CertNexus CIoTP (IoT Practitioner) Exam Syllabus

CIoTP PDF, ITP-110 Dumps, ITP-110 PDF, CIoTP VCE, ITP-110 Questions PDF, CertNexus ITP-110 VCE, CertNexus IoT Practitioner Dumps, CertNexus IoT Practitioner PDFUse this quick start guide to collect all the information about CertNexus CIoTP (ITP-110) Certification exam. This study guide provides a list of objectives and resources that will help you prepare for items on the ITP-110 CertNexus Internet of Things Practitioner exam. The Sample Questions will help you identify the type and difficulty level of the questions and the Practice Exams will make you familiar with the format and environment of an exam. You should refer this guide carefully before attempting your actual CertNexus IoT Practitioner certification exam.

The CertNexus CIoTP certification is mainly targeted to those candidates who want to build their career in Internet of Things domain. The CertNexus Certified Internet of Things Practitioner (CIoTP) exam verifies that the candidate possesses the fundamental knowledge and proven skills in the area of CertNexus IoT Practitioner.

CertNexus CIoTP Exam Summary:

Exam Name CertNexus Certified Internet of Things Practitioner (CIoTP)
Exam Code ITP-110
Exam Price $529 (USD)
Duration 120 mins
Number of Questions 100
Passing Score 61%
Books / Training ITP training
Schedule Exam Pearson VUE
Sample Questions CertNexus CIoTP Sample Questions
Practice Exam CertNexus ITP-110 Certification Practice Exam

CertNexus ITP-110 Exam Syllabus Topics:

Topic Details

The Impact of IoT - 18%

Identify and describe the possible benefits that IoT provides to a business or organization. - Increase business intelligence
- Enhance existing revenue streams
- Create new revenue streams
- Enter and create new markets
- Reduce costs
- Increase productivity and agility
- Increase operational efficiency
- Decrease time to market
- Reduce natural resources usage
- Increase opportunities for innovation
- Improve customer experience
- Increase safety
- Improve competitive position
Identify and describe the possible challenges that IoT presents to a business or organization. - Applicability of automation throughout the organization
- Scalability of legacy solutions to modern solutions
- Connectivity and coverage concerns
- Transformation from a product-oriented business to an everything-as-a-service business
- Cultural transformation and adoption both in business and technology
  • Innovation
  • HR practices and processes (hiring, training, advancement)
  • Skill adjacencies
  • Management commitment

- Security, privacy, and safety concerns
- Cost of transition
- Digital disruption
- Immaturity of standards, regulations, and oversight
- Retrofitting modern design into an existing infrastructure

IoT Ecosystems - 46%

Identify common IoT terminology. - Things
- Edge/Fog computing
- Cloud
- Data analytics
- AI
- ML
- IIoT
- M2M
- IoT gateway
Understand the functionality of the typical physical and edge/fog computing elements. - Sensors
  • Position
  • Proximity
  • Sound
  • Temperature
  • Humidity
  • Accelerometer
  • Gyro
  • Magnetometer
  • Infrared
  • Camera
  • Voltage
  • Current
  • Pressure
  • Ambient light
  • Radiation
  • Chemical
  • Motion

- Actuators

  • Solenoid
  • Motor
  • Servo
  • Relay
  • Switch
  • Stepper motor

- Power sources

  • Backup generators (fixed applications)
  • Generators/alternators (mobile applications)
  • Battery
  • Solar
  • Wind
  • Water
  • Power grid

- Input/output

  • ADC
  • DAC
  • I/O modules

- Edge and fog computing

  • Edge/fog computing capabilities
    1. Application processing
    2. Real-time processing
    3. HMI
    4. Monitoring
    5. Storage
    6. Device management
    7. Safety and security
    8. Analytics/AI
  • Computing elements
    1. Things/end-point devices
    - Connect to sensors and actuators directly to collect data
    - Optionally connect to and send data to the cloud or an IoT gateway

    - Receive and act upon device commands from the cloud or the IoT gateway
    2. IoT gateway
    - Implementations (vary by industry)
    * Dedicated hardware device
    * Software function
  • Hardware platforms
    1. Maker/proof of concept platforms
    - Arduino
    - Raspberry Pi
    - BeagleBone
    2. Commercial MCUs and application processors
    - ARM
    - x86
  • Programming languages
    1. Java
    2. Python
    3. C/C++
    4. Swift
    5. Rust
    6. Go
    7. Assembly language
    8. Java Script
    9. C#
  • Frameworks
    1. Node
    2. .NET
    3. Angular
  • Operating systems
    1. Linux
    2. FreeRTOS
    3. Contiki
    4. Wind River VxWorks
    5. Android Things
    6. ARM Mbed OS
    7. Apple iOS

- ​Location awareness

  • GPS
  • Galileo
  • GLONASS
  • BeiDou
Understand the functionality of the typical elements of IoT networks and connectivity. - Wired protocols/technologies
  • Industrial Ethernet standards
    1. PROFINET
    2. EIP
    3. EtherCAT
    4. IEEE 1588 v2
    5. TSN
  • Legacy field buses
    1. PROFIBUS
    2. Modbus
    3. HART

- Wireless protocols/technologies

  • Near range
    1. NFC
    2. Passive RFID
    3. Active RFID
  • Medium range
    1. 802.15.4
    - Zigbee
    - Thread
    2. Z-Wave
    3. Bluetooth/BLE
    4. 802.11 (Wi-Fi)
  • Long range
    1. Cellular
    2. Satellite
    3. Sigfox
    4. LoRa/LoRaWAN
    5. RPMA

- Applications/messaging protocols

  • MQTT
  • AMQP
  • HTTP/HTTPS
  • CoAP

- IoT networking

  • IP addressing
    1. IPv4
    2. IPv6
  • Routing and QoS
  • Encryption
  • SDN/NFV
  • Encapsulation and bridging
Understand the functionality of the typical elements of the cloud and cloud platforms. - Deployment models
  • On premise
  • Cloud
    1. Public cloud
    2. Private cloud
  • Hybrid

- Cloud service models

  • SaaS
  • PaaS
  • IaaS

- Cloud platforms

  • Microsoft Azure
  • Amazon Web Services
  • Google Cloud Platform
  • IBM Cloud
  • Oracle Cloud
  • SAP Cloud Platform
  • Huawei FusionSphere

- Common functions of IoT platforms

  • Device management
  • Security management
  • Data management

- Virtualization technologies

  • Hypervisors
  • Containers

- IoT data analytics

  • Techniques
    1. Streaming analytics
    2. Predictive analytics
    3. Prescriptive analytics
  • Tools
    1. Spark
    2. Hadoop
    3. Cassandra

- AI

  • Techniques
    1. Machine learning/cognitive computing
    2. Computer vision
    3. Natural language processing
  • Tools
    1. TensorFlow
    2. Caffe
    3. Theano
    4. Torch
Identify the various IoT market sectors and describe the applications and things common to that sector. - Agriculture
  • Applications
    1. Fuel management
    2. Fleet management
    3. Crop management
    4. Livestock management
    5. Weather forecasting
    6. Soil optimization
    7. Water management
  • Examples of things
    1. Harvester
    2. Planter
    3. Sprayer
    4. Drones
    5. Irrigation systems
    6. Livestock monitor

- Security/public safety

  • Applications
    1. Traffic management/control
    2. Public safety monitoring/control
    3. Environmental monitoring
    4. Emergency services (police/fire/EMS/HAZMAT)
  • Examples of things
    1. Cameras
    2. Traffic sensors
    3. Drones
    4. Detectors (smoke/carbon monoxide/radon)
    5. Radio/communication systems
    6. Body cameras
    7. Vehicles

- Retail

  • Applications
    1. Access control
    2. Security
    3. Inventory management
    4. Vending and payment
    5. Proximity-based/location-based monitoring
    - Advertising
    - Directions
    - Crowd control
    6. Distribution systems
    - Warehouse
    - Transportation
    - Logistics
    - Customer analytics
    - Real-time pricing
    - Energy management
  • Examples of things
    1. Card readers
    2. POS
    - Cash register
    - Mobile payment capture
    3. Self-serve kiosks
    4. BLE/NFC beacons
    5. Mobile devices
    - Smartphones
    - Tablets
    6. Digital signage

- Transportation and logistics

  • Applications
    1. Fleet management
    2. Fuel and engine management
    3. Operations and maintenance
    - Diagnostics
    - Predictive maintenance
    - Regulatory compliance
    4. Telematics
  • Examples of things
    1. Aircraft
    2. Vehicles
    3. Locomotives
    4. Ships
    5. Radar systems
    6. GPS
    7. Engines

- Manufacturing

  • Applications
    1. Factory/process/machine automation
    2. Robotics
    3. Asset and inventory management
    4. Supply chain management
    5. Predictive maintenance
    6. AR
  • Examples of things
    1. PLC/PAC/CNC
    2. Robots/cobots
    3. Motor drives
    4. Machine vision cameras

- Healthcare, medical, and life science

  • Applications
    1. Telemedicine/remote care/remote monitoring
    2. Connected hospital
    3. Robotic surgery
    4. Patient monitoring
    5. Drug supply chain monitoring
    6. Tracking laboratory samples
    7. Cold chain monitoring
  • Examples of things
    1. Surgical robots
    2. Sleep monitors
    3. Pacemakers
    4. Insulin pumps
    5. Glucose monitor
    6. CPAP machines
    7. Lab equipment

- Consumer and home

  • Applications
    1. Home automation
    2. Home security
    3. Water/gas/electric management
    4. Connected appliances
  • Examples of things
    1. Thermostat
    2. Smart hub
    3. Surveillance cameras
    4. Garage door opener
    5. Refrigerator
    6. Wearables

- Energy and utilities

  • Applications
    1. Smart grid
    2. Energy management
    3. SCADA
    4. Automatic meter reading
    5. Power distribution automation
    6. Inspection and preventive maintenance
    7. Flow control
    8. Energy trading
  • Examples of things
    1. Protection relays
    2. Connected meters
    3. Solar panels
    4. Wind turbines
    5. Water/oil/gas pipelines

- Buildings

  • Applications
    1. Automated lighting
    2. Waste management
    3. Building management systems
    4. Surveillance and security
    5. Occupancy management
    6. Self-aware buildings
    7. Air quality management
  • Examples of things
    1. Card readers
    2. Cameras
    3. Toll gates
    4. HVAC systems
    5. Power distribution systems
    6. Monitoring devices (environment, presence, etc.)
    7. Elevators/escalators
- Defense
  • Applications
    1. Cost efficiency
    2. Warfighter effectiveness
    3. C2
    4. ISR
    5. Intracommunications
    6. Unmanned systems
    7. Human performance
    8. Logistics tracking
    9. Medical tracking
  • Examples of things
    1. Tanks
    2. Aircraft
    3. Drones
    4. Ships
    5. Submarines
    6. Connected warfighter
    7. Satellites
- Smart city
  • Applications
    1. Route optimization
    2. Smart parking
    3. Smart lighting
    4. Traffic management
    5. Security and threat detection
    6. Noise management
    7. Air quality control
    8. Waste management
    9. Structural integrity monitoring
    10. Public transportation
  • Examples of things
    1. Connected garbage receptacle
    2. Street lights
    3. Traffic lights
    4. Connected vehicles
    5. Connected manhole
    6. Cameras
    7. Light rail/subway systems

Security, Privacy, and Safety - 28%

Understand common IoT security and privacy threats. - Malware
  • Trojan horse
  • Backdoor
  • Keylogger
  • Ransomware
  • Spyware
  • Worms
  • Viruses

- Network attacks

  • DoS/DDoS
    1. Botnets
  • MITM
  • Wireless attacks
  • Spoofing
  • Pharming

- Password attacks

  • Password cracking
  • Password sniffing

- Social engineering

  • Phishing
  • Spearphishing
  • Shoulder surfing/dumpster diving
  • Impersonation

- Elevation of privilege
- Fuzzing
- Cross-site scripting
- Code injection
- Buffer overflow

  • SQL injection
Understand common IoT security and privacy countermeasures. - CIA triad
  • Confidentiality
    1. Data encryption
  • Integrity
    1. Blockchain
    2. Nonrepudiation
  • Availability
    1. DoS/DDoS defense
    2. High availability

- AAA
- Firmware/software

  • Secure firmware updates
  • OS hardening
  • Secure coding
  • Code review/scanning
  • Application security

- Physical security
- Vulnerability assessment

  • Penetration testing

- Data anonymization

Identify and describe common IoT safety concerns. - Physical/loss of life accidents
  • Autonomous vehicle accidents
  • Aircraft accidents
  • Transportation accidents
  • Workplace accidents
  • Industrial disasters

- Infrastructure outages

  • Mass power outages
  • Mass Internet outages

- Biological/medical

  • Water supply contamination
  • Failure/hacking of diagnostic/treatment devices

- Supply chain disruption

  • Contamination of the food supply
  • Slipping in counterfeit or substandard parts into the supply chain
  • Interruption of logistics
Explain common safety risk management approaches. - Hazard classification and analysis
- Root cause analysis
- Quality management systems
- CAPA
- Safety certification

The IoT System Development Life Cycle - 8%

Identify and describe the phases of the IoT SDLC. - Initiation
- System concept development
- Planning
- Requirements analysis
- Design
- Development
- Integration and testing
- Implementation
- Operations and maintenance
- Disposition

To ensure success in CertNexus IoT Practitioner certification exam, we recommend authorized training course, practice test and hands-on experience to prepare for CertNexus Internet of Things Practitioner (ITP-110) exam.

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