Announcing Strategy Working Group Report

The IPNSIG is excited to announce the release of the report, “Strategy Toward a Solar System Internet For Humanity”

IPNSIG SWG REPORT 2021-June  (Compressed): IPNSIG] SWG REPORT 2021-June

IPNSIG SWG REPORT 2021-June (High Definition): IPNSIG SWG Report (High Definition)

Assembled by the IPNSIG’s Strategy Working Group (SWG), this constitutes the first attempt to lay out a strategy toward the realization of a Solar System Internet (SSI).

In this report, and taking into account the lessons learned from the creation and deployment of the Internet, we have addressed the different challenges that will define the future of this endeavour, looking a hundred years ahead. Among them:

How to deliver a Solar System Internet? A mission to carry out such an endeavor will require the engagement of many stakeholders: governments, academia, private sector and the general public. To help address this, we’ve laid out a set of strategic principles that would guide the public-private efforts needed to deliver this collective mission, together with an overview of the involvement of the different stakeholders over time.

Related to this, how to realize an interplanetary connectivity infrastructure that will remain sustainable: neutral, open and decentralized? For which, we’ve laid out a set of key properties that would ideally be assumed by public and private stakeholders in the pursuit of an SSI.

Potential technical, operational and political challenges toward the development of an SSI are also addressed and discussed.

Altogether to present an early roadmap of recommended actions toward an SSI, and stating how the IPNSIG will contribute in the pursuit of this endeavor. Indeed, the IPNSIG will keep developing its current Working Groups, with the goal of accomplishing the roles it has envisioned.

Our final goal with this report is to help us all acknowledge, based on evidence and lessons learned, that the collective creation and development of an SSI could be possible.

Because of this, and following the release of this report, we will engage in advocacy efforts to communicate this message to relevant public and private stakeholders, in hopes to kickstart awareness about the creation of a Solar System Internet.

I am proud to march forward in this endeavor, together with the great team that we have, and with the entire IPNSIG membership.

Last but not least: this report was furnished thanks to the inputs, ideas and suggestions that you shared with us at the successful IPNSIG Strategy Workshop held in February, 2021 (

This quest is a collective one, and a huge thanks to your engagement and support. Let us know of any comments, feedback or further proposals to the report, if any, by emailing  We welcome your voices.

Thank you.

SWG Lead and Chair of IPNSIG

Yosuke Kaneko

Reinventing Space Conference Next Week

Reinventing Space Conference 2021 kicks off in London Next Week

The British Interplanetary Society’s 18th conference will focus on the environmental and sustainability issues around space exploration – such as space debris, environmental impact of spaceports, and Earth observation, and also on the opportunity for the space industry to contribute to economic recovery following Covid-19.

For more information (and to purchase tickets) please see:

Speaker Bio for Communicating Over Extreme Distances

Dr. Don M. Boroson is a Laboratory Fellow in the Communication Systems Division of MIT Lincoln Laboratory. He has had a long career there with a focus, since the mid-1980s, on space-based laser communications systems.  He has experience in many facets of this exciting field, from mathematical analyses of phenomena and system performance, to invention of novel subsystems, to devising complete system architectures.  He has also led teams developing a wide range of relevant technologies, as well as designing, building, and fielding end-to-end systems.

Dr. Boroson was Lincoln’s lead lasercom engineer for the GeoLITE program, which, in 2001, became the world’s first successful space-based, high-rate lasercom system.  He served as the lead system engineer on NASA’s Mars Laser Communications Demonstration program, which ended up not flying because of the 2005 cancellation of the larger satellite it was to be carried on, but which devised many concepts and architectures that are now considered standard for Deep Space lasercom systems.

He was then Principal Investigator and Lincoln Program Manager for NASA’s Lunar Laser Communication Demonstration which, in 2013, became the world’s first Moon-to-Earth lasercom system, and which also set a number of other records including being the first truly error-free space-to-ground laser communication system, to being the highest rate duplex Moon-to-Earth communication system of any sort, to being the world’s longest lasercom system to date.

Dr. Boroson holds undergraduate and PhD degrees in electrical engineering from Princeton University.