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Internet of Things (IoT)
health care and multimedia fields. The terms of IoBNT and IoMNT can be briefly introduced as follows:
1. Internet of Bio-Nano-Things: The IoBNT refers to a paradigm-shifting concept for communication and network engineering, where new complex challenges are faced to develop efficient and safe methods for information exchange,
interaction, and interconnecting within the biochemical area, while enabling
an interface to the electrical domain of the Internet (Akyildiz et al. 2015). The
IoBNT stems from synthetic biology and nanotechnology tools that allow for
biological engineering for embedded processing and computing machines.
Depending on the basics of biological cells’ architecture and its functionality,
from the biochemical viewpoint, bio-nano-things promise to enable applications
and services such as actuation networks, environmental control of toxic agents,
pollution, and intrabody sensing.
Authorization
P lanning
IoT
Base device
identification
Zone
Triage
examination
Fog/cloud
Chain of
custody
Lab analysis
Result
Proof and defense
Archive and
storage
Router
Gateway server
Fragile evidence zone
Server cluster
Data accumulation Platforms Structured data/Unstructured data Hadoop
M
2
M
Location/sector
Wireless, zigbee
Z-Wave, 4g, 3g, LTE, WiFi,
Ethernet, PLC
Warrant obtained
FIGURE 7.4
IoT-based digital forensic model. (From Perumal, S., et al., Internet of things (IoT) digital forensic investigation
model: Top-down forensic approach methodology, Digital Information Processing and Communications (ICDIPC),
2015 Fifth International Conference on IEEE, 2015.)
Internet of Things (IoT)
health care and multimedia fields. The terms of IoBNT and IoMNT can be briefly introduced as follows:
1. Internet of Bio-Nano-Things: The IoBNT refers to a paradigm-shifting concept for communication and network engineering, where new complex challenges are faced to develop efficient and safe methods for information exchange,
interaction, and interconnecting within the biochemical area, while enabling
an interface to the electrical domain of the Internet (Akyildiz et al. 2015). The
IoBNT stems from synthetic biology and nanotechnology tools that allow for
biological engineering for embedded processing and computing machines.
Depending on the basics of biological cells’ architecture and its functionality,
from the biochemical viewpoint, bio-nano-things promise to enable applications
and services such as actuation networks, environmental control of toxic agents,
pollution, and intrabody sensing.
Authorization
P lanning
IoT
Base device
identification
Zone
Triage
examination
Fog/cloud
Chain of
custody
Lab analysis
Result
Proof and defense
Archive and
storage
Router
Gateway server
Fragile evidence zone
Server cluster
Data accumulation Platforms Structured data/Unstructured data Hadoop
M
2
M
Location/sector
Wireless, zigbee
Z-Wave, 4g, 3g, LTE, WiFi,
Ethernet, PLC
Warrant obtained
FIGURE 7.4
IoT-based digital forensic model. (From Perumal, S., et al., Internet of things (IoT) digital forensic investigation
model: Top-down forensic approach methodology, Digital Information Processing and Communications (ICDIPC),
2015 Fifth International Conference on IEEE, 2015.)