DEEP INDUSTRY INSIGHT AND A BROAD MARKET OVERVIEW

High speaker-to-attendee ratio gives unparalleled access to industry leaders, while selective exhibitor attendance ensures visitors are able to gain a comprehensive overview of the key players, trends and technologies in the market.

ENGAGING CONTENT

We livestream and record all presentations and sessions, making content accessible even if you need to miss a session or talk.  Access keynote speeches, exciting panels, Q&A, exhibitions, product demos, devoted meeting areas and coordinated networking events; the knowledge you need in the way you want.  

CONVENIENCE AND COMFORT TO MAKE YOUR WORKING LIFE EASIER

Set in a medium sized venue in the heart of Silicon Valley, SmallSat Symposium is centralized, accessible and straightforward to navigate. Combined with delicious complimentary meals, snacks and reception events, business and pleasure has never been easier.

SpaceRyde builds its spacecraft and launch systems in-house and will manage everything from payload integration to launch. This vertical integration, teamed with its innovative private AI-powered balloon launch system, has allowed for leading rocket optimization, mission customization and customer cost savings. Its full-service solution aligns perfectly with ISILAUNCH’s goal of making its customers’ smallsat launches as simple and easy as possible.

With SpaceRyde as their space transportation provider, ISILAUNCH will be able to further uphold its promise of customer satisfaction by offering customizable dedicated rockets to precise orbits for the low minimum cost of $250,000.

SpaceRyde is offering space missions from Earth as a means to build its network of interplanetary rockets that will perform ongoing missions and serve the $1 trillion space economy. The company’s proprietary multi-purpose rocket can repeatedly refuel, rendezvous and maneuver in space. The MLA represents the addition of four of SpaceRyde’s in-space vehicles to its Rocket Network.

SpaceRyde has test flights scheduled for 2023. Commercial space flights begin in 2024, along with their first mission to the Moon. The signing of this MLA with an established industry player strongly indicates SpaceRyde’s technological readiness for commercial operations.

“We’re excited to add SpaceRyde to our roster of launch providers,” said ISISPACE and ISILAUNCH’s co-founder, Abe Bonnema. “Our mission is to provide the best launch experience to each of our customers, and with SpaceRyde’s reusable technology, we will be able to cater to even more customer missions in various inclinations and altitudes.”

‍”SpaceRyde is excited to join ISILAUNCH’s portfolio of heritage launch partners,” said SpaceRyde’s CRO, Negar Feher. “A gap exists for fast and reliable access to custom orbits in space at a competitive price. These four launches are only the beginning.”

Exobotics will design, manufacture, and test a cubesat platform with a hyperspectral imaging payload to allow GenMat to canvas the natural environment anywhere on the planet. The GenMat technology locates minerals in untapped locations which will play a critical role in creating a novel circular ecosystem of advanced materials, such as semiconductors. This will form the first of GenMat’s constellations, which they say could reach up to 600 satellites to cover every inch of the Earth.

The satellite will be capable of identifying rich areas of resources and mineralization zones in previously under-used locations. Research from the International Energy Agency estimates that China controls over 71 percent of the world’s extraction and 87 percent of the world’s processing capacity of rare earths. With this satellite, GenMat aim to begin boosting material detection and extraction in other regions of the world, supporting national and regional economies.

GenMat will apply their machine learning and AI algorithms to the space data collected by the satellite in order to provide customers in the mining and agricultural industries with high-precision prospecting information of a target site location for advanced materials.

The hyperspectral imager, produced by Simera Sense, will be capable of high-resolution imaging at less than 5 meters per pixel in the 450 to 900nm range, with a payload support system to enable imaging with high-speed radios in S- and X-bands. This technology will lay the groundwork for the quantum sensing space roadmap.

With the project underway, Exobotics will oversee the end-to-end production of the smallsat platform in their London engineering labs, which is set to launch later this year by SpaceX aboard a Falcon 9 rocket.

Nadeem Gabbani, Founder of Exobotics, said, “We are delighted to be manufacturing GenMat’s high-precision prospecting satellite to help provide unique insights of advanced materials in the natural environment across the globe. Space data has a variety of under-explored applications which can greatly benefit industries such as mining, and we are excited to break down the barriers to entry to space for our customers in order to help them launch innovative solutions to macro issues. A key barrier for businesses outside of the industry is the length of time required to get into space. This project is being carried out through our fast-track program which will help GenMat to go from concept to launch in under 12 months, providing fast access to space.”

Deep Prasad, Founder & CEO of GenMat, said, “GenMat is developing products that are vitally important for creating sustainable technology infrastructures, both on Earth, and in Space Exploration. While we are building an AI that informs the production of advanced materials such as semiconductors, we also believe in the significance that our sensors play for the next generation of advancements in the agricultural, mining and defence sectors.”

MMA completed the design, manufacture, test and delivery of 12 HaWK Solar Array wings to SDL that will power SunRISE’s 6U smallsat fleet. Each spacecraft is comprised of two wings that, combined, generate approximately 42 Watts of power.

MMA’s HaWK solar arrays are known for their packaging metrics, reliability and heritage in powering multiple civil, DoD and commercial missions. NASA will launch the fleet in mid-2024 for operation in a geostationary orbit.

The six 6U smallsats will operate independently but will fly together in a fleet and act as a single, virtual, large-aperture, radio antenna, using a technique known as interferometry. The mission aims to observe low radio frequency emissions in order for scientists to better understand how the Sun is able to generate intense space weather storms – known as solar particle storms – that can be hazardous to spacecraft and astronauts.

This research will help scientists forecast space weather, improve what we know of how our Sun works and may apply to studies of other stars – particularly those with planets.

SunRISE is a Mission of Opportunity under the Heliophysics Division of NASA’s Explorers Program Office, which is part of the agency’s Explorers Program, the oldest, continuous, NASA program designed to provide frequent, low-cost access to space using principal, investigator-led, space science investigations relevant to the Science Mission Directorate’s (SMD) astrophysics and heliophysics programs.

The program is managed by NASA’s Goddard Space Flight Center in Greenbelt, Maryland, for SMD and by JPL, a division of Caltech in Pasadena, California — the mission is led by the University of Michigan in Ann Arbor.

MMA Design is headquartered in Louisville, Colorado, where the firm’s creative and agile team is creating innovative, ingeniously packaged, disruptive, deployable solutions that are revolutionizing the industry. From R+D to Flight, the company thinks out of the box to put more into the box for your Space mission.

The work will be performed at the contractor’s facilities in Pasadena and other locations as specified in individual calls issued. The period of performance expires five years from the effective date of the agreement, Tuesday, November 15, 2022.

Under this agreement, GeoOptics shall be responsible for delivery of a comprehensive catalog of its commercial Earth Observation (EO) data, High Resolution Radio Occultation Commercial Earth Observation Data products indicating at a minimum: the data sets, associated metadata and ancillary information; data cadence; data latency; area coverage; and data usage policy.

NASA will assess and evaluate these small constellation satellite data products with the purpose of augmenting and/or complementing NASA-collected data in the future.

To facilitate standard scientific collaborations, NASA requires End User License Agreements to enable broad levels of dissemination and shareability of the commercial data with the U.S. government agencies and partners.

The work will be performed at the contractor’s facilities in Pasadena and other locations as specified in individual calls issued. The period of performance expires five years from the effective date of the agreement, Tuesday, November 15, 2022.

Under this agreement, GeoOptics shall be responsible for delivery of a comprehensive catalog of its commercial Earth Observation (EO) data, High Resolution Radio Occultation Commercial Earth Observation Data products indicating at a minimum: the data sets, associated metadata and ancillary information; data cadence; data latency; area coverage; and data usage policy.

NASA will assess and evaluate these small constellation satellite data products with the purpose of augmenting and/or complementing NASA-collected data in the future.

To facilitate standard scientific collaborations, NASA requires End User License Agreements to enable broad levels of dissemination and shareability of the commercial data with the U.S. government agencies and partners.