Mesh network of energy efficient miniature computers, that allows citizens and response teams to generate reports and gather information on citizens’ needs.

1. UtoPi
Emergency Computer
- Imaginary Sense -
Javier Cordero Victor Ortiz
Kevin Ponce María Cordero

2. Known Projects
As a team
● UtoPi (2018-present)
● Controlley (2017-present)
● Imaginary Teleprompter (2015-
present)
● ATH Móvil Payments (2016)
● Hide-n-Seek (2013)
Individually
● Victor
○ DisableLaunch (Objective-C)
○ AR Contact (Unity)
○ Supermarket (Research, Indoor Map)
● María
○ RUM Bus (Research, Java)
● Javier
○ Camera Shot Classificator (Python)
○ dualPrint (C++)
○ Immersion (ActionScript plug-in)
● Kevin
○ Physical Layer Security: Link Signatures
(Research, MatLab)
○ Rodantes LLC movie rental (TypeScript)

3. Imaginary Team
- We are -
1. Web developers
2. Operating System tweakers
3. Hipster-Hackers
● Our main languages
○ ECMAScript languages
○ C/C++
● Casually used languages
○ Python
○ C#
○ Bash
○ Matlab
○ Java

4. Full team
at the Call for Code
Hackathon

5. Imaginary Teleprompter
● #1 free software teleprompter
among existing desktop and laptop
software alternatives
● Offers more functionality than some
of it’s closed source counterparts

6. Imaginary Teleprompter
● Around 681 downloads on
SourceForge last month.
● The number of downloads per month
continues to increase.

7. Imaginary Teleprompter
● Around 800 active Linux installations, from Snapcraft.io
● Imaginary Teleprompter is also available from the Arch User Repository

8. Why hackathons?

9. Description
● UtoPi is a Mini computer of low energy
consumption, which allows to communicate
information over long distances using low
frequency radio waves.

10. Objectives
● UtoPi serves to collect useful information in
emergency situations.
● The information is shared from device to device
through radio waves, without the need of Internet.
● Once connected to the Internet, databases are
synchronized to be further analyzed by relevant
entities.

11. Functionality
● Allows people to move around and find resources
in devastation scenarios.
● Provides agencies, citizens and organizations
that are mobilized during emergencies with
easy access to information.
● Generate statistic and specific reports of the
citizens’ needs relative to their geographical area.

12. ● Conocer la ubicación y el estado de:
○ Carreteras
■ Bloqueos de carretera
■ Derrumbes y deslizamientos
■ Inundaciones
○ Alimentos
■ Negocios de comida
■ Ayuda alimentaria
■ Colmados y supermercados

13. ○ Agua
■ Oasis
■ Servicio de acueducto
○ Refugios
○ Energía
■ Gasolineras
■ Servicio eléctrico
■ Estaciones de recarga

14. ○ Salud
■ Hospital
■ Doctores
■ Farmacias
■ Centros de diálisis
○ Basura
■ Recogido de basura
■ Centros de reciclaje

15. ○ Transporte
■ Centros de servicio para autos
■ Aeropuertos
■ Puertos
■ Centros de bicicletas
○ Personas
■ Desapariciones

16. ○ Animales
■ Centros veterinarios
■ Mascotas perdidas
○ Dinero
■ Bancos
■ Cooperativas

17. ○ Mail
■ Post Office
○ Comunicacion
■ Estaciones de radio

18. UtoPi User Interface

19. UtoPi: Generate Report or Find Location

20. Set Report Time

21. Set GPS Location

22. Mesh Network Hackathon Prototype

24. IBM Call for Code Hackathon
Network Communication

25. Hardware Costs
Type Name Quantity Cost
SBC BeagleBone Green Wireless
Development Board
1 $52.90
GPS Ublox NEO-6M GPS 1 $15.66
LORA Lora1276 915MHz sx1276 chip 1 $19.99
SCREEN Waveshare 2.7nch ePaper HAT 1 $19.99
Ant. 3DBi 868MHz 900MHz 915MHz RFID ZigBee
3dBi Antenna with SMA Male Connector
1 $3.95

26. Type Name Quantity Cost
POWER
BOOST
PowerBoost 1000 Charger -
Rechargeable 5V Lipo
1 $19.95
Ant. Plug Maxmoral 2PCS SMA Female PCB Panel
Edge Mount Plug
1 $5.99
BATTERY Lithium Ion Polymer Battery - 3.7v
2500mAh
1 $14.95
TOTAL $153.38
Hardware Costs (cont.)

27. System View for Minimum Viable Product

28. Full System View

29. Status and projections

30. Project Status
● Implemented
○ CouchDB Database
○ API
● Partly implemented
○ QT Frontend
○ Device to device replication in O(n²) time
● Pending
○ R&D on how to implement device to device replication in O(n) time
○ R&D on using Wayland display server as an ePaper display
○ Device to device replication in O(n) time
● Upcoming sprints
○ Mobile interfaces
○ Online services

31. Time projection & budget for current sprint
*Time in months
● 6 to 9 months R&D
● $60k budget necessary in
salaries and hardware
● Next sprint would bring a 1st
generation product to fruition
Assets Spending
Hardware $12,000
R&D $48,640
Total $60,640

32. Thank for your time