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Space & Satellite Investment & Finance Forum
Tuesday, October 25 – Wednesday, October 26 | Available to SATELLITE Group Members Only
Join us for the fourth and final forum of our 2022 Digital Forums, part of the SATELLITE Group Membership: Space & Satellite Investment & Finance Forum. The first session on October 25 at 11:00 AM EST, “Shopping for Startups: How Space Investors Define Standout Seed Investments,” will cover what kinds of technologies and prototypes investors are looking for from entrepreneurs and how startups can more effectively pitch for seed funding. The second session on October 26 at 11:00 AM EST, “Charting a Path Through Series Funding: Accelerating Products to Market and Returns on Investment,” will feature investors who help guide startups through their mid-to-late-stage financing, explain how they should determine whether or not a startup is ready to fly on its own, and how investors can make their exits more strategic and beneficial to startups.
ON DEMAND WEBCASTS:
Spaceflight’s Sherpa OTV Program | Presented by Spaceflight
Leading the industry, space transportation and rideshare provider Spaceflight Inc. has successfully launched three different variations of its Sherpa orbital transfer vehicles (OTVs) carrying nearly 50 spacecraft, and is planning to launch several more in the next year. Beyond functioning as a port expander, these modular and flexible transportation vehicles are designed to bridge the gap between where a LV drops its satellites off and the satellites’ final destination orbit. Spaceflight will provide updates on the Sherpas on orbit, those next on the launch pad, and address future capabilities along with the increased demand for both orbital transfer to, and hosted payload operations in, higher Earth orbits and deep space.
At this webinar, you’ll learn:
● The status of Sherpa-LTE, Spaceflight’s electric propulsive OTV, from its year on orbit
● The commissioning of Sherpa-AC, which launched in May 2022, how it’s servicing hosted payloads
● Updates on Sherpa-LTC, Spaceflight’s chemical propulsive OTV, which is being readied for a future launch
● Spaceflight’s GEO Pathfinder mission next year, which features Sherpa-ES and a lunar flyby, followed by return to Geostationary Earth Orbit to deploy payloads there
● How both commercial and government organizations are leveraging the Sherpa OTV portfolio to execute challenging missions to destinations that are difficult to reach
Taking Datacenters to Space | Presented by TE Connectivity
In this webinar, TE Connectivity (TE) will discuss the important role of cabled backplane solutions in space to enable accessibility and reliability of high-speed internet access, data bandwidth and high-definition real-time image processing, along with other key factors attendees should consider when designing for connectivity performance in space.
Join TE product manager’s Clint Schlosser and Zach Galbraith where they will highlight key advantages to cabled backplane solutions, including:
• Customizable bandwidth
• Thermal Management
• Outgassing performance
• Lightweight and small size
• Space specific manufacturing
• Tin Whiskering
• Configurable Connector System for multiple protocols up to 56Gb per channel with path to 112G on the horizon
Are All Satellite Networks 5G Ready? | Presented by SES
Satellite-based alternatives have been able to provide a path for the deployment of 3G and 4G networks anywhere for the past decades, yet there’s a limit to what traditional satellite communication solutions can deliver and 5G networks require higher throughput and lower latency.
Join this 60-minute webinar to learn about:
– The latest developments in the NGSO and how it impacts Telcos and MNOs
– How to make an informed decision about satellite-based solution for 5G?
Meeting LEO Satellite Systems Development Challenges with Simulation Technology | Presented by Wind River
As the need for internet communications and connectivity increase in the everyday activities of the government, military, commercial and personal interactions, satellite communication systems are the key to the future growth. The combination of the elements from legacy cellular networks and new wireless technologies are creating opportunities to provide universal broadband mobility via new Low Earth Orbit (LEO) satellite networks, ground station and terminals, as well as, development challenges. LEO satellite constellations, ground station and terminal system developers are facing major challenges in testing their systems and their operations to ensure successful operation, communication and security.
- Using Simics, a full-system simulator, to launch a fully managed virtual platform and boot a complete OS in under 1 min
- Develop a custom control script to interact with virtual platform autonomously
- Build and dynamically integrate a bespoke device model into the running simulation
Advanced Mobility SATCOM Technology for Land-Based Sectors | A Partner Perspective Webinar | Presented by ST Engineering iDirect
VSAT delivers true broadband to commercial and governmental organizations for fleets and vehicles on the move enabling access to reliable, flexible and secure communications. Land-based mobility operations depend on a network enabled by advanced mobility technologies that are neither ubiquitous, nor standard. Advanced mobility technology, along with the right combination of performance, antenna form factor and cost, enables a wide range of applications across trucking fleets, rail cars, emergency response and humanitarian operations, and more.
- Technology factors to delivering satellite communications connectivity for land mobile Path to network hybridization and interoperability
- Latest antenna and terminal integration to meet requirements and create business cases
- Results and lessons learned by active end user deployments in various commercial and humanitarian/government sectors
Comtech Defense Solutions: Enabling Secure and Resilient Communications | Presented by Comtech
Secure satellite communications allow for faster decision-making across the ground, air, and sea. Comtech Defense Solutions leverage open architectures and support multi-orbit communications to ensure constant connectivity.
Join this technology webinar to learn more about:
– Comtech’s history and positioning with a focus on program successes within the DoD community
– Comtech’s unique solution offering and technical advantage
– Partnerships with Comtech and open architecture designs that ensure ease of use
– Today’s real-world challenges and solutions for tomorrow
Rethinking Ground Segment as a Service | Presented by Viasat
The need for 24/7 persistent TT&C and payload connectivity will continue to grow. Viasat has created a network of globally dispersed ground stations for the earth observation and remote sensing communities to address diverse mission requirements. Viasat’s GSaaS offering is agile across satellite inclinations and orbits- enabling optimized throughput for customers.
In this session we will cover topics such as:
*Viasat’s automation of the ground infrastructure
*Integration with a global LEO to GEO ISL relay
*The advantages of being a GSaaS provider backed by Viasat – a leading provider of space and networking technology
Delivering on Data Demands | Advanced Mobility for Maritime | Presented by ST Engineering iDirect
Every maritime sector, from leisure boats to major cruise liners and from regional trawlers to transoceanic shipping wants one thing – data. Passengers expect a seamless living-room experience, uploading and downloading without limits. Commercial operators want high efficiency and performance to manage data onto and off of vessels. Maritime customers also need to leverage a range of access technologies combined into a common network. Advanced mobility underpins all of these requirements. Understanding how mobility technology affects service is how businesses can elevate the value of data for all users.
Airline Considerations for Inflight Connectivity | A Partner Perspective On Advanced Mobility | Presented by ST Engineering iDirect
Airline Service Providers rely on advanced mobility technology incorporated with their value-added services to meet the unique inflight connectivity (IFC) requirements of their customers. A chosen IFC network needs to deliver data rates of hundreds of megabits per second to aircraft to satiate passengers and operational applications. Choosing an IFC Service Provider is a high stakes decision that touches many aspects of the airline’s business from brand loyalty to safety.
- A behind-the-scenes look at what an advanced mobility platform contributes to the Service Provider’s network and where advanced mobility affects the airline’s service and the passenger’s experience.
- What to watch out for today and in the future to ensure that a Service Provider’s advanced mobility platform is effective for the service and applications the user needs.
- Results from Service Providers who have effectively incorporated their value-added services and applications into an advanced mobility platform to yield the highest airline customer satisfaction.
A New Era of Seamless Satcom Solutions | Presented by Comtech
Transforming the way data is transferred, and the applicability of that data requires a VSAT solution designed to deliver the big and small network flexibility to support a broad range of applications and markets – from broadcast and government to mobility and enterprise – over one intelligent platform. Comtech ELEVATE is a new VSAT product from Comtech which combines the return access technologies of Heights/H-DNA, known for its bandwidth efficiency and highest data throughput with best-in-class UHP TDMA, which excels in fast allocation of network resources.
Learn more about advanced satellite networking and Comtech ELEVATE:
– How to empower seamless integration of hybrid multi-provider and multi-layered satellite bandwidth resources
– Maximize bandwidth faster with maximum operational efficiency
– How an ultra-intelligent VSAT platform would help fast-track your transformation by using virtualization, cloud computing, and Software-Defined architecture
Linking With LEO: Overview of the principal elements of a LEO Uplink | Presented by Advantech Technologies
Discussion will include the main elements of a LEO commlink, including antenna, amplifier and modem. The business case of Ku/Ka band LEO terminals creates challenges for manufacturers of the products that comprise a terminal. Where GSO satellite systems have the advantage of “coverage stability” on the earth, NGSO terminals need to be “smart”, as they’re constantly handing off communication between the many satellites in the constellation. LEO Terminals need sophisticated antenna systems – comparable to the beamforming antennas used for terrestrial 5G, that can track 2 LEO satellites simultaneously.
How To Navigate The Next Generation Ground Technology Journey | Presented by ST Engineering
ST Engineering iDirect explores the ways in which you can embrace next generation ground technology and examine the benefits, the challenges and the opportunities it presents. We’ll look at a journey from the New Ground vision, through R&D, technology, and products, all the way to market implementation, highlighting multiple customer perspectives as we go.
During this 60-minute webinar, you’ll learn how:
– New Ground infrastructure aligns with broader telco, wireless and IT transformational trends
– Network and orchestration technologies work in unison to enable truly seamless service
– Virtualization best practices, cloud-based architectures, and standards lead to fast-tracked innovations and flexible business models
How Space-based Commercial ELINT Innovation Advances Government Initiatives | Presented by HawkEye 360
With the proliferation of small satellites and commoditization of space data, the commercial space industry has a unique opportunity to augment defense and intelligence capabilities, while reducing costs and offering increased technological innovation. This is especially true in the utilization of commercial Radio Frequency (RF) Geospatial Intelligence (GEOINT) and Electronic Intelligence (ELINT). Yet, other nations are seeking the same technological advantage, designating space as a top industrial priority. What bold action needs to be taken to advance national and international security?
In this webinar, you will learn about:
– The crucial role commercial RF remote sensing data plays in enhancing government missions and supporting broad intelligence needs
– The enormous national security benefits that come with using space-based ELINT data
– The advantages of HawkEye 360’s space-based ELINT, which goes beyond providing data-as-a-service
Rugged Fiber Optics Launch New Possibilities for Satellite Electronic Packaging and Interconnects | Presented by TE Connectivity
TE Connectivity will discuss the critical role of fiber optics technology in electronic packaging for satellites in low earth and geostationary orbit (LEO and GEO). Designers will learn how combining multi-fiber connectivity and optical flex circuits allows access to state-of-the-art optical performances, all while cutting weight and packaging size.
During this 30-minute webinar, you’ll learn how fiber optics:
– Deliver substantial weight savings
– Offer highly customizable solutions
– Enable design flexibility for creative packaging schemes
Cislunar and GEO Rideshare: Exploring Beyond LEO | Presented by Spaceflight
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Space transportation and rideshare provider Spaceflight Inc. recently announced a breakthrough cislunar rideshare mission — “GEO Pathfinder.” As the secondary payload on Intuitive Machines’ IM-2 South Pole Mission in Q4 2022, Spaceflight is offering smallsat rideshare deployments in trans-lunar orbit, low-lunar orbit and beyond to geosynchronous equatorial orbit (GEO). The company will utilize a unique lunar flyby to deploy payloads into a near-GEO orbital destination via its newest propulsive transfer vehicle, Sherpa Escape (Sherpa-ES).
During this 30 minute webinar, you’ll learn about:
*Cislunar rideshare opportunities for smallsats
*Spaceflight’s GEO Pathfinder mission
*Spaceflight’s Sherpa-ES OTV capabilities and benefits
Common Issues and Concerns Organizations Face in CMMC Compliance…and How to Prepare for Them | Presented by Kratos
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The Cybersecurity Maturity Model Certification (CMMC) is a unified security standard and a certification process developed by the U.S. Department of Defense (DoD) to significantly enhance cybersecurity across the Defense Industrial Base (DIB). The CMMC framework requires organizations seeking certification to undergo a security assessment conducted by a CMMC Third-Party Assessment Organization (C3PAO), of which Kratos is one of only two companies authorized at this time. Kratos’ assessment process consists of four phases (Planning, Assessment, Results and Remediation) that are designed to provide organization seeking certification with the greatest opportunity for success.
- What is CMMC and who needs it?
- Strategic and operational challenges of implementing CMMC
- What we have learned from our CMMC customers
- Pre-assessment steps that can facilitate a smooth assessment and CMMC certification
- The Kratos assessment process
- How can we stay informed about CMMC?
New Space, LEO Race and the Hybrid Multi-purpose Universal CPE | Presented by SpaceBridge
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This new world is full of threats for costly and complicated satellite links, but also full of opportunities. On the satellite side, VHTS, GEO, and New high-throughput LEO satellite systems are being introduced. But how can the new satellite systems can take its part in the big picture of Networking and Telecommunication unified systems?
Perhaps it’s time to remove the fine line between satellite and non-satellite metro ethernet network. How? Tune in to discover the answer to this question, as well as learn about the introduction of WaveSwitch Universal CPE (uCPE), and MEF3.0 compliancy.
DevSecOps: An Essential Path for Protecting Intelligent Space Systems | Presented by Wind River
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DevSecOps has advanced as a critical methodology for how manufacturers develop software and integrate software testing as a continuous process, from the development of code to its deployment into production. Achieving a true DevSecOps pipeline is a key feature to protecting space systems capabilities that could be subject to cyberspace attacks. By embracing DevSecOps methods, using simulation technologies, manufacturers can overcome common challenges, such as scale testing beyond what is possible with hardware alone, the flexibility of testing scenarios, and automation.
Join this session and find out how to:
- Provide a 24/7 automated test lab for your entire team
- Increase test automation by 12,000%
- Achieve 30% faster testing
Spaceflight’s Sherpa OTV Program: A Closer Look | Presented by Spaceflight
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Spaceflight’s next-gen Sherpa Orbital Transfer Vehicle (OTV) program is enabling small satellite transportation throughout cislunar space in a way that has never been accomplished before. Intentionally architected with modular plug-and-play subsystems, the Sherpa program offers customers true flexibility including multiple types of propulsion for last mile delivery, flight-proven avionics, direct space-to-ground networks and more — all at an affordable price.
Spaceflight will be flying two OTVs, its Sherpa-FX2 and the industry’s first-ever electric propulsion OTV, Sherpa-LTE1, on SpaceX’s Transporter-2 mission, taking 36 payloads to orbit. Join Spaceflight’s VP of Engineering to get the first look at the technology, subsystems, and the capabilities behind the ground-breaking program.
The UAE on the Satcom Centre Stage: Opportunities and A New Vision for Tomorrow’s Connectivity | Presented by Thuraya
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The UAE has embarked on a massive diversification journey, engineering a shift of focus from hydrocarbon revenues to technology-driven economic growth that is also sustainable. In a pandemic year, Yahsat was one of the few space brands to register double-digit growth and post robust returns from its businesses consisting of Yahsat Government Solutions, Thuraya, YahClick (Powered by Hughes), YahLink and Yahlive.
Yahsat cordially invites you to join this webinar to learn about its long-term strategies, newest satellite system — Thuraya 4-NGS — and the next-generation technologies that will usher in new opportunities for growth and development.
From UAV BLOS to Land Antenna Pointing: How Inertial+GNSS Technology addresses On-the-Move Satcom Challenges | Presented by SBG Systems
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Global demand for unmanned vehicles (UV) has accelerated with a focus on fully automated, remotely controlled vehicles requiring extremely robust backhaul datalinks. On-the-move satellite communication systems are essential to support this market.
SBG Systems is recognized worldwide for its superior Inertial Navigation Systems (INS) design which meets the high demanding expectations of UV integrators whether it is autonomous navigation, stabilization, or pointing.
SBG Systems cordially invites you to join this webinar addressing how inertial+GNSS technology meets the new technical challenges facing by on-the-move satellite communication systems.
Securing Software-Defined Satellites | Presented WNDRVR
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Research indicates that three-fourths of IoT organizations are already using digital twins or plan to do so. Bringing these new designs together in complex systems, never tested before, comes with risks and challenges. One way of addressing these complexities is by employing the same strategy used by NASA and Google self-driving cars – simulation and digital twins.
Attendees will learn how to:
– Model the right level of detail for your system.
– Pre-deploy and safely test in a replica of your production system.
– More easily achieve quality and legislative standards
Navigating the Defense Satcom Network Transformation | Presented by Hughes
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Join Hughes for this webinar to learn practical ways to plan for the evolution from siloed networks to the robust and resilient networks of tomorrow using innovative features, like open architecture/AMIP and flexible modem and flexible terminal interfaces, and new service models, such as SATCOM as a Service and managed network services.
Above all the Noise – Walking the Talk in Satellite Phased Array Markets | Presented by ThinKom
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We’ll break down the specific “needs” and “wants” across the various Satellite Phased Array Antenna markets…and reveal how ThinKom is “walking the talk” in meeting those demands, TODAY…and tomorrow. Key design considerations (and trends) relating to profile, power/cooling, efficiency, reliability, scan range, frequency coverage, GSO/NGSO interoperability, and regulatory compliance will be discussed in detail. Applications including Fixed, Mobile, and Aeronautical User Terminals (UT) across Consumer, Enterprise, and Government markets will be described, together with Gateway and Satellite Payload antenna examples.
Making the Right Choices for Securing Your System
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Security is a critical requirement for satellites and for data traveling to/from satellites. Identifying assets and ensuring those assets are protected now and in the future is not optional. A systematic approach for evaluating security can help ensure that security is addressed appropriately. Join this mini-webinar to learn how a Security Assessment can provide targeted security guidance for a system.
Network Centric Warfare Architecture with LEO inclusion
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The core of a SATCOM-based NCW Network Solution is based on voice, video and data communications subsystems that are networked over a combination of terrestrial and satellite-based platforms.
LEO Networks are adding critical features as low latency, greater bandwidth as well as coverage where GEO satellites are not present. Point to Point communication without going via third party teleports are also extremely valuable for secure data links. LEO Dynamic Traffic Management will meet the Virtual Teleport development on the ground segment in a perfect symbiosis, and new opportunities will be created.
Join Advantech Wireless Technologies and Telesat to learn more about how LEO Space Segment Design will drive the Ground Teleport Segment architecture in the years to come. Both have interesting challenges and significant market appeal, while acting as true technological disruptors.
Actionable Cybersecurity Testing for Space Systems
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Space is a critical domain for cybersecurity. Satellite communication is used across the breadth of the defence and commercial industries around the world. From GPS anti-jamming solutions, transmission security, and information assurance, the advancement of DevSecOps methodologies for software development is vital for protecting the capabilities that could be subject to cyberspace attacks.
In this webinar, Kymeta will demonstrate how their solutions are at the forefront of several technological developments in satellite mobility . They believe there will be more disruption within the next 10 years than in the previous 30-40 years. Kymeta offers the only commercially available, low-SWaP (size, weight, and power) ESA ground terminal that can take advantage of these new and emerging technologies for mobility applications.
Kymeta plans to dive into the following topics:
The Mobile Opportunity
- Kymeta will explain this perfect storm of industry developments, and more specifically, their position within it.
The Engineering Behind ESAs
- How the technological innovation within Kymeta solutions is truly ground-breaking and demonstrates a solution that no one has been able to successfully develop before.
ESA Based Terminal Solutions for Mobility
- Only Kymeta has deployed connectivity solutions capable of closing the gaps in service and reliably landing ground cellular and satellite signals on the move, making mobile global.
Get Better Cybersecurity With Less Cost By Leveraging DevSecOps
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Risk comes in many forms. When designing, building, and maintaining complex systems such as satellites there are many opportunities for risk that you need to consider, and some conflict with each other. For example: Risk of a security breach vs risk of performance impact by implementing security protocols. Or, the risk of incurring cost to implement security vs the cost risk (financial and reputational) of a breach. It isn’t an easy path to navigate.
In this webinar we will give you 5 ways you can mitigate risk that will result in more secure satellite systems while keeping your cost under control.
Making Cybersecurity A Reality for Proliferated Space – Building A Common Trusted Core
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The US Government is implementing a strategy to build resilience for contested space operations with proliferated constellations. These constellations provide unique challenges to satellite developers who need to provide secure communication solutions that are resistant to current and future cyber-attacks.
L3Harris is developing a novel approach to providing cybersecurity to proliferated space with a Common Trusted Core of modular/scalable capabilities. These capabilities will protect classified, multi-domain operations for dominance in a contested space environment at an affordable price point and faster than traditional approaches. Join us to learn how L3Harris will make cybersecurity a reality.
Much more than buzzwords, Artificial Intelligence and Machine Learning are driving significant advances in operations across consumer, enterprise and government networks and across satellite and terrestrial transports. To support increasingly complex networks with accelerating volumes of data, AI and ML are helping to shorten triage time for help-desk incidents, proactively detecting anomalies, and automatically recommending remediations. As the communications industry evolves, these techniques will feature more prominently—not only in the cloud but also at the network edge, where individual sites are most vulnerable.
Join Hughes leaders for this webinar to learn how the company applies AI and ML techniques to optimize networks and enhance the customer experience as well as a vision for what’s next for the satellite industry with these cutting-edge technologies.
The new low Earth orbit (LEO) constellations are creating big interest from potential users. High data rate combined with low latency, the ability to cover areas with no communication infrastructure, Earth Observation and Imaging capabilities, as well as the promise of single hop to anywhere secure links are definitely major advantages, and disruptive technologies.
Join Advantech Wireless Technologies, Kepler Communications, UHP Networks and the SSPI to learn more about the Challenges and Opportunities for the new LEO Constellations, the impact on traditional GEO teleports architecture, and how will the LEO teleports be different.
The satellite communications industry stands at the threshold of a major transformation, as new frequency bands open and new lower-orbiting satellite constellations are populated over the next few years. The impact will be felt across all market segments: aeronautical, maritime, land-mobile … [more information]
On a beautiful summer day in the Tennessee countryside, a foreboding Black Hawk helicopter lifted off from a regional airfield to surveil the local landscape. Equipped with a high-definition video camera, the Black Hawk was on a mission: to send real-time, HD video as it buzzed across the… [more information]
Changing the Landscape of Satellite Cellular Backhaul: Reach Every Opportunity
The expectations placed upon mobile network operators have never been higher, and the competition has never been so fierce. There’s a massive opportunity to expand mobile networks. The market for remote and rural coverage is growing exponentially. And satellite connectivity is more critical than… [more information]
The emergence of massive satellite constellations helps the space domain find its place in the 5G race, but this new paradigm raises new issues in terms of cybersecurity practices. Although all the lessons learned from protecting terrestrial IP networks will apply, there are some challenges unique… [more information]
Satellite technology plays an important role in reaching the 5G goal of ubiquitous connectivity. Yet crossing the terrestrial-space frontier, where terrestrial- and space-based alternatives play together to ensure continuous service availability, doesn’t come without business and technological… [more information]
How will the technology world look like based on Industry 4.0 Pattern by 2023 – 2025? Industry 4.0 as the fourth-industrial revolution fundamentals has defined the roadmap to digitization, Smart factories and Smart cities a while ago, the COVID-19 situation proved it correct perfectly. Everyday… [more information]
While more than half of the world’s population now has access to the Internet, billions of people still lack basic connectivity. As 5G deployments start to get underway in urban areas, the pervasive “digital divide” only grows wider. Reducing and ultimately eliminating this chasm is a social and economic… [more information]
Transport Virtualization is a necessary, revolutionary next step in wireless communications that will enable users to achieve significant gains in network user interoperability, application and capacity efficiency and general connectivity resiliency. Benefiting from technology advances specifically… [more information]
As operators and governments around the world seek solutions to connect the unconnected, mobile connectivity emerges as the primary opportunity to bridge the digital divide. In fact, worldwide mobile traffic is up 222% in the last five years, representing more than 50% of the global internet traffic… [more information]
As cloud services become more critical, enterprises and government agencies are creating agile, scalable networks to enable the whole organisation to benefit from the cloud. Doing so, however, requires cloud-optimised network services deployed to every site, including to those in under-served and remote areas, where the current generation of satellite services falls short of delivering cloud-grade performance. What, exactly, are those requirements? How does the space industry help bridge the gap and accelerate cloud adoption for the whole enterprise, or for the entire public sector operation?
Capture of Save CapEx & Shift to OpEx with SatCloud Managed Services
Cloud-based teleport services with Bandwidth on Demand and Dynamic SCPC Orchestration, all under a complete OpEx umbrella
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SatCloud is SpaceBridge’s latest business & technological breakthrough innovation – a Cloud-Based, Satellite Networks Managed-Services solution for Satellite Network Operators, Backhaulers, and Broadcasters.
During this presentation you will learn:
- How to successfully extend lower-cost broadband access to unserved communities quickly
- How to cater to low ARPU customers with options for affordable end-user access that still yield a realistic ARPU to the provider
- How to lower operational costs for backhaul
- How to choose the best target market
- End-to-end network architecture and service model
- Real life examples
During this presentation you will learn:
- How to achieve the highest data rates possible on a government aircraft for en-route and ISR applications.
- How to achieve these data rates at very affordable rates.
- How the managed network will perform.
- How to save complexity, time and money when using FlexAir.
- Details about the antenna profiles that will perform best on the network.
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