2AVOE-000UVirtual reality shoe (left)

Quick reference guide Find software, recommended accessories and tested games at cybershoes.io/support 1 Turn on: Press button on shoe Turn off: Press and hold button on shoe for 6 seconds (until red light is visible) Shoes indicate charging state when on. Shoes charge when off as well but do not indicate. Change channel (multiplayer only): 1. SHOES: Press the button for power on RECEIVER: connect with USB cable 2. wait for the 1 second LED light signal 3. wait until the 1 second LED signal goes off 4. then immediately press button and cycle through the color-coded channels. Google Youtube: „Cybershoes frequency“ Shoes and receiver must blink in the same color! If a shoe misses on receiver this shoe is set to the wrong channel. Cyberchair If not already removed: remove cap from gas lift. Cable management with cable rectractor In the Cybershoes package you find a cable retractor. Attach it to a recommened tripod and with the cable tie to the VR cable: see cybershoes.io/support Headset to retractor: 90cm / 35“ (on cable) Retractor to joint of tripod: 140cm / 55“ (on cable) Height of retractor: 210cm / 82“ above ground As an alternative you can mount the retractor to the ceiling or to a suspended wire or wooden batten. Recommendations for bar stool and cable management: cybershoes.io/support > bar stools & cable management Cable management with IKEA Regolit Do not use the "last element" with the cable and lamp socket. Cable management with AliExpress Ceiling suspension Thrid party bar stool Use gas lift that comes with cybershoes cable tie CHANGE CHANNEL BUTTON CHANNEL INDICATOR LED INPUT SPEED MULTIPLIER ROLL CHANNEL INDICATOR LED CHANGE CHANNEL BUTTON TO PC 2 Health and Safety Warnings (Excerpt) Find the full version on cybershoes.io/warnings Read and follow these Health and Safety Warnings and instructions. When you let other people play on your Cybershoes make sure to warn them, let them read these warnings and always supervise them as they are new to the system and cannot assess the danger properly. Obvious and less obvious dangers: Besides the obvious danger (very slippery sole of the Cybershoes), there are less obvious dangers present as well, e.g.: It is possible to fall over with the chair, respectively to fall off the chair. The use of VR can heavily impact sensations or strongly stress the brain. This may lead to very dangerous situations – especially conjunct with Cybershoes. Read and follow all further Health and Safety Warnings and instructions as well. Use Cybershoes at your own risk. Walking, Standing: Don’t walk with the shoes around, don’t stand up. The Cybershoes are very slippery and the risk to stumble or slip or fall is very high. Only wear them while being seated. Make sure there are no dangerous objects around you, meaning when you fall you do not fall onto a sharp edge. Clear all space around you. It is possible to lose balance. Seated use: Depending on the size of the mobile stand, it is possible to fall over with the chair, especially while being active in VR. It is also possible to fall off the chair. Do not completely forget yourself and your situation while using Cybershoes. Clear all space around you. When you fall, make sure you fall onto a soft surface. 3rd party bar stools: We have tested bar stools with a mid-sized stand having a diameter of at least 41cm (16”) at various conventions and trade shows. They are relatively safe. Out of 4000 users, 3 fell over with the chair. Each time it was a tall and extremely active person. We recommend to use bar stools with a stand having a diameter of at least 55 cm (21½”). Please note that using a bar stool with a stand having a diameter of at least 55 cm (21½”) still imposes risks, but these risks are smaller as compared to using a bar stool with a stand having a diameter of less than 55 cm (21½”). You may also use bar stools with a smaller diameter as long as you are aware of the risks and adapt your movements to the lowered stability of the bar stool. Some bar stools come with a very small stand, for example, with a diameter of 38cm (15”). Do not use them. The barstools that we recommend on our website have a mid-sized stand with a diameter in the range of 41-45 cm (16”-17¾”). We cannot be held responsible for using third party bar stools and resulting injuries and damages. Before usage, check if the diameter of the stand is 41cm (16”) or more. When following our suggestion on how to modify the bar stool to work better with Cybershoes, you do it at your own risk. Cybershoes Gaming Station bar stool aka Cyberchair: The bar stool included in the Cybershoes Gaming Station has been op- timized and tested for the use with Cybershoes but may not necessarily provide more safety than third party bar stools. Cybershoes Arcade Edition and Cybershoes Business Edition: The diameter of the steel base is 55cm (21½”). This diameter matches the effective diameter of regular office chairs. This diameter further redu- ces but does not eliminate the risk of overturning the chair. Overturning is very unlikely, and the carpet adds stability as well. The fact that we did not experience the case of falling over with the chair in extensive user tests when using a chair with a steel base of 55 cm (21½”) and more does not exclude the possibility that this case may happen. In any case, it is still possible to fall off the chair. Addiction: Keep in mind playing Cybershoes with VR can be very addictive. Take breaks, be responsible for yourself and others. This device is not for children. Do not use Cybershoes or a bar stool that is damaged or has parts that are loose. Cybershoes GmbH Haizingergasse 47/4 |1180 Vienna | Austria [email protected] | Designed in Austria, Made in EU (Estonia) FCC information This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference th…

Text truncated - open the document above for the full version.

Coverletter: Cybershoes GmbH wants to get FCC-Certification for the following product: Virtual reality shoe, Model name: 000-U. The unit will get the following FCC-ID: 2AVOE-000U List of documents: Exhibit Thema File Exhibit 01 Label and placement Cybershoes_Label_Information_Left.pdf Exhibit 02 Not needed -------------------- Exhibit 03 External Photos extern_FG20-102.pdf * Exhibit 04 Block Diagrams Cybershoes-shoe-block-diagram.pdf * Exhibit 05 Schematic Diagrams Shoe_BNO_Left_V3_R3_schematic.pdf Exhibit 06 Testreport FG20-102.pdf Exhibit 07 Test Set-up Photos setup_FG20-102.pdf Exhibit 08 User Manual Cybershoes manual 2020-01-30 EN.pdf Exhibit 09 Internal Photos intern_FG20-102.pdf Exhibit 10 Informations -------------------- Exhibit 11 RF exposure -------------------- * Exhibit 12 Operational Description operational description Cybershoes Product info.pdf Exhibit 13 Cover letter Request for confidentiality This file FCC Confidentiality letter Cybershoes GmbH.pdf For the Exhibits marked with ‘*’ SES-imagotag GmbH requested Confidentiality according to 47 CFR 0.457 and 0.459 of the FCC rules because these are sensitive parts owned by this company and include much of Know-How or sensitive data, it will not be provided to the public. The labelling on some photos may be not the actual status. The correct labelling you can see on the label photo in Exhibit 1.

CONFIDENTIALITY REQUEST Federal Communication Commission Equipment Authorization Division, Application Processing Branch 7435 Oakland Mills Road Columbia, MD 21048 January 28, 2020 TO WHOM IT MAY CONCERN Pursuant to Paragraphs §0.457 and 0.459 of the Commission’s Rules (47 C.F.R) and Section §552(b)(4) of the Freedom of Information Act, Cybershoes GmbH requests confidentiality for the following products: FCC ID: 2AVOE-000U Model name: 000-U (refers to the left Cybershoe) FCC ID: 2AVOE-001U Model name: 001-U (refers to the right Cybershoe) For the product stated above, we request that the following information be held confidential: 1. Circuit diagrams, BOM, and PCBs submitted as Equipment Authorization Electronic Filing attachment: “schematics”. 2. Block diagram submitted as Equipment Authorization Filing attachment: “blockdiagram”. 3. Operational description submitted as Equipment Authorization Filing attachment: “operational description” The above exhibits contain Cybershoes GmbH trade secrets and proprietary information that could be of benefit to our competitors regarding the design of our virtual reality shoes. This material is not customarily available to the general public and we request that it be withheld from public inspection. If you have any questions, please feel free to contact me at the address shown below. Sincerely, Michael Bieglmayer CEO of Cybershoes GmbH Cybershoes GmbH Haizingergasse 47/4 | 1180 Vienna, Austria [email protected] | www.cybershoes.io | Phone: +43 1 9962064

www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Top view Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 1 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Bottom view Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 2 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Side view - detail Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 3 of 14 Date: 28.01.2020

Cybershoe Label Left FCC ID: 2AVOE-000U Model: 000-U 51 mm / 1.97 ‘’ 11 mm / 0.44‘’ WARNING. To reduce risk of personal injury or property damage, read all health and safety warnings. Refer to: cybershoes.io/warnings CYBERSHOES GmbH 1180 VIENNA, AT Made in Estonia, EU Designed in Austria Model: 000-U FCC ID: 2AVOE-000U

www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Case opened - Antenna view Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 4 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Internal view #1 Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 5 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Internal view #2 Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 6 of 14 Date: 28.01.2020

ww w.tu v.at | [email protected] | TÜV ® ww w.tu v.at | office@tuv .a QFM-EMV-FG_Protokoll Rev.00 / FG20-102.doc Page 1 of 20 28.01.2020 TEST REPORT of the accredited test laboratory TÜV Nr.:INE-AT/FG-20/102 Applicant: Cybershoes GmbH Haizingergasse 47/4 1180 Wien, Austria Tested Product: 000-U FCC-ID: 2AVOE-000U IC-ID: Not decided yet Manufacturer: See applicant Output power / field strength: 1,12 mW eirp. power supply: 3,7 VDC internal battery Frequency range: 918 - 919 MHz Channel separation: 1 MHz Standard: FCC: 47 CFR Part 15 (October 1, 2019 edition) RSS-247 Issue 2, February 2017 TUV Austria Services GmbH Test laboratory for EMC Supervisor of EMC-laboratory: Ing. Wilhelm Seier Rundsiegel 28.01.2020 checked by: Ing. Michael Emminger A publication of this test report is only permitted literally. Copying or reproduction of partial sections needs a written permission of TUV Austria Services GmbH. The results of this test report only refer to the provided equipment. TÜV AUSTRIA SERVICES GMBH Office: Deutschstrasse 10 1230 Vienna/Austria T: +43 5 0454-0 F: +43 5 0454-6505 E: [email protected] W: www.tuv.at Business Area Industry & Energy Austria Technik Testing Laboratory, Inspection Body, Certification Body, Calibration Laboratory, Verifizierungsstelle Notified Body 0408 IC 2932K-1 Non-executive Board of Directors: KR DI Johann Marihart Management: DI Dr. Stefan Haas Mag. Christoph Wenninger Registered Office: Deutschstrasse 10 1230 Vienna/Austria Branch Offices: www.tuv.at/standorte Company Register Court / - Number: Vienna / FN 288476 f Bank Details: IBAN AT131200052949001066 BIC BKAUATWW IBAN AT153100000104093282 BIC RZBAATWW VAT ATU63240488 DVR 3002476 ww w.tu v.at | [email protected] | TÜV ® ww w.tu v.at | office@tuv .a Test Report Reference: INE-AT/FG-20/102 Ambient temperature: 23°C Relative humidity: 39% QFM-EMV-FG_Protokoll Rev.00 / FG20-102.doc Page 2 of 20 28.01.2020 Contents Designation PAGE 1. Applicant 3 2. Description of EUT 4 3. Standards / Final result 5 4. Test results List of measurements according to 47 CFR 15 and RSS-247 4.1 Test object data 6 4.2 Number of channels and channel spacing 7 4.3 6 dB Bandwidth 8-9 4.4 Maximum Peak RF Power Output (eirp) 10 4.5 Power Spectral Density 11-12 4.6 Out-of-band Emissions 13 4.7 Emissions in restricted bands 14-18 4.8 Conducted Limits 19 4.9 Maximum permissible exposure 20 Appendix Designation PAGES 1 Test equipment used 4 2 Photodocumentation 14 ww w.tu v.at | [email protected] | TÜV ® ww w.tu v.at | office@tuv .a Test Report Reference: INE-AT/FG-20/102 Ambient temperature: 23°C Relative humidity: 39% QFM-EMV-FG_Protokoll Rev.00 / FG20-102.doc Page 3 of 20 28.01.2020 1. Applicant Company: Cybershoes GmbH Department: CEO Address: Haizingergasse 47/4 1180 Wien, Austria Contact person: Mr. Michael Bieglmayer EUT received on: 27.01.2020 Tests were performed on: 27.01.2020 ww w.tu v.at | [email protected] | TÜV ® ww w.tu v.at | office@tuv .a Test Report Reference: INE-AT/FG-20/102 Ambient temperature: 23°C Relative humidity: 39% QFM-EMV-FG_Protokoll Rev.00 / FG20-102.doc Page 4 of 20 28.01.2020 2. Description of EUT EUT: 000-U Serial Number: Prototype Manufacturer: Cybershoes GmbH Haizingergasse 47/4 1180 Wien, Austria Description: Cybershoes GmbH provided the following configuration for the measurements: Prototype transmitting at highest possible transmission rate (>90% duty cycle) Operating mode: The measurements were carried out at the following running states: test-firmware running, transmitting continuously (>90% duty cycle) Technical data EUT: Rated voltage: 3,7 VDC Rated current: 50mA Rated frequency: DC Mains voltage during the tests: 3,7 VDC internal battery Climatic conditions in the emc laboratory: Relative humidity: 39% Temperature: 23°C ww w.tu v.at | [email protected] | TÜV ® ww w.tu v.at | office@tuv .a Test Report Reference: INE-AT/FG-20/102 Ambient temperature: 23°C Relative humidity: 39% QFM-EMV-FG_Protokoll Rev.00 / FG20-102.doc Page 5 of 20 28.01.2020 3. Standards / Final result Name Title Deviation Result Title 47 CFR Part 15 October 1 st 2019 edition RADIO FREQUENCY DEVICES none OK RSS-247 Issue 2, February 2017 Digital Transmission Systems (DTSs), Frequency Hopping Systems (FHSs) and Licence-Exempt Local Area Network (LE-LAN) Devices none OK Result: Opinions and interpretation of testing laboratory OK: EUT passed NOK: EUT failed ww w.tu v.at | [email protected] | TÜV ® ww w.tu v.at | office@tuv .a Test Report Reference: INE-AT/FG-20/102 Ambient temperature: 23°C Relative humidity: 39% QFM-EMV-FG_Protokoll Rev.00 / FG20-102.doc Page 6 of 20 28.01.2020 4. TEST RESULTS 4.1. TEST OBJECT DATA General EUT Description This virtual reality device is operating on 918/919 MHz. Actual transmitting frequency is selectable by the user. This is the left shoe and normally it is used together with the right shoe (see test report INE-AT/FG-20/101) and an associated receiver. 2.1033 (c) Technical description 2.1033 (4) Type of emission: 508KF1D – Channel spacing 1 MHz 2.1033 (5) Frequency range: 918 to 919 MHz (channel center frequencies). 2.1033 (6) Power range and Controls: The maximum peak output power is 1,12 mW and there is no power regulation. 2.1033 (7) Maximum output power rating: 1,12 mW. 2.1033 (8) DC Voltage and Current: 3,7V DC maximum current consumption: 50 mA RSS-135 This standard does not apply to: 1.1.(a) a receiver that scans radio frequencies for the purpose of enabling its associated transmitter to avoid transmitting in an occupied frequency but which does not have the capability of decoding the message (e.g. converting it to audio voice) contained in the radio signal Antenna: Fixed internal antenna, not changeable. Worst case Spurious Emissions: 32,0 dBμV/m Average. Tests were performed January 27 th 2020. ww w.tu v.at | [email protected] | TÜV ® ww w.tu v.at | office@tuv .a Test Report Reference: INE-AT/FG-20/102 Ambient temperature: 23°C Relative humidity: 39% QFM-EMV-FG_Protokoll Rev.00 / FG20-102.doc Page 7 of 20 28.01.2020 4.2. Number of channels a…

Text truncated - open the document above for the full version.

www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Test setup in the anechoic chamber Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 7 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Test setup 30 MHz - 1 GHz Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 8 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Test setup above 1 GHz Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 9 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Test setup below 30 MHz (tested together with left shoe) Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 10 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Test setup charging mode Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 11 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Test setup below 30 MHz (charging) Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 12 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Test setup 30 MHz - 1 GHz (charging) Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 13 of 14 Date: 28.01.2020 www.tuv.at | [email protected] | TÜV ® Appendix 2 Photodocumentation Description: Power supply used Division: Industry & Energy Department: FG Test report reference: INE-AT/FG-20/102 Page: 14 of 14 Date: 28.01.2020