How can I be sure that my program or my computer is doing what it should do exactly when it should do it?
!
This is one of those questions that we have always asked ourselves in information technology.
!
The most common solution is to write other programs, or add other computers, to check the ones we need to check. We then typically add additional safety systems such as Uninterruptible Power Supply groups and backup communication lines. The security thus improves a little, but then we often start worrying about the security of the controller: indeed, who controls the controller?
ZenAlert, The Thing Care Platform - Why you need it and how it works -ZenAlert
How can I be sure that my program or my computer is doing what it should do exactly when it should do it?
This is one of those questions that we have always asked ourselves in information technology.
The most common solution is to write other programs, or add other computers, to check the ones we need to check. We then typically add additional safety systems such as Uninterruptible Power Supply groups and backup communication lines. The security thus improves a little, but then we often start worrying about the security of the controller: indeed, who controls the controller?
The advent of the "Internet of Things" further complicates the scenario. When we have to deal with "stupid" objects distributed in space or on the go, the "old ways" are really hard or impossible to implement.
Our intuition was to turn the model inside out.
ZenAlert uses the impossibility to communicate as its first ally in spotting problems.
Temporary Climate Control, Helping the U.S. Food Industry Comply with Process...PolygonGroupUS
Ensure your food processing plant remains USDA compliance with the help of temporary climate control. Learn about the evolution of the USDA throughout the years and the compliance standards it requires today.
ZenAlert, The Thing Care Platform - Why you need it and how it works -ZenAlert
How can I be sure that my program or my computer is doing what it should do exactly when it should do it?
This is one of those questions that we have always asked ourselves in information technology.
The most common solution is to write other programs, or add other computers, to check the ones we need to check. We then typically add additional safety systems such as Uninterruptible Power Supply groups and backup communication lines. The security thus improves a little, but then we often start worrying about the security of the controller: indeed, who controls the controller?
The advent of the "Internet of Things" further complicates the scenario. When we have to deal with "stupid" objects distributed in space or on the go, the "old ways" are really hard or impossible to implement.
Our intuition was to turn the model inside out.
ZenAlert uses the impossibility to communicate as its first ally in spotting problems.
Temporary Climate Control, Helping the U.S. Food Industry Comply with Process...PolygonGroupUS
Ensure your food processing plant remains USDA compliance with the help of temporary climate control. Learn about the evolution of the USDA throughout the years and the compliance standards it requires today.
What is going on - Application diagnostics on Azure - TechDays FinlandMaarten Balliauw
We all like building and deploying cloud applications. But what happens once that’s done? How do we know if our application behaves like we expect it to behave? Of course, logging! But how do we get that data off of our machines? How do we sift through a bunch of seemingly meaningless diagnostics? In this session, we’ll look at how we can keep track of our Azure application using structured logging, AppInsights and AppInsights analytics to make all that data more meaningful.
Akhtar Hossain: AWS San Francisco Startup Day, 9/7/17
Architecture: Manual vs Automation:
When to start automating your processes - There is a breaking point for every process where investing the time to automate it will outweigh the time spent manually doing it. Taking on these tasks too early can divert resources where they could be better allocated. We’ll look at how to determine if and when the right time to automate a process is. We’ll cover automation in many forms including building APIs, Chat-ops, Config Management, and even the value of highly customized keyboard shortcuts.
TECHNICAL BRIEF▶NetBackup Appliance AutoSupport for NetBackup 5330Symantec
Symantec AutoSupport is a set of infrastructure, process, and systems that enhance the support experience through proactive monitoring of Symantec Appliance hardware and software, as well as providing automated error reporting and support case creation.
Through automation, internet access, and case management integration, Symantec can vastly improve the support process and give our support engineers the tools to solve problems faster. The AutoSupport infrastructure within Symantec analyzes the Call Home data from each appliance to provide proactive customer support and incident response for hardware failures thus reducing the need for an administrator to initiate support cases. It also enables Symantec to better understand how customers configure and use appliances, and where improvements would be most beneficial.
AutoSupport can also correlate the Call Home data with other site configuration data held by Symantec, for technical support and error analysis. With AutoSupport, Symantec greatly improves the customer support experience.
Hi friends
This PPT consist of automation information ,what is PLC,need of PLC applications,components of PLC ,PLC operations,Timers , Some Program, etc
instead of this it consists SCADA ,what is SCADA,need of SCADA,brands of SCADA, tags ,features of SCADA, Dynamic process graphic , script security etc.......
Transcend Automation is the authorized business partners for Kepware Technologies in India. We Market, Promote, Integrate their products for customers in India
(www.indiamart.com/briightindustrialsolution) We Briight Industrial Solution are a Sole Proprietorship firm engaged in manufacturing premium quality range of Human Interface Machine, Vision Inspection System, SCADA System, PLC System, AC Servo Motor, etc.
The Internet of Fails - Mark Stanislav, Senior Security Consultant, Rapid7Rapid7
The Internet of Fails - Where IoT (the Internet of Things) has gone wrong and how we’re making it right. By Mark Stanislav @mstanislav, Senior Security Consultant, Rapid7
I need help with this assignment, using atmel studio 7.0Place a l.pdfmichaelazach6427
I need help with this assignment, using atmel studio 7.0:
Place a list of ten numbers in data space. Retrieve the first number from the list, us ing indirect
addressing mode . Output the number to Port B . Assume that th is port ha s two common
cathode 7- segme nt LED s directly connected to it. You must output the code to display the
correct number on the LEDs. Because you will not be using the de cimal point on the 7- segment
LED, use it to enable each LED for 100ms , then switch to the other LED for 100ms . Connect a
push button switch to Port C pin 0 (use an internal pull -up resistor) . When this button is pushed
retrieve the next number from the list and display that on Port B . Continue until all 10 numbers
have been displayed. After all ten numbers have been displayed, start again at the beginning.
Solution
A)An embedded system is a product which uses a computer to run it but the product, itself, is not
a computer. This is a very broad and very general definition. Embedded systems programming,
therefore, consists of building the software control system of a computer-based product. ESP
encompasses much more than traditional programming techniques since it actually controls
hardware in advance of real time. ESP systems often have limitations on memory, speed, and
peripheral hardware. The goals of ESP programmers are to get the “maximum function and
features in the minimum of space and in minimum time”. Embedded systems are everywhere!
Name almost any appliance in your home or office and it may have a microprocessor or a
microcomputer to run it. A watch, microwave oven, telephone, answering machine, washer,
dryer, calculator, toy, robot, test equipment, medical equipment, traffic light, automobile
computer, VCR, CD player, DVD player, TV, radio, and printer all have computers in them to
run them. These examples of embedded systems are simple but the concept of embedded systems
applies to much larger systems as well. Overall, there are four levels of size, option, and
complexity in embedded systems. These levels are: 1) High Level 2) Medium Level 3) Low level
with hardware 4) Low level without hardware
A good example of a high level embedded system is an air-traffic control system. It would use a
main-frame computer with many terminals and many users on a timesharing basis. It would
connect to several smaller computers, run the radar, receive telemetry, get weather information,
have extensive communications sub-systems, and coordinate all of these function in an orderly,
systematic way. It is necessarily a highreliability system and may, therefore, have extensive
backup systems. It would have a custom-built operating system that would be completely
dedicated to controlling airtraffic. An example of a medium level embedded system is a typical
automatic teller machine (ATM) at any bank or bank terminal. It may use a more advanced
microprocessor with many peripheral functions. Consider that it contains a video terminal, a
keyboard, a card-re.
Hardware hackers - hacking appliances with netduino + xamarinbryan costanich
Get inspired to build your own connected things as I walk through hacking household appliances into connected things that you can control with your phone using Netduino and Xamarin. Come learn how Netudino.Foundation (http://Netduino.Foundation) makes creating connected things in C# a piece of cake, with a massive library of peripheral drivers for sensors, LCDs, etc., and a handrolled API that makes building smart hardware a plug and play experience.
What is going on - Application diagnostics on Azure - TechDays FinlandMaarten Balliauw
We all like building and deploying cloud applications. But what happens once that’s done? How do we know if our application behaves like we expect it to behave? Of course, logging! But how do we get that data off of our machines? How do we sift through a bunch of seemingly meaningless diagnostics? In this session, we’ll look at how we can keep track of our Azure application using structured logging, AppInsights and AppInsights analytics to make all that data more meaningful.
Akhtar Hossain: AWS San Francisco Startup Day, 9/7/17
Architecture: Manual vs Automation:
When to start automating your processes - There is a breaking point for every process where investing the time to automate it will outweigh the time spent manually doing it. Taking on these tasks too early can divert resources where they could be better allocated. We’ll look at how to determine if and when the right time to automate a process is. We’ll cover automation in many forms including building APIs, Chat-ops, Config Management, and even the value of highly customized keyboard shortcuts.
TECHNICAL BRIEF▶NetBackup Appliance AutoSupport for NetBackup 5330Symantec
Symantec AutoSupport is a set of infrastructure, process, and systems that enhance the support experience through proactive monitoring of Symantec Appliance hardware and software, as well as providing automated error reporting and support case creation.
Through automation, internet access, and case management integration, Symantec can vastly improve the support process and give our support engineers the tools to solve problems faster. The AutoSupport infrastructure within Symantec analyzes the Call Home data from each appliance to provide proactive customer support and incident response for hardware failures thus reducing the need for an administrator to initiate support cases. It also enables Symantec to better understand how customers configure and use appliances, and where improvements would be most beneficial.
AutoSupport can also correlate the Call Home data with other site configuration data held by Symantec, for technical support and error analysis. With AutoSupport, Symantec greatly improves the customer support experience.
Hi friends
This PPT consist of automation information ,what is PLC,need of PLC applications,components of PLC ,PLC operations,Timers , Some Program, etc
instead of this it consists SCADA ,what is SCADA,need of SCADA,brands of SCADA, tags ,features of SCADA, Dynamic process graphic , script security etc.......
Transcend Automation is the authorized business partners for Kepware Technologies in India. We Market, Promote, Integrate their products for customers in India
(www.indiamart.com/briightindustrialsolution) We Briight Industrial Solution are a Sole Proprietorship firm engaged in manufacturing premium quality range of Human Interface Machine, Vision Inspection System, SCADA System, PLC System, AC Servo Motor, etc.
The Internet of Fails - Mark Stanislav, Senior Security Consultant, Rapid7Rapid7
The Internet of Fails - Where IoT (the Internet of Things) has gone wrong and how we’re making it right. By Mark Stanislav @mstanislav, Senior Security Consultant, Rapid7
I need help with this assignment, using atmel studio 7.0Place a l.pdfmichaelazach6427
I need help with this assignment, using atmel studio 7.0:
Place a list of ten numbers in data space. Retrieve the first number from the list, us ing indirect
addressing mode . Output the number to Port B . Assume that th is port ha s two common
cathode 7- segme nt LED s directly connected to it. You must output the code to display the
correct number on the LEDs. Because you will not be using the de cimal point on the 7- segment
LED, use it to enable each LED for 100ms , then switch to the other LED for 100ms . Connect a
push button switch to Port C pin 0 (use an internal pull -up resistor) . When this button is pushed
retrieve the next number from the list and display that on Port B . Continue until all 10 numbers
have been displayed. After all ten numbers have been displayed, start again at the beginning.
Solution
A)An embedded system is a product which uses a computer to run it but the product, itself, is not
a computer. This is a very broad and very general definition. Embedded systems programming,
therefore, consists of building the software control system of a computer-based product. ESP
encompasses much more than traditional programming techniques since it actually controls
hardware in advance of real time. ESP systems often have limitations on memory, speed, and
peripheral hardware. The goals of ESP programmers are to get the “maximum function and
features in the minimum of space and in minimum time”. Embedded systems are everywhere!
Name almost any appliance in your home or office and it may have a microprocessor or a
microcomputer to run it. A watch, microwave oven, telephone, answering machine, washer,
dryer, calculator, toy, robot, test equipment, medical equipment, traffic light, automobile
computer, VCR, CD player, DVD player, TV, radio, and printer all have computers in them to
run them. These examples of embedded systems are simple but the concept of embedded systems
applies to much larger systems as well. Overall, there are four levels of size, option, and
complexity in embedded systems. These levels are: 1) High Level 2) Medium Level 3) Low level
with hardware 4) Low level without hardware
A good example of a high level embedded system is an air-traffic control system. It would use a
main-frame computer with many terminals and many users on a timesharing basis. It would
connect to several smaller computers, run the radar, receive telemetry, get weather information,
have extensive communications sub-systems, and coordinate all of these function in an orderly,
systematic way. It is necessarily a highreliability system and may, therefore, have extensive
backup systems. It would have a custom-built operating system that would be completely
dedicated to controlling airtraffic. An example of a medium level embedded system is a typical
automatic teller machine (ATM) at any bank or bank terminal. It may use a more advanced
microprocessor with many peripheral functions. Consider that it contains a video terminal, a
keyboard, a card-re.
Hardware hackers - hacking appliances with netduino + xamarinbryan costanich
Get inspired to build your own connected things as I walk through hacking household appliances into connected things that you can control with your phone using Netduino and Xamarin. Come learn how Netudino.Foundation (http://Netduino.Foundation) makes creating connected things in C# a piece of cake, with a massive library of peripheral drivers for sensors, LCDs, etc., and a handrolled API that makes building smart hardware a plug and play experience.
# Internet Security: Safeguarding Your Digital World
In the contemporary digital age, the internet is a cornerstone of our daily lives. It connects us to vast amounts of information, provides platforms for communication, enables commerce, and offers endless entertainment. However, with these conveniences come significant security challenges. Internet security is essential to protect our digital identities, sensitive data, and overall online experience. This comprehensive guide explores the multifaceted world of internet security, providing insights into its importance, common threats, and effective strategies to safeguard your digital world.
## Understanding Internet Security
Internet security encompasses the measures and protocols used to protect information, devices, and networks from unauthorized access, attacks, and damage. It involves a wide range of practices designed to safeguard data confidentiality, integrity, and availability. Effective internet security is crucial for individuals, businesses, and governments alike, as cyber threats continue to evolve in complexity and scale.
### Key Components of Internet Security
1. **Confidentiality**: Ensuring that information is accessible only to those authorized to access it.
2. **Integrity**: Protecting information from being altered or tampered with by unauthorized parties.
3. **Availability**: Ensuring that authorized users have reliable access to information and resources when needed.
## Common Internet Security Threats
Cyber threats are numerous and constantly evolving. Understanding these threats is the first step in protecting against them. Some of the most common internet security threats include:
### Malware
Malware, or malicious software, is designed to harm, exploit, or otherwise compromise a device, network, or service. Common types of malware include:
- **Viruses**: Programs that attach themselves to legitimate software and replicate, spreading to other programs and files.
- **Worms**: Standalone malware that replicates itself to spread to other computers.
- **Trojan Horses**: Malicious software disguised as legitimate software.
- **Ransomware**: Malware that encrypts a user's files and demands a ransom for the decryption key.
- **Spyware**: Software that secretly monitors and collects user information.
### Phishing
Phishing is a social engineering attack that aims to steal sensitive information such as usernames, passwords, and credit card details. Attackers often masquerade as trusted entities in email or other communication channels, tricking victims into providing their information.
### Man-in-the-Middle (MitM) Attacks
MitM attacks occur when an attacker intercepts and potentially alters communication between two parties without their knowledge. This can lead to the unauthorized acquisition of sensitive information.
### Denial-of-Service (DoS) and Distributed Denial-of-Service (DDoS) Attacks
This 7-second Brain Wave Ritual Attracts Money To You.!nirahealhty
Discover the power of a simple 7-second brain wave ritual that can attract wealth and abundance into your life. By tapping into specific brain frequencies, this technique helps you manifest financial success effortlessly. Ready to transform your financial future? Try this powerful ritual and start attracting money today!
1.Wireless Communication System_Wireless communication is a broad term that i...JeyaPerumal1
Wireless communication involves the transmission of information over a distance without the help of wires, cables or any other forms of electrical conductors.
Wireless communication is a broad term that incorporates all procedures and forms of connecting and communicating between two or more devices using a wireless signal through wireless communication technologies and devices.
Features of Wireless Communication
The evolution of wireless technology has brought many advancements with its effective features.
The transmitted distance can be anywhere between a few meters (for example, a television's remote control) and thousands of kilometers (for example, radio communication).
Wireless communication can be used for cellular telephony, wireless access to the internet, wireless home networking, and so on.
Bridging the Digital Gap Brad Spiegel Macon, GA Initiative.pptxBrad Spiegel Macon GA
Brad Spiegel Macon GA’s journey exemplifies the profound impact that one individual can have on their community. Through his unwavering dedication to digital inclusion, he’s not only bridging the gap in Macon but also setting an example for others to follow.
APNIC Foundation, presented by Ellisha Heppner at the PNG DNS Forum 2024APNIC
Ellisha Heppner, Grant Management Lead, presented an update on APNIC Foundation to the PNG DNS Forum held from 6 to 10 May, 2024 in Port Moresby, Papua New Guinea.
Multi-cluster Kubernetes Networking- Patterns, Projects and GuidelinesSanjeev Rampal
Talk presented at Kubernetes Community Day, New York, May 2024.
Technical summary of Multi-Cluster Kubernetes Networking architectures with focus on 4 key topics.
1) Key patterns for Multi-cluster architectures
2) Architectural comparison of several OSS/ CNCF projects to address these patterns
3) Evolution trends for the APIs of these projects
4) Some design recommendations & guidelines for adopting/ deploying these solutions.
Multi-cluster Kubernetes Networking- Patterns, Projects and Guidelines
Zen alert - Why You Need and How It Works
1. WHY YOU NEED IT AND HOW IT WORKS
ZENALERT WHITEPAPER
2. ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 2
Index
Why do I need ZenAlert? 3
How it works: the Vital Signal 4
Vital Signal: the code 5
How it works: the Event Signal 6
Event Signal: the code 7
Console: manage things 8
Console: alerts 9
Data Collect 10
Case Study #1: Monitor hundreds of PCs 12
Case Study #2: Preserve food in restaurants and shops 13
Case Study #3: Improve CRM for a technical support company 14
Useful links 15
3. ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 3
WHY DO I NEED ZENALERT?
How can I be sure that my program or my computer is doing what it should do exactly when it should do it?
!
This is one of those questions that we have always asked ourselves in information technology.
!
The most common solution is to write other programs, or add other computers, to check the ones we
need to check. We then typically add additional safety systems such as Uninterruptible Power Supply
groups and backup communication lines. The security thus improves a little, but then we often start
worrying about the security of the controller: indeed, who controls the controller?
!
The advent of the "Internet of Things" further complicates the scenario. When we have to deal with "stupid"
objects distributed in space or on the go, the "old ways" are really hard or impossible to implement.
!
Our intuition was to turn the model inside out.
!
ZenAlert uses the impossibility to communicate as its first ally in spotting problems.
4. ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 4
HOW IT WORKS: THE VITAL SIGNAL
Your object, be it software, server, device or a "thing", will at regular intervals make an HTTP or HTTPS call
to ZenAlert's platform. These calls are the object's heartbeats. We have dubbed them the "Vital Signal”.
!
Should ZenAlert not receive a call during a set time interval (by default, 5 minutes) the platform will send a
notification to inform you.
everything is OK the microcontroller is not communicating anymore
5. VITAL SIGNAL: THE CODE
The implementation of the Vital Signal is very simple. Please take a look at this pseudo-code example.
ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 5
while (TRUE) {
make_HttpCall(‘https://api.zenalert.com/signal?
code=alive&
thing_id=13DB5B6B-95C5-4D22-B0B5-BDEA5E22DC04&
api_key=970872FB-B5FE-40EE-A609-A5C4204ECD69&
description=I am alive
‘)
!
wait(5 minutes)
}
code is the “alive” Vital Signal
thing_id is the unique id that identifies your object
api_key is your unique security key
description is the message/text you can fill in
6. HOW IT WORKS: THE EVENT SIGNAL
Your items can also send the platform HTTP or HTTPS calls related to a specific event.
We have called these HTTP calls "Event Signals".
!
When the platform receives an Event Signal from one of your objects, it will send you a notification.
everything is OK the PC is communicating an event
ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 6
7. EVENT SIGNAL: THE CODE
The implementation of an Event Signal is also very simple. Please take a look at the pseudo-code example.
ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 7
if (the_event_occurs) {
!
make_HttpCall(‘https://api.zenalert.com/signal?
code=warning&
thing_id=13DB5B6B-95C5-4D22-B0B5-BDEA5E22DC04&
api_key=970872FB-B5FE-40EE-A609-A5C4204ECD69&
description=hey, the_event has occurred!
‘)
}
code is an Event code
thing_id is the unique id that identifies your object
api_key is your unique security key
description is the message that you will receive in your notification
8. Call strings can be copied directly from the ZenAlert console https://www.zenalert.com
and pasted into your code.
ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 8
CONSOLE: MANAGE THINGS
create a new thing
vital signal string
event signal string
9. You can manage your active alerts and keep an eye on the status of your "things" in the “Alerts" section of
the console.
vital signal back
ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 9
CONSOLE: ALERTS
Map controls
Mark alert as
“solved”
vital signal missing
event signal
Filter alerts
“by thing” and “by
code”
Automatic and
manual reload of
alerts
10. DATA COLLECT
Both messages (Vital and Signal) can be used for data collection as well. You can add a list of key-value
pairs, in JSON format, to the 'data' parameter in the HTTP call. Please take a look at the following pseudo-code
code=alive&
thing_id=13DB5B6B-95C5-4D22-B0B5-BDEA5E22DC04&
api_key=970872FB-B5FE-40EE-A609-A5C4204ECD69&
description=I am alive&
data={“wind”:3,"temperature":30, “foo”:”footext”, … }
’)
ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 10
example.
while (TRUE) {
make_HttpCall(‘https://api.zenalert.com/signal?
!
wait(5 minutes)
}
Collected data can currently be dowloaded from the Activities panel for the Thing. In the future, it
will be possible to display them and analyze them directly on the website.
12. ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 12
MONITOR HUNDREDS OF PCs
Problem
A company provides a digital signage service, i.e. a service that plays in-store music through media-player
PCs for a retailer with more than a hundred stores. The schedules of the programs are
generated in the central office and are then synchronized in real time with local stores throughout the
national territory. How can the company be sure about the correct functioning of both the
synchronization of the playlists and of the actual airing of the music?
!
Solution
The technical staff of the company developed a simple application that places calls via HTTP (Vital and
Event signal) to ZenAlert's platform in order to monitor all the hardware equipment and the software
involved in the distribution chain, 24/7.
!
Results
The adoption of ZenAlert allowed the company to automate the process of monitoring and sending
alarm messages to promptly report critical events, allowing technicians to intervene before the playlist
broadcast is compromised. ZenAlert integrates with any programming language thanks to ZenAlert's
HTTP API. This means that the developers wrote the software they needed using the development
tools they were already using, which made things simpler and more cost-effective.
13. PRESERVE FOOD IN RESTAURANTS & SHOPS
Problem
Restaurants and grocery stores use refrigerators to store and preserve food. If a power failure occurs
when the restaurant is closed food can go bad resulting substantial economic losses. How can they
be alerted of a power failure?
Solution
A simple Arduino Ethernet Board (http://arduino.cc/en/Main/ArduinoBoardEthernet) programmed with
ZenAlert Health Monitor (open source code http://ow.ly/yr1C9), connected to the to the local network
in the premises is all that is needed to perform this task by sending an HTTP call (Vital signal) to
ZenAlert's platform.
!
Results
As ZenAlert is free forever for the first thing you connect, the only cost incurred by the business is an
Arduino board. In the event of a power failure, the owner of the business receives an alarm notification
and can intervene before the food in the fridges goes bad.
ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 13
14. IMPROVE CRM
FOR A TECHNICAL SUPPORT COMPANY
Problem
An IT company provides technical assistance to professionals and businesses for ordinary
maintenance issues of their PCs (full HDs, backup tools etc.) which are easy to predict but which, once
they happen, can cause serious problems and waste precious time. Is it possible to monitor hundreds
of PCs to improve the service and step in before the problems occur?
!
Solution
Using the ZenAlert's client or implementing simple applications to be installed on their customers’
PCs, the IT company can develop a system of notifications which are sent directly to their technical
team.
!
Results
The IT company can improve the quality of the service they offer by being able to intervene before
their customers experience issues. The IT company can also collect information that allows their
technicians to assist their customers even remotely.
ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 14
15. ZenAlert.com - WhitePaper - Ver. 0.8
www.zenalert.com - info@zenalert.com 15
USEFUL LINKS
Quick Start with Github
Find useful scripts based on the ZenAlert Platform published by our team and other users.
https://github.com/zenalert
LinkedIn Company Page
Follow our LinkedIn Company Page to stay updated on our services and IOT News.
https://www.linkedin.com/company/zen-alert-inc
Follow us on Twitter…
… and join the conversation.
https://twitter.com/zenalert
Ask us a question at:
https://zenalert.zendesk.com