September 12, 2021
Michelle Thompson W5NYV
Export regulations divide both technical information and actual hardware into three categories. The most heavily restricted technologies fall under ITAR, the International Traffic in Arms Regulations, which are administered by the State Department. Technologies subject to more routine restrictions fall under EAR, the Export Administration Regulations, administered by the Department of Commerce. Technologies that are not subject to either set of regulations are not restricted for export.
ITAR and EAR have had a dramatic effect on both commercial and amateur satellite work since at least the mid-1990s. The regulations are blamed for a significant decline in US market share for satellite systems and halted highly successful international amateur collaborations.
There is a public-domain exception in both ITAR and EAR. Open source work that is published as it is created, and is freely available to the general public at no cost, is not subject to ITAR or EAR.
Open Research Institute (ORI) was founded in March 2018 by Bruce Perens in order to provide a formal structure for open source satellite work. Bruce invited Ben Hilburn and myself to be the founding officers. ORI is headquartered in California, USA. Participants come from all over the world.
ORI memberships would not be sold in order to not compete with amateur satellite membership organizations in any way. All work would be freely available to the general public in compliance with ITAR and EAR. ORI was set up as a project-based research institute and not as a member society.
ORI became a 501(c)(3) in March 2019 and began fundraising with the Trans-Ionospheric conference badge project. This was successful and allowed for open source satellite technical and regulatory work to proceed. While all the legal advice so far had affirmed ORIâ€™s interpretation of ITAR and EAR public domain carve-outs, some potential funding sources wanted to see a â€œformalâ€ legal opinion.
Our choices were to continue insisting we were right, or to be effective. ORI chose to be effective.
In July 2019 Bruce Perens interviewed several several law firms that were aligned with ORI goals and values. We selected one recommended by the Electronic Frontier Foundation (EFF) and began working with Thomsen & Burke LLP to form a legal strategy that would clearly and explicitly solve the â€œITAR/EAR problemâ€ for amateur satellite.
From May – September 2019, I campaigned in a contested election to the AMSAT-NA Board of Directors and won a seat. AMSAT stands for AMateur SATellite, and is composed of a number of organizations around the world that support the amateur satellite service. AMSAT-NA is the North American amateur satellite advocacy organization. The name of the North American organization is frequently shortened to AMSAT.
In November 2019, December 2019, and January 2020, ORI reached out in writing to AMSAT-DL, JAMSAT (AMSAT Japan), AMSAT-UK, AMSAT-NA, EFF, the Institute for Electrical and Electronic Engineers (IEEE), American Radio Relay League (ARRL), Open Source Initiative (OSI), and multiple Universities and individuals active in open source and amateur radio. The communication outlined the legal strategy, invited collaboration, and asked for statements of support.
The legal strategy consisted of three parts. First, a Commodity Jurisdiction Request to the US State Department asking for a Final Determination Letter that said that open source satellite work was free of ITAR. Second, a classification request to the US Commerce Department that would use the Final Determination to synchronize classification under EAR. Third, an Advisory Opinion Request to US Commerce clarifying the result from the US Commerce Department. This final step would provide needed guidance on publishing requirements and make it abundantly clear that open source satellite work was indeed free. Being free to work with others in the open is vastly superior to complying with onerous and punitive regulations designed to insure “national security”.
All organizations responded to or at least acknowledged the letter, except AMSAT.
On 20 February 2020, Open Research Institute filed a Commodity Jurisdiction Request with the US State Department, seeking to establish that key technologies for amateur radio are not subject to State Department jurisdiction. â€œInformation and Software for a Digital Microwave Broadband Communications System for Space and Terrestrial Amateur Radio Useâ€ was assigned the case number CJ0003120.
As encryption is allowed under Part 97 amateur satellite rules, the use of encryption was deliberately included in the request. The inclusion of encryption mandated that the Bureau of Industry and Security would have to review the request, which lengthened the schedule. The Department of Defense and the Department of Homeland Security also reviewed the work, as both departments have significant interest in regulating communications satellites and communications technology.
On 11 August 2020, The United States Department of State ruled favorably on Open Research Instituteâ€™s commodity jurisdiction request, finding that specified â€œInformation and Software for a Digital Microwave Broadband Communications System for Space and Terrestrial Amateur Radio Useâ€ was definitely not subject to State Department jurisdiction under ITAR.
The technology was not subject to State Department jurisdiction. This was the best possible outcome of a CJ request. The news was publicly announced.
The Final Determination letter, Commodity Jurisdiction cover letter, and the application itself can be found at:
A list of Commodity Jurisdiction request summaries can be found at the State Department website at:
Under this Final Determination, the technologies were subject to the EAR. The next step was to submit a classification request to the Commerce Department. Work began on the request with Thomsen & Burke LLP.
In October 2020, the classification request was submitted to the US Commerce Department.
During the board meeting at the 2020 Symposium (October), I moved for AMSAT to adopt the regulatory results from ORI as AMSATâ€™s open source policy, using ORIâ€™s participant and developer policies and open source approach as a template that would be customized for AMSAT. The motion also included a companion policy for closed-source/proprietary work, as there was no written policy for ITAR/EAR of either type. We would coordinate with both FD Associates and Thomsen & Burke LLP to write this two-pronged policy. This would completely cover AMSAT for any type of project.
The rest of the board wanted to instead establish an â€œOpen Source Committeeâ€ that would produce a report in 90 days.
The 90 days expired without a report. The committee was renewed for another 90 days. That 90 days also expired without a report. I volunteered to participate on this committee, but was not included.
In January 2021, a classification of all the items, as requested, was received from the US Commerce Department.
Work began with Thomsen & Burke to draft an Advisory Opinion Request asking that openly published work ceases to be subject to the EAR. This established a full chain of documentation for open source amateur radio satellite service work.
On 23 February 2021, the Advisory Opinion Request was sent to the US Commerce Department.
On 2 September 2021, the US Commerce Department confirmed Thomsen & Burke LLPâ€™s advice that posting information on the internet so that it is available to the public means it is not subject to the EAR.
Classification and Advisory Request documents can be found at: https://github.com/phase4ground/documents/tree/master/Regulatory
Many organizations have picked up the regulatory results, expressed appreciation, asked questions, and have indicated they are incorporating the results into their own work and policy documents.
The legal costs were fully reimbursed with a generous grant from Amateur Radio Digital Communications (ARDC). See https://www.ampr.org/grants/grant-open-research-institute/
ARDC and ORI share a vision of clearly establishing open source as the best and safest way to accomplish technical volunteer work in amateur radio. The regulatory work provides solid support for that vision. The path is clear for a number of interesting projects facilitating new methods for terrestrial and satellite communications, opening the door to robust global digital amateur communications.
Current work with Thomsen & Burke LLP is to write documents that explain how these results can be best used by others. This has significant relevance in industry and academia. Our goal is to make it as easy as possible to use the results.
The FAQ, optional notice, and training can be found (as soon as they are completed) at https://github.com/phase4ground/documents/tree/master/Regulatory
Will there be additional filings? The goal of any additional filings is to build a body of work that solidly support a wide variety of open source work. This is somewhat similar to the way patent portfolios work in commercial settings. It’s the sort of thing AMSAT could, and honestly should, be helping with.
This effort gives direct and large benefits to a large number of organizations, but it benefits AMSAT in particular. It allows free and open international collaboration, dramatically reduces legal risks, increases the potential volunteer corps, simplifies fundraising, and reduces management burdens.
The work applies to orbits besides GEO and technology besides DVB-S2/X. Those that “insist” on extremely narrow final determinations can write their own Commodity Jurisdictions requests and expect to get the same result because they can use this one in their request as a model and reference. As said before, additional filings would be of great benefit to the community because a population of results strengthens the case for open source work. However, additional filings are not necessary to use the results.
The key to using these regulatory results, or any like it, is that the public domain carve outs in ITAR and EAR are solid and provide a bright path out of a bad place. In order to use them, one has to commit to documented open source policies and follow the law with regard to what constitutes publishing. According to the Advisory Opinion Letter, if it is published, it must be free.
Publishing work as it is created, freely available to the general public, is the way to use the public domain carve-outs in the law. Publishing designs and data that allow the recreation of a work of software or hardware means publishing schematics, Gerber files, bills of materials, source code, tools required, test data, test plans, and the license that that work uses.
This last part is often overlooked but is a necessary part of a compliant open source policy. ORI recommends the CERN open hardware license or the TAPR open hardware license for hardware. ORI recommends GPL version 3.0 for software. Any license recognized by Open Source Initiative is an excellent starting point. Providing regular copies of work to a public library, whether in print or on DVD, is a baseline approach for a publishing policy. Using GitHub or GitLab is another recommended baseline policy.
ORI recommends the CERN Open Hardware License v2 because of the way it enables a useful open source hardware definition in a world dominated by a wide variety of proprietary tools. For example, FPGA design is a large and growing part of our world in advanced open source digital communications, and is the central service provided by ORIâ€™s Remote Labs. Find more information about Remote Labs here: https://github.com/phase4ground/documents/tree/master/Remote_Labs
Since open source tools for FPGA are currently not capable of executing some of the required designs, as long as the tool or component meets the definition of â€œavailable componentâ€, then the use of things like proprietary tools are allowed in the production of an open source design.
Following the example of FPGA work, this means that the VHDL source code is available for free to the general public. The FPGA is listed in the bill of materials and can be purchased. The version of Xilinx Vivado is listed, and can be obtained.
ORIâ€™s developer and participant policies can be found here:
This regulatory work is a significant and positive result for the commercial and industrial world as well as in amateur and academic circles. Goals for the amateur radio satellite service should be the absolute minimum regulatory fear and risk for amateur volunteers, and a maximum amount of free and open international technical cooperation.
Thank you! Contact ORI with questions about the legal work at ori at openresearch dot institute