Tag: aerospace and satellite

In this post, we explore how AWS Ground Station public sector organizations with on-demand access to AWS-managed antennas that are available as shared or dedicated resources, scaling to the unique requirements of the mission. By adding resource capacity and redundancy with AWS-managed antenna systems, government customers can rapidly increase, differentiate, and distribute their ground segment capabilities. This enables a more flexible and resilient space architecture that can dynamically adapt to changing mission demands.

HAQM Web Services (AWS) customers building software-defined ground segment solutions with the AWS Ground Station now have more confidence in their solution: they can integrate their DevOps practices with AWS Ground Station’s digital twin feature, which became generally available in August. The digital twin is useful for both aspiring and existing AWS Ground Station customers to achieve faster outcomes without applying for satellite licensing and more cost-effectively than scheduling a production satellite contact. Read this post to learn more.

In this post, we provide technical guidance to help satellite operators build, deploy, and analyze satcom waveforms on HAQM Web Services (AWS). Details are provided about the orchestration of multiple waveforms, including an example of one HAQM Field-Programmable Gate Array (FPGA) Image being swapped in for another. We analyze the FPGA utilization and metrics in HAQM CloudWatch and HAQM QuickSight, and validate network performance against system latency requirements. Finally, we recommend actions you can take to build an agile satcom strategy.

Satellite Resiliency for AWS Outposts offers a comprehensive, Partner-managed solution for resilient cloud-connected edge computing that extends the reach of HAQM Web Services (AWS) to the most remote and geographically dispersed environments on earth. AWS Outposts typically run connected to a parent AWS Region for resource management, access control, and software updates. When terrestrial network connectivity between an Outpost and its parent AWS Region is unavailable, this solution routes traffic back to the parent Region over a Low Earth Orbit (LEO) satellite connection, supporting business continuity and data residency requirements.

This post shows how HAQM Web Services (AWS) Ground Station customers can start using the Contacts dashboard for AWS Ground Station solution to fulfill their AWS Ground Station reporting and tracking needs. This solution automatically maps AWS Ground Station contacts to their associated costs and provides a feature-rich dashboard reporting capability.

The Taylor Geospatial Institute (TGI) and HAQM Web Services (AWS) are joining forces to accelerate geospatial data breakthroughs powered by generative artificial intelligence (AI). Through the Generative AI for Geospatial Challenge, they aim to inspire and nurture groundbreaking solutions coming from the convergence of geospatial data, cloud computing, and AI models. Read this post to learn more.

On December 2, the HAQM Web Services (AWS) re:Invent conference returns to Las Vegas for our 13th year of learning with cloud enthusiasts from around the world. This flagship AWS event unites global visionaries to explore the latest technologies redefining what’s possible for their missions. For our public sector pioneers, tailored sessions and activations will amplify your re:Invent experience, and this post will help you to start charting your personalized agenda today.

HAQM Web Services (AWS) Ground Station is a cloud-based service that provides you with an opportunity to perform communication sessions with your satellite without spending a fortune on your own ground station infrastructure. AWS Ground Station balances between providing a ready-made solution and tailoring the service to meet the unique needs of each customer. One of the ways to customize the service is to use customer-provided ephemerides (CPE) for antenna targeting.

Cognitive Space is a leading HAQM Web Services (AWS) Partner delivering intelligent automation to satellite constellation operations using the CNTIENT platform. The system uses AWS-powered artificial intelligence (AI) decision making to handle highly complex and dynamic satellite tasking requirements, and demanding mission requirements. This blog post provides technical guidance for building and operating mission operation centers (MOCs) on AWS.

Generative artificial intelligence (AI) innovation and inspiration dominated today’s AWS Summit Washington, DC keynote. But there was no shortage of newsworthy moments and key takeaways that extended beyond generative AI. Dave Levy, vice president of Worldwide Public Sector at HAQM Web Services (AWS), delivered the keynote and was joined onstage by three guest speakers who helped him set the tone for the annual two-day event that brings the public sector cloud community together in the nation’s capital.