1. Identity Processor Secures IoT Systems
CPU
Sensors &
Actuators
Identity-based Access
Unencumbered by Passwords
Unassailable Data Transactions
Cryptochain Technology
Identity
Processor
(IPU)

2. Transactions Today: Vulnerabilities
Bob
Foob
Router
٠٠٠
Local
Data
Password
Cracking
Man-in-the-
Middle
Limited SSL
Lifetime
Replay
Attack
Counterfeit
Site
Data Theft
Transaction Repudiation
Imposter
ID Theft
Malware
No Certificate
Unknown Revocation
Weak Authority
Online
Cashier
Card Scanner
Skimming
Misappropriation
Point-of-Sale

3. Root Vulnerabilities Passwords Anonymous parties Protocol weaknesses
Physical credentials
Databases of sensitive information
Gray certification authorities
Anonymous systems
Primitive root-of-trust

4. Cryptochain: Point-of-Sale Transaction
Bob
٠٠٠
[1] Bob scans items for purchase at Foob Outlet’s Terminal 2
Foob Outlet Server
[2] Bob’s smart-phone client scans Terminal 2’s label and sends an encrypted message to Foob Outlet through the cloud
Router
[3] The Foob Outlet server sends the encrypted message through the Cryptochain for decryption at Bob’s LTD server
Foob PoS Terminal 1
Foob PoS Terminal 2
Foob PoS Terminal n

5. Cryptochain: Point-of-Sale Transaction
Bob
Foob Outlet
LTDa1a
LTDx8x
٠٠٠
Federated Apex
LTDa2a
LTDx7x
[6] Foob Outlet server can now decrypt the message and authorize the transaction
[4] Bob’s LTD server sends the decrypted message to Foob, absolutely authenticating both parties
[5] The Federated Apex audits any federated credentials in the decrypted message for ownership and authorization

6. Today’s IoT System Password-based Security Connection-based Security
Isolation-based Security
Today’s IoT System

7. IoT System with Cryptochain
Cryptographic Security
Password-based Security
Isolation-based Security
Gateway
IoT System with Cryptochain

8. IoT System With Cryptochain
Root Vulnerabilities
Passwords
Anonymous parties
Protocol weaknesses
Physical credentials
Databases of sensitive information
Gray certification authorities
Anonymous systems
Primitive root-of-trust
Eliminated
Bypassed
Obsolete

9. Jonetix Identity Processor (IPU)
Transient
Identity
Generator
(TIG)
Pseudo-Random
Number
(PRNG)
Attestation Value
Key Seeds
Secure Zone
Embedded in an AMD microprocessor (adds <1% to chip area)
Key
Derivation
Function
(KDF)
Cryptographic Services
Module
(CSM)
Control Unit
(CU)
Command Bus
Addr/Data Bus

10. Identity Processor Features
Chip-unique identity
Chip-unique, high-entropy random numbers
Cryptographic services
Autonomous key management
Hardware feature options enablement
Secure backup in insecure storage
Secure data sharing and backup for individual across devices
Chip-unique identity
Public, private, and secret identity keys
Chip-level root-of-trust
Cloning eliminated
Chip-unique, high-entropy random numbers
Cryptographic services
Session key generation
Encryption
Decryption
Attestation
Hash functions
Autonomous key management
Eliminates external key initialization services and key management services
Secure backup in insecure storage
Secure data sharing and backup for individual across devices

11. IoT System with IPU Gateway
Cryptographic Security
IPU
Gateway

12. IoT System With Cryptochain & IPU
Root Vulnerabilities
Passwords
Anonymous parties
Protocol weaknesses
Physical credentials
Databases of sensitive information
Gray certification authorities
Anonymous systems
Primitive root-of-trust
Eliminated
Bypassed
Obsolete
Chip-level

13. Jonetix Company Status
Eleven provisional patent applications filed
Two full patent applications filed
One patent issued
Working prototype hardware and software
Server and client app transaction modules
Encryption, decryption, and authentication modules
Principal invitation and registration to trust domains
Web one-click sign-on and one-click transactions
RTL for Identity Processor components
Several working demos
Cryptochain: video surveillance, climate control, garage door control
Identity Processor: TIG, PRNG, KDF, and CSM in FPGA development boards