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DTSTAMP:20260512T210558Z
UID:55B63CB7-C100-403A-B91F-ABE57567B9A4
DTSTART;TZID=America/New_York:20260528T173000
DTEND;TZID=America/New_York:20260528T203000
DESCRIPTION:"Using HTTP/3 Based Local Cloud to Improve Smart Home Performan
 ce\, Security\, and Extend Functionality to Underserved Regions"\n\nThis p
 resentation explores enhancing and securing smart home devices through edg
 e and hybrid cloud systems using HTTP/3. HTTP/3 improves on previous proto
 cols by using UDP-based transport for lightweight and efficient data trans
 mission while eliminating the TCP three-way handshake. Using edge computin
 g and containerization\, this research deploys a localized smart home clou
 d with Raspberry Pi clusters\, Nextcloud\, and Home Assistant. The setup i
 mproves privacy\, reduces dependence on external networks\, and enhances p
 erformance\, especially in rural and underserved areas. Through literature
  review and practical implementation\, this work evaluates HTTP/3 in smart
  home environments and proposes a resilient edge-cloud architecture to imp
 rove latency\, resource use\, energy efficiency\, and security.\n\nSpeaker
 (s): Jacob Koch\, Ph.D.\n\nRoom: Voltage Room\, March First Brewing & Dist
 illing\, 7885 E Kemper Rd\, Cincinnati\, Ohio\, United States\, 45249
LOCATION:Room: Voltage Room\, March First Brewing & Distilling\, 7885 E Kem
 per Rd\, Cincinnati\, Ohio\, United States\, 45249
ORGANIZER:dave@arcflashbrokerage.com
SEQUENCE:11
SUMMARY:IEEE Cincinnati May 2026 Meeting
URL;VALUE=URI:https://events.vtools.ieee.org/m/559631
X-ALT-DESC:Description: <br /><p>"Using HTTP/3 Based Local Cloud to Improve
  Smart Home Performance\, Security\, and Extend Functionality to Underserv
 ed Regions"</p>\n<p>This presentation explores enhancing and securing smar
 t home devices through edge and hybrid cloud systems using HTTP/3. HTTP/3 
 improves on previous protocols by using UDP-based transport for lightweigh
 t and efficient data transmission while eliminating the TCP three-way hand
 shake. Using edge computing and containerization\, this research deploys a
  localized smart home cloud with Raspberry Pi clusters\, Nextcloud\, and H
 ome Assistant. The setup improves privacy\, reduces dependence on external
  networks\, and enhances performance\, especially in rural and underserved
  areas. Through literature review and practical implementation\, this work
  evaluates HTTP/3 in smart home environments and proposes a resilient edge
 -cloud architecture to improve latency\, resource use\, energy efficiency\
 , and security.</p>
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