Scada (supervisory control and data acquisition)
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SCADA (Supervisory Control and Data Acquisition) is a system that was first used in 1960 to gather and analyze real-time data from remote locations to monitor and control industrial processes. It allows gathering of data on things like pipeline leaks or pressure changes that would be impossible for humans to detect directly. The objective of this SCADA plan is to develop standards and templates for controlling processes like flow, temperature, pressure and valves. It involves collecting data, analyzing it, designing software, managing databases to store real-time data, installing the software, and testing that it functions properly with the hardware.
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Supervisory Contro and Data Acquisition - SCADA
This document provides an overview of SCADA (Supervisory Control and Data Acquisition) systems. It defines SCADA as combining telemetry and data acquisition to collect information from remote sites, transfer it back to a central location, analyze the data, and display it for operators. The key benefits of SCADA are remote monitoring and control to reduce costs. Core SCADA components are the master terminal unit, remote terminal units, communication network, and software interface. Typical configurations connect one master station to multiple remote stations or allow direct peer-to-peer connections between all sites.
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SCADA (Supervisory Control & data Acquisation) PPT
PowerPoint Presentation(PPT) on SCADA
This PPT includes:
* What is Scada
* Applications of Scada
* Need of Scada
* Components of Scada
* Objectives of Scada
* Why Scada is used/ Where is the SCADA system used
* What is controlled by SCADA in Power sysem
* Advantages & Disadvantages
* How SCADA works?
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The document discusses Supervisory Control and Data Acquisition (SCADA) systems. SCADA is an industrial control system that monitors and controls physical processes across multiple sites from a central location. It includes components like field sensors and instruments, remote terminal units (RTUs) that interface with physical devices, communication networks to transfer data between sites, and a central monitoring station. SCADA systems are used in applications like water treatment, traffic signals, and process control to remotely collect data, control processes from a distance, generate logs and reports, and send real-time information to operators. The document outlines different SCADA architectures including monolithic, distributed, and networked systems and compares SCADA to distributed control systems (DCS).
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SCADA PPT-21.08.2016 (Revised)
1. Madhya Pradesh Power Transmission Company Ltd. awarded a turnkey contract in September 2013 to establish a state-of-the-art transmission SCADA system to improve operational efficiency.
2. The project included establishing 3 control centers to monitor over 300 substations across the state, implementing the system for 2 years, and providing maintenance and support for 5 additional years.
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Introduction of SCADA, Architecture of SCADA, Software and hardware architecture, Components of a SCADA system, Functions of SCADA, Alarms and events, alarm logging, comparision between scada and DCS
System concept of scada
SCADA (Supervisory Control and Data Acquisition) is a software system used to monitor and control industrial processes that are distributed over large geographical areas. It consists of hardware and software components including input/output devices, controllers, network infrastructure, a human-machine interface, database, and communication systems. SCADA collects data from remote locations, processes the information, and presents it to operators to monitor and exercise control over equipment and conditions from a central location. It allows operators to perform supervisory control functions and to gather data by communicating with remote terminal units, programmable logic controllers, and other networked devices.
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1. SCADA systems are used to monitor and control industrial processes through remote terminal units (RTUs) and programmable logic controllers (PLCs) that connect to sensors in the field. They allow for centralized supervision and control of geographically dispersed processes.
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3. Security is a major concern as SCADA systems often have vulnerabilities like hardcoded passwords and lack of authentication. Successful cyber attacks could disrupt
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• Traffic signals: SCADA regulates traffic lights, controls traffic flow and detects out-of-order signals.
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SCADA systems are control system architectures used in industrial and infrastructural processes that use networked communications and GUIs for high-level process supervision and management. They implement distributed databases containing tags or points throughout the plant that represent input or output values monitored and controlled by the centralized SCADA system. Programmable logic controllers and remote terminal units connect to sensors and actuators in the process and are networked to the supervisory computer system. SCADA systems have evolved from early monolithic systems using minicomputers to modern distributed and networked systems that can leverage cloud computing and internet of things technologies. Security of SCADA systems is important as compromise could impact dependent infrastructure, though older systems were not designed with modern cybersecurity challenges
Fps scada
We have a company that is based in mehsana for providing scada for asphalt batch mix plant, scada for asphalt drum mix plant, scada for concrete batch mix plant. we are the best for scada system. you can check more on <a href = "http://www.fpsscada.com"> fps scada</a>
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This document discusses SCADA systems and power control centers. It defines SCADA as a system that allows remote monitoring and control of equipment from a central location. SCADA systems have components at power stations, substations, and a central control center. The control center coordinates activities and monitors the power grid using SCADA. The document outlines the evolution of SCADA systems from early hardwired models to modern computer-based systems using networks. It also describes the typical components and functions of a control center and requirements for power control centers.
Scada System
SCADA stands for Supervisory Control and Data Acquisition. It refers to a system that collects data from sensors at remote locations and sends it to a central computer for monitoring and control. The central monitoring system communicates with remote terminal units or programmable logic controllers through communication links. SCADA systems allow operators to monitor entire systems in real-time with little human intervention through functions like data acquisition, supervisory control, alarms, logging, and trending.
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Introduction to scada systems & power control centres
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SCADA (Supervisory Control And Data Acquisition) is an automation system that allows remote monitoring and control of industrial processes. It collects data from field devices like sensors, analyzes the data, and controls remote equipment. A typical SCADA system includes input/output devices to collect field data, programmable logic controllers (PLCs) to convert sensor signals to digital data, communication networks to connect system components, and a human-machine interface (HMI) for operators to monitor and control the industrial process. Modern SCADA systems have evolved into web-based interfaces for wider accessibility and integration with cloud-based industrial internet of things (IIoT) systems for faster data collection and higher efficiency.
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This document provides an overview of supervisory control and data acquisition (SCADA) systems. It defines SCADA as a combination of telemetry and data acquisition used to remotely monitor and control industrial equipment and processes. The document outlines the basic components of a SCADA system including field devices, remote terminal units, a master terminal unit, and communication networks. It also discusses where SCADA systems are commonly used, new trends like web-based interfaces and mobile access, and security considerations for SCADA.
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A SCADA system collects sensor data from manufacturing facilities and plants, transmits it to a central computer system for storage. It consists of hardware for input/output signals, controllers, networks, a graphical user interface, and communication tools. The user interface displays information to operators and allows them to control the system. SCADA systems are used to gather information, transfer and deliver data, and control processes for tasks ranging from weather monitoring to nuclear power plant management. They are suited for situations where direct human control is impractical and provide benefits like increased quality, reduced costs, easy integration, capital investment protection, and real-time process monitoring. SCADA is commonly used in manufacturing, facilities, utilities, water/sewage
Hands on robotics in coimbatore
A SCADA system gathers sensor data from manufacturing facilities and plants, transmits it to a central computer system for storage, and allows for remote supervision and control through a graphical user interface. It is composed of hardware inputs and outputs, controllers, networks, communication tools, and applications. SCADA systems are well-suited for tasks like weather monitoring and nuclear power plant control. They provide benefits like increased quality, reduced costs, easy integration, capital investment protection, and real-time process monitoring. SCADA is commonly used in industries like manufacturing, buildings, electricity, water and sewage, and mass transit.
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CA Infrastructure Management 2.0 vs. Solarwinds Orion: Speed and ease of mana...Principled Technologies
Infrastructure and operations support time is valuable, and every second is critical when a performance, capacity or application response issue begins to manifest. A management, alerting, and root cause analysis system that allows staff to quickly locate and troubleshoot a problem is key to providing five-nines uptime SLAs, as well as keeping a business’s own staff working at peak efficiency.
In our tests, we found that CA Infrastructure Management 2.0 outperformed the SolarWinds Orion tools in tests of ease of use and required-time-to-complete. The testing demonstrated timing wins for CA Technologies in our four simulated scenarios, by factors of 2.3 to 11.4 times over SolarWinds Orion.
When managing large-scale infrastructures, the ability to efficiently triage a large number of devices and network links is essential for maintaining high availability, consistent performance and routine business operations. This is particularly evident when calculating the aggregate time saved when performing the same operations multiple times in a given day. Over time, these aggregate figures can lead to significant savings of time and money for your organization.
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SCADA systems are used to monitor and control processes in various fields like manufacturing and utilities. It collects data from sensors, transmits it to a central computer which stores the information. The SCADA system consists of hardware for input/output signals, controllers, networks, a graphical user interface, and communication tools. It gathers data, transfers it, delivers it, and handles processes. SCADA is well-suited for tasks like weather monitoring and power plant control. It provides benefits like increased quality, lower costs, easy integration, and capital investment protection by allowing remote monitoring and control. Common industries that use SCADA include manufacturing, facilities, energy, water, and transit.
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Pradeep Kumar surisetty presented on performance benchmarking of clouds and evaluating OpenStack. He discussed key cloud characteristics like elasticity and scalability. He then covered various performance measuring tools like Rally, Browbeat, Perfkit Benchmarker, and SPEC Cloud IaaS 2016 benchmark. He also discussed performance monitoring tools like Ceilometer, Collectd/Graphite/Grafana, and Ganglia. Finally, he provided some tuning tips for hardware, instances, over-subscription, local storage, NUMA nodes, disk pinning, and deployment timings.
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SCADA systems collect sensor data from manufacturing facilities and plants and transmit it to a central computer for storage. SCADA is composed of hardware, controllers, networks, a graphical user interface, and communication tools. It executes operations like gathering information, transferring data, delivering data, and handling processes. SCADA systems are well-suited for supervising tasks like weather monitoring and nuclear power plant control where human oversight would be impractical. They can increase productivity, reduce costs, integrate easily into businesses, preserve capital investments, and monitor processes in real-time. SCADA is commonly used in manufacturing, facilities, energy production and distribution, water and sewage, and mass transit.
Training manual on scada
This document provides an overview of SCADA (Supervisory Control and Data Acquisition) systems. It discusses what SCADA is, its architecture and components, functionality, and how it is used to control industrial processes. Security issues are also covered, along with the evolution of SCADA systems from early monolithic designs to modern distributed and networked architectures. The future of SCADA is described as incorporating more sophisticated capabilities through artificial intelligence and greater network integration.
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A SCADA control room operator for a gas producer faces hundreds of alarms daily from over 800 wells, but the alarms have no standard prioritization, making it difficult for the operator to identify and respond to critical issues. A SCADA implementation project by a major oil and gas company partnered a software vendor and automation consultant to standardize alarm management, data tagging, and screen displays across multiple facilities. By building on existing standards within the company for health, safety, and environmental protocols and historian databases, the project resulted in uniform alarm prioritization and data naming across sites in different regions with no downtime.
WHAT IS SCADA AND BASIC KNOWLEDGE ABOUT IT.
SCADA (Supervisory Control and Data Acquisition) is a system that allows industrial processes to be monitored and controlled remotely. It consists of data acquisition and process control features. SCADA systems communicate with field instruments using various protocols and can control processes from a distance. They provide benefits like remote monitoring and control, data logging, alarms, and process visualization. SCADA systems connect to controllers like PLCs that are connected to field instruments to monitor and control industrial processes.
The Best Measure of SCADA Success
SCADA systems play an indispensable role in efficiently operating Tenaga Nasional Berhad's (TNB) extensive power grid. As the largest electric utility in Malaysia, TNB relies on SCADA systems to monitor and control its transmission and distribution networks across Peninsular Malaysia, Sabah and Labuan. Implementation of SCADA across nearly all of TNB's primary substations has enabled remote monitoring and control, reducing power outage times. However, regular assessment and mitigation of cyber security threats is needed to ensure the continued success of TNB's SCADA operations.
Satellite based SCADA systems
Case study on designing
software for a satellite-based SCADA system used for the control and
monitoring of sub-stations and power-grids.
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Roman Zelenko discusses building security for cloud services from scratch. He outlines key areas to focus on like customer data, platforms, applications, identity and access management. Some best practices are to begin with security assessments and penetration testing. Services like GuardDuty, Inspector, Config and Security Hub can help automate security monitoring across accounts. Compliance with regulations is also important to avoid penalties. With the right approach, security can improve service quality while being cost effective.
Benefits of PMU Technology for Various Applications
This document discusses the benefits of phasor measurement unit (PMU) technology for various power grid applications. PMU technology provides real-time monitoring of power systems using high-resolution synchronized phasor measurements. This allows grid operators to monitor system conditions in real-time and prevent problems like voltage instability. The document outlines applications of PMUs, including tools to help operators avoid instability issues and monitor generator response during frequency disturbances. It also presents the architecture of wide-area monitoring, protection and control systems which integrate PMU data.
SCADA forensic tools open source. What are they What they doSo.pdf
SCADA forensic tools open source. What are they? What they do?
Solution
SCADA stands for Supervisory Control and Data Acquisition.
This technology is used to mainly ensure the operations and functionality of the control systems
used in many industries.
It is a software application program which is used to gathering of the data in real time from
remote locations so as to control the equipment and conditions in such device environments.
SCADA is mainly used in Transportation, Telecommunications, power plants, Gas refining
industries and as well in water and waste control by government agencies too.
they include software and hardware components, which gather and inputs the data into a
computer machine and processes it.
It also records all the log events into a file and stores in the local hardisk/server.
These SCADA Systems/applications also warn when conditions become hazardous by sounding
alarams.
As these systems are operated in huge network environments there is a very high possibility of
attacks.
In recent years there has been an increasing number of attacks directly targeting these systems
including the well published networks.
Therefore , there is a need to have forensic analysis of these systems to determine, if breah has
occured and the extent to which the system is compromised and also the details of how the
functional operations and assets are affected.
Apart from normal threats there are many cyber threats against SCADA systmes with
sophisticated malware attacks, SQL Injection, cross-site scripting, and the buffer overflow
attacks being the most common type of vulnerability.
Digital forensic is an important part of an incident response strategy in an IT forensic
investigation following an incident and will provide an effective response in a forensic manner.
Investigative Steps:
1 Examination: Deals with the identitfy of potential sources of evidence, including the systems,
the network and connected devices.
2 Identification: identify the types of systems to be investigated, which includes OS, serail
numbers and model types of the PLC\'s, the network design and the implementation.
3 Collection: Collect the potential evidence from the memory systems that are suspected to be
part of the SCADA system which is being investigated.
4 Documentation: It is very critcial to keep accurate documentation of the investigation to ensure
chain of custody. Records need to be kept of the evidence.
The existing tools for SCADA Systems are:.
Presentation of Scada mining ®
SCADA Mining ® is an online data processing platform improving the performance monitoring of renewable energy farms without any remote sensor. The high processing capacity of the software allow the user to analyse and interpret massive data.
SCADA Mining ® allows to detect underperformances, anomalies and deviations of your assets in just a few minutes via an user friendly online platform.
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Scada (supervisory control and data acquisition)
- 1. SCADA (SUPERVISORY CONTROL AND DATA ACQUISITION)
- 2. INTRODUCTION SCADA STANDS FOR SUPERVISORY CONTROL AND DATA ACQUISITION. IT WAS FIRST USED IN 1960.SCADA HAS BEEN USED INTRODUCED TO DECREASE THE PRODUCTION COST AND TIME. SCADA TOOK THE ADVANTAGE OF THE LATEST WEB TECHNOLOGIES AND THE POWER OF THE CLOUD WITH THE INDUSTRIES MOST ADVANCED REMOTE DEVICE MONITORING AND AUTOMATION SOFTWARE. SCADA IS THE ONLY CLOUD BASED AUTOMATION.
- 3. STATEMENT OF PROBLEM THE PURPOSE BEHIND USING SCADA IS GATHERING AND ANALYZING REAL TIME DATA. IT IS IMPOSSIBLE FOR HUMAN BEING TO GATHER INFORMATION SUCH AS WHERE A LEAK ON PIPELINE HAS OCCURRED OR THE PPM LEVEL IN PIPELINE CARRYING WATER HAS INCREASED OR NOT, BUT BY USING SCADA THESE PROBLEMS CAN BE EASILY SORTED.WE ALSO USED SCADA SYSTEM TO DETECT PRESSURE CHANGE IN PIPELINES.
- 4. OBJECTIVE THE OBJECTIVE OF THIS PLAN IS TO DEVELOP WRITTEN STANDARDS AND CODE TEMPLATES/OBJECTS FOR FLOW CONTROL,TEMPERATURE CONTROL,PRESSURE CONTROL AND CONTROL VALVE OPERATIONS.
- 5. RISK ANALYSIS 1#SECURITY: IF OUR INFORMATION IS ON THE CLOUD, IT CAN BE ACCESSED BY PEOPLE OUTSIDE OF OUR ORGANISATION. WHETHER THE INFORMATION IS EXPOSED DUE TO THE ILLEGAL ACTIVITY OF HACKERS-OR THROUGH LEGAL CHANNELS-ONCE IT’S OUT, IT’S OUT AND IT COULD HAVE A DRASTID NEGATIVE IMPACT ON OUR ORGANISATION. WHEN THE INFORMATION IS LOCATED IN THE CLOUD IT IS VERY DIFFICULT TO TRACE THE HACKERS.
- 6. RISK ANALYSIS 2#PERFORMANCE: IN ORDER TO OBTAIN ACCEPTABLE PERFORMANCE FOR CERTAIN MANUFACTURING APPLICATIONS, HIGH BAND WIDTH NETWORKS WITH LOW LATENCY MAY BE REQUIRED. EXTERIOR N NETWORKS SUCH AS THOSE PROVIDED BY ISP’S MAY NOT BE ABLE TO FULFILL THESE REQUIREMENTS. IF SCADA SYSTEM LOOSES SERVER FOR EVEN A FEW SECOND OR MINUTE CAN WREAK HAVOC ON PRODUCTION DEPARTMENT.
- 7. METHODOLOGY FIRST WE WILL GATHER DATA, ANALYSE IT AND THEN DESIGN THE SOFTWARE ACCORDINGLY. SECONDLY WE WILL MANAGE OUR DATABASE WHICH WILL STORE REAL TIME DATA. AFTER THAT WE WILL LOAD OUR SOFTWARE IN THE SYSTEM AND THEN WE WILL CHECK THAT WHETER IT IS COMPATIBLE TO THE HARDWARE OR NOT. THE DEVICE BED IS SET UP FOR VULNERABILITY ASSESMENTS AND TESTINGS.
- 8. PHASE PLANNING IDENTIFICATION INITIATION DEFINITION OF NEED PROJECT CLOSEOUT ACQUISITION DESIGN
- 9. PHASE PLAN
- 10. PHASE DPESHCARISPTEIO PNLANNTIINMEG TOTAL COST 1. IDENTIFICATION AND INITIATION(DATA COLLECTION AND ANALYSIS) 2. DEFINITION AND DESIGN(SOFTWARE DEVELOPMENT) 3. ACQUISITION(SOFTW ARE INSTALLATION) 4. PROJECT CLOSEOUT(FIELD WORK) REAL TIME DATA SUCH AS VARIANCE IN PRESSURE AND TEMPERATURE, LEAKAGE IN PIPELINES. C AND C++PROGRAMMING LANGUAGES ARE USED. SOFTWARE IS INSTALLED IN CORRESPONDING COMPATIBLE HARDWARE. FUNCTIONS AND CLASSES ARE CORRESPONDINGLY ACCESSED AS 7 DAYS 15 DAYS 2 DAYS 1 DAY TOTAL TIME- 25 DAYS RS 4,000/- RS 1,00,000/- RS 40,000/- ----------- TOTAL -RS 1,44,000
- 11. BENEFITS REDUCED SITE VISITS AND CALLOUTS. PREDICTIVE MAINTENANCE WHICH ALLOWS PROACTIVE RATHER THAN REACTIVE PLANNING. THE ABILITY TO VIEW AND ADJUST SET POINTS REMOTELY. PREVENTATIVE MAINTENANCE REDUCES COST. MOST IMPORTANT IT SAVES MONEY AND TIME.
- 12. CONCLUSION • BY USING SCADA WE HAVE TIMELY AND ACCURATE DATA AVAILABLE. REAL TIME DATA CAN BE USED TO OPTIMIZE THE OPERATION OF A PLANT OR PROCESS. SCADA CAN ENABLE CONSIDERABLE IMPROVEMENT IN EFFICIENCY AND IN SURE DATA SAFETY. EFFICIENCY DIRECTLY TRANSLATES TO REDUCE OPERATING COSTS. • RELYING ON THE VARIOUS VENDORS TO IDENTIFY VULNERABILITIES AND SUPPLY PATCHES ELIMINATING THEM IS A NEVER-ENDING PROCESS. THE ONLY SOLUTION IS TO PLACE INDEPENDENT BARRIERS AND PROTECTIONS (TECHNICAL COUNTERMEASURES) AROUND A SCADA SYSTEM TO TRY TO KEEP ITS COMMUNICATION PATHS SECURE.