This document discusses an object-oriented architecture for Internet of Things (IoT) devices that is event driven, open ended, distributed, sensitive, and adaptive. The architecture uses objects that represent real-world things with behaviors, statuses, and reactions to events. These objects can be connected in free conditional sequences. The architecture is implemented on low-cost nodes using microcontrollers and wireless technologies like GSM, GPS, and RF transceivers running a real-time operating system and proprietary firmware for monitoring and controlling transport and remote facilities.

1. IoT
Sensitive, Integrated, Adaptive, Automated
Event Driven, Open Ended
Michael Sol. © 2004

2. Where & Who we are?
Technology
RealWorld
M.Sol. 226.06.2015

3. Object Oriented Architecture
Object’
Behavior
Status
ReactionEvent
Technology
Content of one Object
Real World
Object reflections
User
Timer
Input
Relay
Message
Keyword
Modem, etc.
M.Sol. 326.06.2015

4. Object’
Behavio
r
Stat
us
ReactionEvent
Object’
Behavio
r
Stat
us
ReactionEvent
Object’
Behavio
r
Stat
us
ReactionEvent
Free Conditional Sequences (CS)
C1
C2
Cn
Object’
Behavio
r
Stat
us
ReactionEvent
Object’
Behavio
r
Stat
us
ReactionEvent
M.Sol. 426.06.2015

5. Implementation
~ $5 MCU (64K RAM, 256K ROM, RTC, I/Os, …)
+ $7 GSM/GPRS
+ $5 GPS/GNSS
+ $3 RF Transiver
+ BT, WiFi, etc…
RTOS
+ proprietary firmware engine
with Event Driven, Open Ended
Distributed, Sensitive, Adaptive,
Automated architecture
Monitoring and Control for
transport and remote stationary
facilities
LOW COST NODE
INTELLIGENCE
MULTIPLE APPLICATOINS
M.Sol. 526.06.2015