EC-Council’s Certified CISO Hall of Fame Report 2023 shows Cloud Security as Top Concern
A survey of global cybersecurity leaders through the 2023 Certified CISO Hall of Fame Report commissioned by EC-Council identified 4 primary areas of grave concern: cloud security, data security, security governance, and lack of cybersecurity talent.
EC-Council, the global leader in cybersecurity education and training, released its Certified Chief Information Security Officer Hall of Fame Report today, honoring the top 50 Certified CISOs globally. This report reveals that approximately 50% of surveyed information security leaders identified cloud security as their top concern.
Findings from the report suggest the top cybersecurity concerns with which organizations struggle and highlight the need for implementing robust security frameworks with skilled cybersecurity professionals to effectively contain emerging threats.
On average, an enterprise uses approximately 1,295 cloud services, while an employee uses at least 36 cloud-based services daily. Cloud security risk is real for businesses.
Additional challenges identified in the report include third-party/vendor security management, network security, application security, endpoint security, rapid IT changes, business growth and expansion of hybrid work models, and an inadequate focus on cyber risk management.
In a recent report published by IBM, the studied organizations experienced more than one data breach, reaching an all-time high frequency, and the cost of a data breach averaged USD 4.35 million. More than ever, businesses need strong, experienced cybersecurity leadership from individuals with reputable certifications.
The respondents to the survey were cybersecurity leaders who hail from every region of the globe, with the highest concentrations in Asia and North America. These professionals were employed primarily in technology, financial services, government, retail, healthcare, education, transportation and automotive, and entertainment and hospitality.
This Certified CISO Hall of Fame report and its accompanying survey is published annually to honor professionals from around the world for their exceptional leadership and professional contributions to the information security industry.
The awardees demonstrate an exceptional understanding of the ever-evolving cybersecurity landscape, promoting the values of innovation, thought leadership, and collaboration through their work.
"I am delighted to congratulate the newly inducted Certified CISOs into the 2023 Hall of Fame," says Jay Bavisi, President and CEO of EC-Council. "Their remarkable achievements and unwavering commitment to cybersecurity are truly inspiring. As industry leaders, they have been instrumental in driving innovation, enhancing security practices, and protecting organizations from ever-evolving threats. We take immense pride in their accomplishments and are confident that their expertise will continue to profoundly impact the cybersecurity landscape."
Considering the impact of information security, the Certified CISO Hall of Fame Report further highlighted the significant impact of the Certified CISO program in addressing these cybersecurity challenges.
A staggering 99% of Certified CISOs acknowledged substantial enhancement in their cybersecurity leadership skills through EC-Council's Certified CISO training, while 98% agreed that the certification helped strengthen their organizations' cybersecurity postures.
Notably, over 90% of Certified CISO inductees reported greater confidence in aligning security strategies with organizational objectives after obtaining the certification. To view the full report, including all survey data and references, please click here.
EC-Council's Certified CISO program closes the gap between critical business cyber leadership needs and the need for more experienced, seasoned security executive talent.
The Certified CISO program is dedicated to producing highly skilled executive leaders in cybersecurity by equipping them with powerful executive leadership knowledge and capabilities to design and implement robust security portfolios of services and technologies to protect critical operations.
To further accelerate talent toward leadership roles, EC-Council has also introduced the Associate CCISO program. This program enables emerging security professionals with at least 2 years of experience in cybersecurity to understand the roles and responsibilities of security executives and guide their career paths to attain industry leadership positions.
This powerful program delivers an approach that enables emerging security professionals by giving them a strong view of the path to their futures as cyber leaders. Associate CCISOs are provided with the knowledge of the professional experience they need to gain or further develop within their current professional capacities.
EC-Council invented the Certified Ethical Hacker program. Founded in 2001 in response to 9/11, EC-Council's mission is to provide the training and certifications apprentice and experienced cybersecurity professionals need to keep corporations, government agencies and others who employ them safe from attack.
Best known for its Certified Ethical Hacker program, EC-Council today offers 200 different pieces of training, certificates, and degrees in everything from Computer Forensic Investigation and Security Analysis to Threat Intelligence and Information Security. An ISO/IEC 17024 Accredited Organization recognized under the U.S. Defense Department Directive 8140/8570 and many other authoritative cybersecurity bodies worldwide, the company has certified over 3,00,000 professionals across the globe.
Trusted by seven of the Fortune 10, half of the Fortune 100, and the intelligence communities of 150 nations, EC-Council is the gold standard in cybersecurity education and certification.
A truly global organization with a driving belief in bringing diversity, equity and inclusion to the modern cybersecurity workforce, EC-Council maintains 11 offices in the U.S., the UK, India, Malaysia, Singapore, and Indonesia.
Sponsored and written by EC-Council
Prepare for the CCST Exam
The correct answer is D, A/D converter. A digital controller requires a digital signal as its input. A 4-20 mA transmitter outputs an analog signal. Therefore, a device to convert an analog (A) signal to a digital (D) is required. This class of device is referred to as an A/D converter.
An I/P transducer is used to convert an analog current (I) signal to a pneumatic (P) signal, as for actuation of final control elements. A P/I transducer is used to convert a pneumatic signal (P) to an analog current (I) signal, as for a pneumatic transmitter in a programmable logic controller loop. A DP transmitter is a differential pressure transmitter, which can output a pneumatic, an analog, or a digital signal, depending on the model of transmitter used.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
The correct answer is C, "sample conditioning system." Answers A and C are items not generally associated with extractive field analyzers. Capillary tubes are used for collecting small samples (water, for instance) from a larger container. There are special capillary tubes that can be used in the analyzer chamber of a gas chromatograph, but they are not constructed from glass. Smooth-walled pipe is important for reducing friction losses in piping systems.
A sample probe calibration system is important to the overall function and maintenance of an extractive field analyzer. However, these systems are not used to prepare the sample for analysis, but rather to provide a mechanism to verify and maintain analyzer performance.
A sample conditioning system can contain devices, such as filters, demisters, flow regulators, and heaters. Sample conditioning systems are used to bring the sample to the ideal process conditions for accurate measurement in the analyzer itself. The sample conditioning system can be a key maintenance item in an analyzer system, since each device needs to be calibrated, cleaned, etc.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
The correct answer is B, "equal to." In order for air to be discharged from the end of a bubbler purge tube, the air pressure in the tube must be equal to (or higher than) the pressure exerted by the liquid head in the tank.
As the tank level is decreased, the liquid head pressure at the tip of the purge tube decreases, and more bubbles per unit of time can escape. The corresponding reduction in pressure in the purge tube is proportional to the level in the tank. Therefore, the point at which the liquid head pressure and the purge tube pressure are equal is the highest level (URV = 100%) that the device will measure.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
The correct answer is A, "51 K ohms ± 5%."
The four-color band coding is:Color Value MultiplierBlack 0 1Brown 1 10Red 2 100Orange 3 1000Yellow 4 10 KGreen 5 100KBlue 6 1 MViolet 7 10 MGray 8 White 9 Gold ± 5% 0.1Silver ± 10% 0.01
So a resistor with four bands, green-brown-orange-gold, has a value of: 5 1 x 1000 ± 5% or 51 KΩ.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
The correct answer is D, series and energized. To measure current, you must connect the two leads of the ammeter in the circuit so that the current flows through the ammeter. In other words, the ammeter must become a part of the circuit itself. The only way to measure the current flowing through a simple circuit is to insert your ammeter into the circuit (in series) with the circuit energized.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
The correct answer is A; it prevents the formation of a second temperature measurement junction.
A thermocouple measurement junction is formed wherever two dissimilar metals are joined. KX-type thermocouple extension wire is made of the same metals as the K-type thermocouple (chromel and alumel). When extending the thermocouple leads with an extension wire back to the control system input card, KX thermocouple extension wire must be used, and the chromel wire and the alumel wire must be joined to the wire of the same metal in the extension cable. If JX or another type of extension wire is used, another measurement junction is formed. For instance, if JX extension cable is used in the example in this problem, the point where the iron and chromel wires are joined would form another thermocouple. This will negatively affect the intended measurement signal. Proper installation of thermocouple extension wires also requires special terminal blocks to prevent additional junctions from being formed.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
The correct answer is B, "hydraulic actuation." Although many pneumatic actuators can provide a large force, they require either a large diaphragm area (in the case of a diaphragm actuator) or a large cylinder (in the case of a rack and pinion actuator).
Hydraulic actuators are driven by a high-pressure fluid (up to 4,000 psig) that can be delivered to the actuator by a pump that is remote from the actuator itself. Hydraulic cylinders can deliver up to 25 times more force than a pneumatic cylinder of the same size.
Manual actuation is accomplished by turning a valve handle, and is limited to the amount of force that an operator can exert on the lever or hand wheel.
Electric actuation delivers high torques for rotary-style valves, but electric actuators tend to be large and heavy compared to hydraulic actuators.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
The correct answer is D; they measure pressure by sensing the deflection of the diaphragm. For most pressure applications, changes in pressure are detected by the change in deflection of a measuring diaphragm.
The deflection is converted into an electrical signal (voltage) by a piezoelectric or capacitance device. The small electrical current is converted to a standard signal (e.g., 4-20 mA or a digital signal) by a transmitter. Therefore, answer B is not correct.
Answer A is not correct, because pressure sensors can measure very small pressure changes (inches of water) and in some cases, millimeters of water.
Pressure measurement devices are not affected by volume, since they are measuring force over an area only. Many pressure sensors are sensitive to temperature (capillary tubes are filled with fluids that can expand with temperature). Therefore, answer C is not correct.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
The correct answer is C, "Gather information about the problem." Once a problem is identified, data must be gathered and analyzed to determine a viable set of potential actions and solutions.
The logical analysis troubleshooting method consists of (in order):1. Identify and define the problem.2. Gather information about the problem.3. Evaluate the information/data.4. Propose a solution or develop a test.5. Implement the solution or conduct the test.6. Evaluate the results of the solution or test.7. If the problem is not resolved, reiterate until the problem is found and resolved.8. If the problem is resolved: document, store/file, and send to the appropriate department for follow up if required.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
The correct answer is B, “location, elevation, and tag number.” Instrument location plans are most often used to support new plant installations and give the installer information about the actual physical location of the installation of an instrument, the elevation of installation (at grade, on a platform, at what height on a process line, etc.), and the tag number of the instrument to be installed.
Specification numbers (part of answers C and D) are usually indicated on instrument lists and instrument installation details. Wiring plans (part of answer A) are typically shown on conduit and wiring schedules or cabling diagrams. Although these details are useful in the installation of a plant, they are not part of the instrument installation plans.
Reference: Goettsche, L.D. (Editor), Maintenance of Instruments and Systems, Second Edition, ISA, 2005.
Cloud Security is the Greatest Area of Concern for Cybersecurity Leaders According to EC-Council's Certified CISO Hall of Fame Report 2023
A survey of global cybersecurity leaders through the 2023 Certified CISO Hall of Fame Report commissioned by EC-Council identified 4 primary areas of grave concern: cloud security, data security, security governance and lack of cybersecurity talent.
EC-Council, the global leader in cybersecurity education and training, released its Certified Chief Information Security Officer Hall of Fame Report today, honoring the top 50 Certified CISOs globally. This report reveals that approximately 50% of surveyed information security leaders identified cloud security as their top concern. Findings from the report suggest the top cybersecurity concerns with which organizations struggle and highlights the need for implementing robust security frameworks with skilled cybersecurity professionals to effectively contain emerging threats. On average, an enterprise uses approximately 1,295 cloud services, while an employee uses at least 36 cloud-based services daily. Cloud security risk is real for businesses.
This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20230601005174/en/
Additional challenges identified in the report include third-party/vendor security management, network security, application security, endpoint security, rapid IT changes, business growth and expansion of hybrid work models, and an inadequate focus on cyber risk management.
In a recent report published by IBM, the studied organizations experienced more than one data breach, reaching an all-time high frequency, and the cost of a data breach averaged USD 4.35 million. More than ever, businesses need strong, experienced cybersecurity leadership from individuals with reputable certifications.
The respondents to the survey were cybersecurity leaders who hail from every region of the globe, with the highest concentrations in Asia and North America. These professionals were employed primarily in technology, financial services, government, retail, healthcare, education, transportation and automotive, and entertainment and hospitality.
This Certified CISO Hall of Fame report and its accompanying survey is published annually to honor professionals from around the world for their exceptional leadership and professional contributions to the information security industry. The awardees demonstrate an exceptional understanding of the ever-evolving cybersecurity landscape, promoting the values of innovation, thought leadership, and collaboration through their work.
"I am delighted to congratulate the newly inducted Certified CISOs into the 2023 Hall of Fame," says Jay Bavisi, President and CEO of EC-Council. "Their remarkable achievements and unwavering commitment to cybersecurity are truly inspiring. As industry leaders, they have been instrumental in driving innovation, enhancing security practices, and protecting organizations from ever-evolving threats. We take immense pride in their accomplishments and are confident that their expertise will continue to profoundly impact the cybersecurity landscape."
Considering the impact of information security, the Certified CISO Hall of Fame Report further highlighted the significant impact of the Certified CISO program in addressing these cybersecurity challenges. A staggering 99% of Certified CISOs acknowledged substantial enhancement in their cybersecurity leadership skills through EC-Council's Certified CISO training, while 98% agreed that the certification helped strengthen their organizations' cybersecurity postures. Notably, over 90% of Certified CISO inductees reported greater confidence in aligning security strategies with organizational objectives after obtaining the certification.
To view the full report, including all survey data and references, please click here.
EC-Council's Certified CISO program closes the gap between critical business cyber leadership needs and the need for more experienced, seasoned security executive talent. The Certified CISO program is dedicated to producing highly skilled executive leaders in cybersecurity by equipping them with powerful executive leadership knowledge and capabilities to design and implement robust security portfolios of services and technologies to protect critical operations.
To further accelerate talent toward leadership roles, EC-Council has also introduced the Associate CCISO program. This program enables emerging security professionals with at least 2 years of experience in cybersecurity to understand the roles and responsibilities of security executives and guide their career paths to attain industry leadership positions. This powerful program delivers an approach that enables emerging security professionals by giving them a strong view of the path to their futures as cyber leaders. Associate CCISOs are provided with the knowledge of the professional experience they need to gain or further develop within their current professional capacities.
By introducing the Associate CCISO program and retiring the EC-Council ISM certification, effective June 1, 2023, EC-Council continues to demonstrate its dedication to advancing cybersecurity education and addressing the critical shortage of qualified CISOs. By equipping aspiring professionals with the necessary skills and expertise, EC-Council aims to nurture the next generation of cybersecurity leaders, fostering a more secure digital landscape.
About EC-Council
EC-Council invented the Certified Ethical Hacker program. Founded in 2001 in response to 9/11, EC-Council's mission is to provide the training and certifications apprentice and experienced cybersecurity professionals need to keep corporations, government agencies and others who employ them safe from attack.
Best known for its Certified Ethical Hacker program, EC-Council today offers 200 different pieces of training, certificates, and degrees in everything from Computer Forensic Investigation and Security Analysis to Threat Intelligence and Information Security. An ISO/IEC 17024 Accredited Organization recognized under the U.S. Defense Department Directive 8140/8570 and many other authoritative cybersecurity bodies worldwide, the company has certified 10,000 professionals across the globe. Trusted by seven of the Fortune 10, half of the Fortune 100, and the intelligence communities of 140 nations, EC-Council is the gold standard in cybersecurity education and certification.
A truly global organization with a driving belief in bringing diversity, equity and inclusion to the modern cybersecurity workforce, EC-Council maintains 11 offices in the U.S., the UK, India, Malaysia, Singapore, and Indonesia. The company can be reached online at https://www.eccouncil.org/
View source version on businesswire.com: https://www.businesswire.com/news/home/20230601005174/en/
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