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{{Short description|Made the internet better for 10s of millions thus far}}
{{Short description|American network engineer}}
{{Draft topics|biography|internet-culture|software|computing|technology}}
{{AfC topic|blp}}
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{{AFC submission|d|corp|u=Dtaht|ns=118|decliner=S0091|declinets=20211004234023|reason2=v|ts=20211004011314}} <!-- Do not remove this line! -->

{{AFC comment|1=Secondary sources are needed [[User:S0091|S0091]] ([[User talk:S0091|talk]]) 23:40, 4 October 2021 (UTC)}}

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{{infobox person
{{infobox person
| birth_date = {{birth date and age|August 11 1965}}
| birth_date = {{birth date and age|August 11, 1965}}
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'''Dave Täht''' (born 1965) is an American [[computer scientist]], musician, lecturer, asteroid exploration advocate, and Internet activist. He is the CEO of TekLibre, LLC.
'''Dave Täht''' (born August 11, 1965) is an American [[network engineer]], musician, lecturer, asteroid exploration advocate, and Internet activist. He is the chief executive officer of TekLibre.


== Activity ==
== Activity ==


Täht co-founded the [[Bufferbloat]] Project with [[Jim Gettys]], runs the CeroWrt and Make-Wifi-Fast sub-projects, and referees the bufferbloat related mailing lists <ref name=lists>{{ cite web | url=https://lists.bufferbloat.net | title=Bufferbloat.net mailing lists}}</ref> and related research activities.
Täht co-founded the [[Bufferbloat]] Project with [[Jim Gettys]], runs the CeroWrt and Make-Wifi-Fast sub-projects, and referees the bufferbloat related mailing lists<ref name=lists>{{ cite web | url=https://lists.bufferbloat.net | title=Bufferbloat.net mailing lists}}</ref> and related research activities.


With a long running goal of one day building an internet with sufficiently low latency and jitter that "you could plug your piano into the wall and play with a drummer across town" <ref> {{cite web | last=Täht |first=Dave |date=June 2013| title=Towards imperceptible latency| publisher=Internet Society | url= https://www.internetsociety.org/wp-content/uploads/2013/09/28_towards_imperceptible_latency.pdf}}</ref>, he is a persistent and dedicated explainer of how queues across the internet (and wifi) really work, lecturing at MIT <ref name=mit>{{cite web | title=What's wrong with WiFi | url=https://www.youtube.com/watch?v=Wksh2DPHCD | last=Winstein | first=Keith | publisher = MIT CSAIL }}</ref>, Stanford <ref name=stanford>{{ cite web | title=Introduction to CoDel | url =https://www.youtube.com/watch?v=Mxoa5Si4Ubw | publisher = Stanford NetSeminar }}</ref>, and other internet institutions such as APNIC. <ref name="apnic">{{ cite web | last=McFillin | first= Adam | title= Bufferbloat might be solved but it's not over yet | url= https://blog.apnic.net/2020/01/22/bufferbloat-may-be-solved-but-its-not-over-yet/ | publisher = APNIC }}</ref>
With a long running goal of one day building an internet with sufficiently low latency and jitter that "you could plug your piano into the wall and play with a drummer across town",<ref>{{cite web | last=Täht |first=Dave |date=June 2013| title=Towards imperceptible latency| publisher=Internet Society | url= https://www.internetsociety.org/wp-content/uploads/2013/09/28_towards_imperceptible_latency.pdf}}</ref> he is a persistent and dedicated explainer of how queues across the internet (and wifi) really work, lecturing at MIT,<ref name=mit>{{cite web | title=What's wrong with WiFi | url=https://www.youtube.com/watch?v=Wksh2DPHCD | last=Winstein | first=Keith | publisher = MIT CSAIL }}</ref> Stanford,<ref name=stanford>{{ cite web | title=Introduction to CoDel | url =https://www.youtube.com/watch?v=Mxoa5Si4Ubw | publisher = Stanford NetSeminar }}</ref> and other internet institutions such as APNIC.<ref name="apnic">{{ cite web | last=McFillin | first= Adam | title= Bufferbloat might be solved but it's not over yet | date= 22 January 2020 | url= https://blog.apnic.net/2020/01/22/bufferbloat-may-be-solved-but-its-not-over-yet/ | publisher = APNIC }}</ref>


In the early stages of the Bufferbloat project he helped prove that applying advanced [[AQM]] and [[Fair Queuing]] techniques like ([[FQ-CoDel]]) to network packet flows would break essential assumptions in existing low priority congestion controls such as [[bittorrent]] and [[LEDBAT]] and further, that it didn't matter.<ref>{{cite conference|url=https://perso.telecom-paristech.fr/drossi/paper/rossi14comnet-b.pdf|title=Fighting the bufferbloat: on the coexistence of AQM and low priority congestion control|date=June 2013|last= Gong |last2= Rossi |last3= Testa |last4= Valenti |last5= Täht |book-title= Computer Networks|publication-date=2014|conference=INFOCOM 2013}}</ref>
In the early stages of the Bufferbloat project he helped prove that applying advanced [[Active queue management|AQM]] and [[Fair Queuing]] techniques like ([[FQ-CoDel]]) to network packet flows would break essential assumptions in existing low priority congestion controls such as [[bittorrent]] and [[LEDBAT]] and further, that it didn't matter.<ref>{{cite conference|url=https://perso.telecom-paristech.fr/drossi/paper/rossi14comnet-b.pdf|title=Fighting the bufferbloat: on the coexistence of AQM and low priority congestion control|date=June 2013|last1= Gong |last2= Rossi |last3= Testa |last4= Valenti |last5= Täht |book-title= Computer Networks|publication-date=2014|conference=INFOCOM 2013}}</ref>


His CeroWrt project <ref name=cerowrt>{{cite web | url=https://www.bufferbloat.net/projects/cerowrt/wiki/ | title=The CeroWrt Project is complete }} </ref> showed that advanced algorithms like [[CODEL]], [[FQ-CoDel]], DOCSIS-PIE and Cake were effective at reducing network latency, at no cost in throughput <ref name=cablelabs>{{cite web|url=https://www.cablelabs.com/wp-content/uploads/2014/05/Active_Queue_Management_Algorithms_DOCSIS_3_0.pdf|title=Active Queue Management Algorithms for DOCSIS 3.0 | last=White | first=Greg}}</ref> not only at low bandwidths but scaled to 10s of GB/s and could be implemented on inexpensive hardware. CeroWrt project members also helped make [[OpenWrt]] ready for [[World_IPv6_Day_and_World_IPv6_Launch_Day|IPv6 Launch Day]], and pushed all the innovations back into open source.
His CeroWrt project<ref name=cerowrt>{{cite web | url=https://www.bufferbloat.net/projects/cerowrt/wiki/ | title=The CeroWrt Project is complete }}</ref> showed that advanced algorithms like [[CoDel]], [[FQ-CoDel]], DOCSIS-PIE and Cake were effective at reducing network latency, at no cost in throughput<ref name=cablelabs>{{cite web|url=https://www.cablelabs.com/wp-content/uploads/2014/05/Active_Queue_Management_Algorithms_DOCSIS_3_0.pdf|title=Active Queue Management Algorithms for DOCSIS 3.0 | last=White | first=Greg}}</ref> not only at low bandwidths but scaled to 10s of GB/s and could be implemented on inexpensive hardware. CeroWrt project members also helped make [[OpenWrt]] ready for [[World IPv6 Day and World IPv6 Launch Day|IPv6 Launch Day]], and pushed all the innovations back into open source.


His successor Make-Wifi-Fast project solved <ref name=endinganomaly> {{cite conference |last=Høiland-Jørgensen|first=T.|display-authors=et al.|title=Ending the Anomaly: Achieving Low Latency and Airtime Fairness in WiFi|book-title=Proceedings of the 2017 USENIX Annual Technical Conference |conference=USENIX ATC '17 July 12-14, 2017, Santa Clara, CA, USA|pp=139-151 | publication-date=2017}} </ref> the WiFi performance anomaly by extending the FQ-Codel algorithm to work on multiple WiFi chips in Linux<ref name=lwn>{{cite web | first=Jonathan | last=Corbet | publisher = Linux Weekly News | url= https://lwn.net/Articles/705884/ | title=Making WiFi fast}}</ref>, reducing latency under load by up to a factor of 50.
His successor Make-Wifi-Fast project solved<ref name=endinganomaly>{{cite conference |last=Høiland-Jørgensen|first=T.|display-authors=et al.|title=Ending the Anomaly: Achieving Low Latency and Airtime Fairness in WiFi|book-title=Proceedings of the 2017 USENIX Annual Technical Conference |conference=USENIX ATC '17 July 12–14, 2017, Santa Clara, CA, USA|pages=139–151 | publication-date=2017}}</ref> the WiFi performance anomaly by extending the FQ-Codel algorithm to work on multiple WiFi chips in Linux,<ref name=lwn>{{cite web | first=Jonathan | last=Corbet | publisher = Linux Weekly News | url= https://lwn.net/Articles/705884/ | title=Making WiFi fast}}</ref> reducing latency under load by up to a factor of 50.


FQ-CoDel has since become the default network queuing algorithm for ethernet and WiFi in most Linux distributions, and on iOS, and OSX. It is also widely used in packet shapers. [[Comcast]] also successfully rolled out the DOCSIS-PIE AQM ​during the COVID crisis<ref>{{cite web | publisher = Comcast Research | title = Improving Latency with Active Queue Management (AQM) During COVID-19 | url = https://arxiv.org/abs/2107.13968| first1 = Allen | last1= Flickinger | first2 = Carl | last2 = Klatsky | first3=Atahualpa | last3=Ledesma | first4=Jason | last4 = Livingood | first5 = Sebnem | last5 = Ozer }}</ref> with observed 8-16x reductions in network latency under load across the millions of user devices tested.
FQ-CoDel has since become the default network queuing algorithm for [[Ethernet]] and [[Wi-Fi]] in most Linux distributions, and on iOS, and OSX. It is also widely used in packet shapers. [[Comcast]] also successfully rolled out the DOCSIS-PIE AQM during the COVID crisis<ref>{{Cite arXiv | title = Improving Latency with Active Queue Management (AQM) During COVID-19 | first1 = Allen | last1= Flickinger | first2 = Carl | last2 = Klatsky | first3=Atahualpa | last3=Ledesma | first4=Jason | last4 = Livingood | first5 = Sebnem | last5 = Ozer | year = 2021 | class = cs.NI | eprint = 2107.13968 }} Comcast Research.</ref> with observed 8-16x reductions in network latency under load across the millions of user devices tested.
In order to complete the make-wifi-fast project, by co-authoring an FCC filing <ref name=fcc>{{ cite web | url=https://ecfsapi.fcc.gov/file/60001328652.pdf | first1=Dave | last1=Taht | first2 = Vint | last2=Cerf | title = Saner Software Practices }}</ref> and co-ordinating a worldwide protest with [[Vint Cerf]], and many other early Internet pioneers, That successfully fought proposed FCC rules <ref name=:fccfight>{{ cite web | url=https://docs.fcc.gov/public/attachments/FCC-15-92A1.pdf | title=Amendment of Parts 0, 1, 2, 15 and 18 of the Commission’s Rules regarding Authorization of Radiofrequency Equipment }} </ref> to prohibit the installation of 3rd party firmware on home routers.<ref>{{cite web |last=Storm |first=Darlene |title=Vint Cerf and 260 experts give FCC a plan to secure wifi routers | url=https://www.computerworld.com/article/2993112/vint-cerf-and-260-experts-give-fcc-a-plan-to-secure-wi-fi-routers.html}}</ref><ref name=othercoverage>{{ cite web | last = Hruska | first = Joel | url = https://www.extremetech.com/computing/216361-vint-cerf-hundreds-of-researchers-call-on-fcc-to-mandate-open-source-router-firmware | title = Hundreds of researchers call on the fcc to mandate open source router firmware }}</ref>
In order to complete the make-wifi-fast project, by co-authoring an FCC filing<ref name=fcc>{{ cite web | url=https://ecfsapi.fcc.gov/file/60001328652.pdf | first1=Dave | last1=Taht | first2 = Vint | last2=Cerf | title = Saner Software Practices }}</ref> and co-ordinating a worldwide protest with [[Vint Cerf]], and many other early Internet pioneers, Taht successfully fought proposed FCC rules<ref name=:fccfight>{{ cite web | url=https://docs.fcc.gov/public/attachments/FCC-15-92A1.pdf | title=Amendment of Parts 0, 1, 2, 15 and 18 of the Commission's Rules regarding Authorization of Radiofrequency Equipment }}</ref> to prohibit the installation of 3rd party firmware on home routers.<ref>{{cite web |last=Storm |first=Darlene |title=Vint Cerf and 260 experts give FCC a plan to secure wifi routers |date=14 October 2015 | url=https://www.computerworld.com/article/2993112/vint-cerf-and-260-experts-give-fcc-a-plan-to-secure-wi-fi-routers.html}}</ref><ref name=othercoverage>{{ Cite news | last = Hruska | first = Joel | url = https://www.extremetech.com/computing/216361-vint-cerf-hundreds-of-researchers-call-on-fcc-to-mandate-open-source-router-firmware | title = Hundreds of researchers call on the fcc to mandate open source router firmware | newspaper = Extremetech | date = 15 October 2015 }}</ref>


He has been intensely critical of the academic network research community, extolling [[open access]], [[open source]] code and the value of negative and repeatable results. <ref> {{cite web |last=Taht |first=Dave |title=The value of repeatable experiments and negative results | url= http://conferences.sigcomm.org/sigcomm/2014/doc/slides/137.pdf | publisher=SIGCOMM 2014}}</ref>
He has been intensely critical of the academic network research community, extolling [[open access]], [[open source]] code and the value of negative and repeatable results.<ref>{{cite web |last=Taht |first=Dave |title=The value of repeatable experiments and negative results | url= http://conferences.sigcomm.org/sigcomm/2014/doc/slides/137.pdf | publisher=SIGCOMM 2014}}</ref>


As one of the instigators of the IETF AQM and Packet Scheduling working group<ref name="aqmwg">{{cite web | title=IETF Active Queue Management and Packet Scheduling Working Group | url= https://datatracker.ietf.org/group/aqm/documents/}}</ref>, he is the co-author of RFC8290 <ref name=":8290">
As one of the instigators of the IETF AQM and Packet Scheduling working group,<ref name="aqmwg">{{cite web | title=IETF Active Queue Management and Packet Scheduling Working Group | url= https://datatracker.ietf.org/group/aqm/documents/}}</ref> he is the co-author of RFC8290,<ref name=":8290">
{{cite IETF |title=The Flow Queue CoDel Packet Scheduler and AQM algorithm |rfc=8290 |last=Hoeiland-Joergensen |first=Toke |date=January 2018 |publisher=[[Internet Engineering Task Force|IETF]] }}</ref>, and a contributor to RFC8289 <ref name=":8289"> {{cite IETF |title = Controlled Delay Active Queue Management|rfc = 8289 |last1 = Nichols|first1 = K. |author-link1 = Kathleen Nichols |last2 = Jacobson |first2 = V. |author-link2 = Van Jacobson |last3 = McGregor |first3 = A. |last4 = Iyengar |first4 = J. |date = Jan 2018 |publisher = [[Internet Engineering Task Force | IETF]]}}</ref> ([[CODEL]]), RFC7567 <ref name=":7567"> {{cite ietf | rfc=7567 }} </ref>, RFC8034<ref name=:8034>{{cite ietf | rfc=8034}} </ref>, RFC7928<ref name=":7928">{{cite ietf | rfc=7928}}</ref>, RFC7806 <ref name=":7806">{{cite ietf | rfc=7806}} </ref>, and RFC8033<ref name=":8033">{{cite ietf | rfc=8033}}</ref>. He also made contributions to the [[DOCSIS]] 3.1 standard.
{{cite IETF |title=The Flow Queue CoDel Packet Scheduler and AQM algorithm |rfc=8290 |last=Hoeiland-Joergensen |first=Toke |date=January 2018 |publisher=[[Internet Engineering Task Force|IETF]] }}</ref> and a contributor to RFC8289<ref name=":8289">{{cite IETF |title = Controlled Delay Active Queue Management|rfc = 8289 |last1 = Nichols|first1 = K. |author-link1 = Kathleen Nichols |last2 = Jacobson |first2 = V. |author-link2 = Van Jacobson |last3 = McGregor |first3 = A. |last4 = Iyengar |first4 = J. |date = Jan 2018 |publisher = [[Internet Engineering Task Force|IETF]]}}</ref> ([[CODEL]]), RFC7567,<ref name=":7567">{{cite ietf | rfc=7567 }}</ref> RFC8034,<ref name=:8034>{{cite ietf | rfc=8034}}</ref> RFC7928,<ref name=":7928">{{cite ietf | rfc=7928}}</ref> RFC7806,<ref name=":7806">{{cite ietf | rfc=7806}}</ref> and RFC8033.<ref name=":8033">{{cite ietf | rfc=8033}}</ref> He also made contributions to the [[DOCSIS]] 3.1 standard.


He is a [[filksinger]], often performing songs like "It GPLs me"<ref name="gplsme">{{ cite web | url=https://www.youtube.com/watch?v=KxLbNCB-YKI | title=It Gpl's me }}</ref>, and "One First Landing" at various computer and science fiction conventions.
He is a [[filksinger]], often performing songs like "It GPLs me",<ref name="gplsme">{{ cite web | url=https://www.youtube.com/watch?v=KxLbNCB-YKI | title=It Gpl's me | website=[[YouTube]] }}</ref> and "One First Landing" at various computer and science fiction conventions.


He serves on the Commons Conservancy<ref name=cc>{{cite web | url=https://commonsconservancy.org/organisation/ |title=The guts of The Commons Conservancy }}</ref> board of directors.
He serves on the Commons Conservancy<ref name=cc>{{cite web | url=https://commonsconservancy.org/organisation/ |title=The guts of The Commons Conservancy }}</ref> board of directors.
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[[:Category:Living people]]
[[Category:1965 births]]
[[:Category:Free software programmers]]
[[Category:Living people]]
[[Category:Free software programmers]]
[[:Category:American computer programmers]]
[[Category:American computer programmers]]
[[:Category:Linux people]]
[[Category:Linux people]]
[[:Category:1965 births]]
[[Category:Internet activists]]
[[:Category:Internet activists]]
[[Category:American technology company founders]]
[[:Category:American technology company founders]]
[[Category:People from Ocean City, New Jersey]]
[[Category:American people of Estonian descent]]

{{Drafts moved from mainspace|date=January 2020}}

Latest revision as of 20:52, 20 September 2024

Dave Täht
Dave Täht at IETF 104, March 2018.
Born (1965-08-11) August 11, 1965 (age 59)
Ocean City, New Jersey, U.S.
NationalityAmerican
Other namesMichael
Alma materRutgers University
Known forCo-Founder of the Bufferbloat Project

Dave Täht (born August 11, 1965) is an American network engineer, musician, lecturer, asteroid exploration advocate, and Internet activist. He is the chief executive officer of TekLibre.

Activity

[edit]

Täht co-founded the Bufferbloat Project with Jim Gettys, runs the CeroWrt and Make-Wifi-Fast sub-projects, and referees the bufferbloat related mailing lists[1] and related research activities.

With a long running goal of one day building an internet with sufficiently low latency and jitter that "you could plug your piano into the wall and play with a drummer across town",[2] he is a persistent and dedicated explainer of how queues across the internet (and wifi) really work, lecturing at MIT,[3] Stanford,[4] and other internet institutions such as APNIC.[5]

In the early stages of the Bufferbloat project he helped prove that applying advanced AQM and Fair Queuing techniques like (FQ-CoDel) to network packet flows would break essential assumptions in existing low priority congestion controls such as bittorrent and LEDBAT and further, that it didn't matter.[6]

His CeroWrt project[7] showed that advanced algorithms like CoDel, FQ-CoDel, DOCSIS-PIE and Cake were effective at reducing network latency, at no cost in throughput[8] not only at low bandwidths but scaled to 10s of GB/s and could be implemented on inexpensive hardware. CeroWrt project members also helped make OpenWrt ready for IPv6 Launch Day, and pushed all the innovations back into open source.

His successor Make-Wifi-Fast project solved[9] the WiFi performance anomaly by extending the FQ-Codel algorithm to work on multiple WiFi chips in Linux,[10] reducing latency under load by up to a factor of 50.

FQ-CoDel has since become the default network queuing algorithm for Ethernet and Wi-Fi in most Linux distributions, and on iOS, and OSX. It is also widely used in packet shapers. Comcast also successfully rolled out the DOCSIS-PIE AQM during the COVID crisis[11] with observed 8-16x reductions in network latency under load across the millions of user devices tested.

In order to complete the make-wifi-fast project, by co-authoring an FCC filing[12] and co-ordinating a worldwide protest with Vint Cerf, and many other early Internet pioneers, Taht successfully fought proposed FCC rules[13] to prohibit the installation of 3rd party firmware on home routers.[14][15]

He has been intensely critical of the academic network research community, extolling open access, open source code and the value of negative and repeatable results.[16]

As one of the instigators of the IETF AQM and Packet Scheduling working group,[17] he is the co-author of RFC8290,[18] and a contributor to RFC8289[19] (CODEL), RFC7567,[20] RFC8034,[21] RFC7928,[22] RFC7806,[23] and RFC8033.[24] He also made contributions to the DOCSIS 3.1 standard.

He is a filksinger, often performing songs like "It GPLs me",[25] and "One First Landing" at various computer and science fiction conventions.

He serves on the Commons Conservancy[26] board of directors.

References

[edit]
  1. ^ "Bufferbloat.net mailing lists".
  2. ^ Täht, Dave (June 2013). "Towards imperceptible latency" (PDF). Internet Society.
  3. ^ Winstein, Keith. "What's wrong with WiFi". MIT CSAIL.
  4. ^ "Introduction to CoDel". Stanford NetSeminar.
  5. ^ McFillin, Adam (22 January 2020). "Bufferbloat might be solved but it's not over yet". APNIC.
  6. ^ Gong; Rossi; Testa; Valenti; Täht (June 2013). "Fighting the bufferbloat: on the coexistence of AQM and low priority congestion control" (PDF). Computer Networks. INFOCOM 2013 (published 2014).
  7. ^ "The CeroWrt Project is complete".
  8. ^ White, Greg. "Active Queue Management Algorithms for DOCSIS 3.0" (PDF).
  9. ^ Høiland-Jørgensen, T.; et al. (2017). "Ending the Anomaly: Achieving Low Latency and Airtime Fairness in WiFi". Proceedings of the 2017 USENIX Annual Technical Conference. USENIX ATC '17 July 12–14, 2017, Santa Clara, CA, USA. pp. 139–151.
  10. ^ Corbet, Jonathan. "Making WiFi fast". Linux Weekly News.
  11. ^ Flickinger, Allen; Klatsky, Carl; Ledesma, Atahualpa; Livingood, Jason; Ozer, Sebnem (2021). "Improving Latency with Active Queue Management (AQM) During COVID-19". arXiv:2107.13968 [cs.NI]. Comcast Research.
  12. ^ Taht, Dave; Cerf, Vint. "Saner Software Practices" (PDF).
  13. ^ "Amendment of Parts 0, 1, 2, 15 and 18 of the Commission's Rules regarding Authorization of Radiofrequency Equipment" (PDF).
  14. ^ Storm, Darlene (14 October 2015). "Vint Cerf and 260 experts give FCC a plan to secure wifi routers".
  15. ^ Hruska, Joel (15 October 2015). "Hundreds of researchers call on the fcc to mandate open source router firmware". Extremetech.
  16. ^ Taht, Dave. "The value of repeatable experiments and negative results" (PDF). SIGCOMM 2014.
  17. ^ "IETF Active Queue Management and Packet Scheduling Working Group".
  18. ^ Hoeiland-Joergensen, Toke (January 2018). The Flow Queue CoDel Packet Scheduler and AQM algorithm. IETF. doi:10.17487/RFC8290. RFC 8290.
  19. ^ Nichols, K.; Jacobson, V.; McGregor, A.; Iyengar, J. (Jan 2018). Controlled Delay Active Queue Management. IETF. doi:10.17487/RFC8289. RFC 8289.
  20. ^ RFC 7567. doi:10.17487/RFC7567.
  21. ^ RFC 8034. doi:10.17487/RFC8034.
  22. ^ RFC 7928. doi:10.17487/RFC7928.
  23. ^ RFC 7806. doi:10.17487/RFC7806.
  24. ^ RFC 8033. doi:10.17487/RFC8033.
  25. ^ "It Gpl's me". YouTube.
  26. ^ "The guts of The Commons Conservancy".
[edit]
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