Editing P2p mobile carriers (section)

= Table of contents =

# Glossary of key terms
# How authentication is done in mobile networks
# A sketch for a naive protocol
#* 3.1. Stage 1 - Carrier authentication via proxy
#* 3.2. Stage 2 - Voice encryption setup
# Billing access to a buyer
# Hiding buyer traffic from the seller
# Hiding buyer location details from the VLR
#* 6.1. Option 1 - Use someone else as a base station proxy
#* 6.2. Option 2 - Reserved
#* 6.3. Option 3 - Ignore the VLR for now, we’ll figure this out later
# Preventing non-delivery of services
#* 7.1. Option 1 - Micropayment channels
#* 7.2. Option 2 - Double-sided deposits
#* 7.3. Option 3 - Secret contracts
# Redirecting inbound phone calls
# Preventing unintended communications
#* 9.1. SMS messages meant for the seller
#* 9.2. Calls meant for the seller
# Technical requirements for a solution
#* 10.1. A look at the Android code
#* 10.2. Full U/SIM secrets &amp; authentication routines (OR see backup plans)
#** 10.2.1. Ideally full knowledge of authentication routines
#* 10.3. Plan B) Authentication oracles
#* 10.4. Plan C) Public-key cryptography
#* 10.5. Plan D) TLS options
#** 10.5.2. 5G NG-MASA
#** 10.5.3. Higher level protocol encryption
#* 10.6. Plan E) A less naive protocol with location checks
#** 10.6.1. Proof-of-location
# Carriers banning accounts
# Advanced GSM secret contracts
#* 12.1. Low-latency service sharing contract
#* 12.2. Detecting contract breach by a seller (algorithm)
#* 12.3. Detecting contract breach by a seller (fuzzing)
#* 12.4. Detecting contract breach by a seller (sanity test)
#* 12.5. Detecting contract breach by a buyer
#* 12.6. Detecting contract breach by a buyer (continued)
#* 12.7. A contract for faster Internet speed
#* 12.8. Virtual micro-carriers
#* 12.9. Self-routing programs
#* 12.10. Credit that never expires
# Conclusion
# Future work
# References
# Outro

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