1. The future of Internet of Things
Faith or Trust?
ThingBlox by Advanced Trust Micro Engineering All Rights Reserved

2. World is driven by connected devices

3. Why companies use IoT 44% reduce overall costs 30% grow revenues
37% improve business process
33% improve employee productivity
33% improve competitiveness

5. IoT Market Size Business/manufacturing industry 40.2% IoT devices
2016 global IoT spending $737 billion (IDC)
IoT spending by $1.29 trillion (15.6% CAGR)
Hardware Security Module market $40.4BN by 2025.

6. Drivers for IoT adoption
Expanded internet connectivity
High mobile adoption
Low-cost sensors
Large IoT investments
Hackers finding new ways to compromise devices.
Developers don’t have experience or knowledge to keep up…
Source:

7. Barriers for IoT adoption
Main obstacle: Data Security (lack of)
Platform/vendor dependency (lock-in)
Implementation/operational costs
Operational Costs
Technology fragmentation
Hackers finding new ways to compromise devices.
Developers don’t have experience or knowledge to keep up…
Source:

8. IoT security is based on FAITH instead of TRUST
The victims
48% of users hit by IoT breaches
13% of total revenue lost
~50% undetectable IoT device breaches (src.:Gemalto)
IoT security is based on FAITH instead of TRUST

10. The missing ingredient
Trust must be 'shared' or layered between:
Manufacturing
&
Deployment
System operation

11. We need trust
Can we trust these IoT products?

12. We need trust
Can we trust this IoT deployment?

13. We need trust
Can we trust this IoT system?

14. No cooperation – No trust
Components from untrusted manufacturers
IoT Deployment without trusted/certified security elements
IoT system without hardware-based trust

15. ThingBlox: Layered trust model for IoT
Component/ device manufacturers
Device provisioning / deployment
Continuous operation

16. Layered trust model for IoT
ThingBlox: Secure, trusted, automatic cooperation between manufacturers, users

17. Why we need layered trust?
Trust only the certified players/vendors
Trust is hardware-based for each layer
Zero opportunity for hackers/untrusted parties
ThingBlox can provide the trusted connection between the manufacturer, the user and the IoT operation

18. Why Hardware? Only special hardware is secure enough
Layered hardware trust model

19. Advantages Trusted hardware from different partners
Complete chain-of-trust based on the hardware
Players of the trust-chain remain completely independent

20. Unique solution Immune to hacking by design: layered trust
No 3rd party dependency
No cloud required
Continuous, automatic updates
Network hardware independent
Immutable data records

21. Easy to integrate Just like a WiFi/LoRa/etc. module
No programming required
Communication, security, authentication,
provisioning and data immutability are built-in

22. Trusted Production
Trusted Deployment
Trusted Operation

23. IoT Device Manufacturing
IoT device manufacturer
Trusted equipment
Tamper-resistant manufacturing
ThingBlox Trusted

24. IoT Deployment Trusted equipment Tamper-resistant deployment
ThingBlox Trusted

25. IoT Operation Trusted equipment Tamper-resistant deployment
Continuous security monitoring
ThingBlox Trusted

26. ThingBlox Trusted System integration Device authentication
Mass provisioning (configuration)
Network communication
Data records
System updates

27. What we provide
Communication modules for WiFi, LoRa, NBIoT, Ethernet networks
Trust Engines to connect the modules to systems
Trusted Manufacturing Tools for secure IoT product manufacturers
HTaaS (Hardware Trust as a Service) continuous security monitoring service
ThiingBlox Trusted

28. Hardware Trust as a Service
HTaaS
Hardware Trust as a Service
Continuous security monitoring of hardware components
Like a trust authority to ensure that
all components are authentic and trusted

29. Competitive advantage
ThingBlox means Secure
Components
Communication
Authentication
Provisioning
Updates
Immutable data records
Hardware-based trust from manufacturing to operation

30. Gabor Borjan 25+ years of hardware and security experience
Inventor: FlatStack, Hyper-IP,E-Publisher, ThingBlox
Patents: FlatStack, Hyper-IP
Team: 24 yrs collaboration

31. Gabor Borjan Radouan Oudrhiri Eagle Genomics Gyorgy Bardosi
Founder
CompuDeal
Advanced Control Data
FlatStack
Military IT expert
WildFire
Radouan Oudrhiri
Founder
Eagle Genomics
Systonomy
V-Auth
Gyorgy Bardosi
Technical Director
Advanced Control Data
CompuDeal
FlatStack
Laszlo Nyakas
Development Director
Oracle
Advanced Control Data
CompuDeal
Steve Nye
Advisor
Instructure
Neeve Research
OSIsoft
Scott Schober
Advisor
Berkeley Varitronics CEO
Author: Hacked Again… (book)
Cybersecurity expert

32. We're Helping Secure the Future of IoT