Esper is a cloud management platform that provides full lifecycle solutions for Android device deployment, application management, and monitoring beyond just mobile device management (MDM). It allows customers worldwide to deploy Android devices, develop apps for those devices, and monitor both traditional and non-traditional hardware. Esper takes a DevOps approach to manage the entire lifecycle of Android devices and applications from development through operations.

1. Internet of things
Esper: DevOps for Android Devices

2. Esper is the industry’s most powerful platform for Android device deployment and Application
management.
We are the first full-lifecycle solution to go beyond MDM with complete tools for Android DevOps.
Customers worldwide use our cloud management platform for Android device deployment, app development,
and monitoring on both traditional and non-traditional hardware.
About Esper

3. Agenda
1. Introductory video
2. What is IoT
3. Why IoT
4. Use Cases
5. Business Perspective
6. Challenges
7. IoT Architecture
8. Connectivity Landscape
9. Communication Protocols
10. MQTT
11. Esper in this Picture
12. Q&A
Agenda

4. Two components
● Things
● Internet
Image Source: https://www.edureka.co/
AgendaWhat is IoT?
Ecosystem
● People
● Processes
● Data
● Things

5. ● M2M interaction is increasing
● Everything in future will connect
through the internet
● Process data directly from devices
rather than humans
● YOY growth talks about value creation
● Forecast is 1.6T USD market size by
2025
● Verticals: Manufacturing, Retail,
Finance, Health, Education, IT, ...
Image Source: https://www.statista.com/
AgendaWhy IoT?

6. 1. Industry 4.0
2. Remote Industries
3. Smart Agriculture
4. Logistics and Tracking
5. Smart Metering
6. Smart Parking
7. Traffic Management
8. Waste management
9. Connected building and Facility Management
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AgendaUse Cases?

7. - Save Time
- Cost Reduction
- Real time assessment
- Personnel Safety
- Preventive Maintenance
- Efficiency through digitization and automation
- Innovation
AgendaBusiness Perspective
Business perspective for IOT : ~$15 Trillion between 2013-2022

8. ● Scale
Design considerations!!
Challenges?
● Security
● Privacy
● Constrained devices
● Large Volume/Big Data
● Need for “real time”
● Legacy support

9. - Device Characteristics
- Connectivity
- Business problem and challenges
Types:
● Centralized
● Decentralized
AgendaIoT Architecture
Note: There is no single universally agreeable architecture

10. AgendaArchitecture-I: ETSI M2M standardised architecture (2008)

11. AgendaArchitecture-II: IoT World Forum Standardised Architecture (2014)

12. AgendaArchitecture-III: IoT @ Esper

13. Networks
1. Connectivity network: Smart objects Fog layer (<ms latency)
2. Core network: Fog Core IPv6 network Cloud (Data Center)
Connectivity Landscape
Considerations
1. Limitations of IPv4
2. Range, Throughput and Scale, Sensor types etc

14. ● HTTP - Hypertext Transfer Protocol
● MQTT - Message Queuing Telemetry Transport
● DDS - Data Distribution Service
● XMPP - Extensible Messaging and Presence Protocol
● CoAP - The Constrained Application Protocol
● AMQP - Advanced Messaging Queueing Protocol
AgendaCommunication Protocols

15. 1. Fast and light
2. Publish/Subscribe
3. QOS - Quality Of Service
4. Most popular for M2M
5. Basic security
6. Certificate security vs Speed
tradeoff
7. Life cycle events
AgendaMQTT

16. ● DevOps (Developer + Operations)
● Android Devices
● Esper Enhanced Android
● How are we different ? We are not just a MDM
● Manage and deploy devices and applications running on them
● Developer approach
AgendaEsper in this Picture....

17. AgendaCustomers

18. Thank you
Talk to us at andi@esper.io or visit esper.io