#cse cyber security scope

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Best BTech Cyber Security College in Chandigarh

A B.Tech in cybersecurity is available from a number of esteemed colleges in Chandigarh, a city renowned for its technological breakthroughs. One of them, the best b tech cyber security college in chandigarh, is famous for its outstanding curriculum and industry-focused approach. The college has cutting-edge facilities, fully-stocked labs, and highly qualified faculty. Students at this college develop a thorough understanding of cybersecurity principles, tools, and tactics thanks to a strong emphasis on practical instruction and hands-on experience. In order to ensure that students are well-prepared for a successful career in the subject of cybersecurity, the college also offers plenty of chances for internships, industry collaborations, and placement aid.

[krmangalam1011]

Find The Best College for B.Tech. In Cyber Security

Want to build a career in B.Tech. in Cyber Security but are confused about which college will be best for you? Here You Go! We have come up with this guide where we have mentioned K.R. Mangalam University, the best university for cyber security in Delhi-NCR. Over the years, they have managed to win the student’s hearts by offering a unique curriculum specifically curated by top IBM experts. Apart from this, they also offer 1:1 counselling sessions to the students after analysing their career graph. It’s certainly one of the best universities for cyber security in Delhi NCR and after enrolling here you will reach the heights of your career. 

Eligibility Criteria for the B.Tech. Cyber Security

Those who are interested in pursuing B.Tech in Cyber Security at K.R. Mangalam University must meet the following eligibility requirements:

You must have passed the 10+2 examination with Physics and Mathematics as compulsory subjects.

For the remaining course, choose from Chemistry/ Computer Science/ Electronics/ Information Technology/ Biology/ Informatics Practices/ Biotechnology/ Technical Vocational subject/ Agriculture/ Engineering Graphics/ Business Studies/ Entrepreneurship from a recognised board/university with a minimum 50% aggregate overall.

Why KRMU is the best university for Cyber Security in India?

Located in Gurugram, K.R. Mangalam University is known for providing exceptional facilities to the students. Here are some of them: 

Industry-Oriented Curriculum: Our faculty members team up with top IBM experts to design the curriculum. 

Strong Industry Tie-Ups: We have partnered with leading tech giants to provide internship and placement assistance to the students. 

Significant Practical Exposure: Students get to work at IBM Big Data Analytics Lab on real-life cases. 

Receive Certifications: You will receive certifications from EC-Council and IBM which will be recognised globally. 

Provides 100% Scholarship: Based on academic performance in the 12th, entrance examination and other categories, they offer scholarships to the students. 

B.Tech. Cyber Security Course Details

Course Name:

B.Tech. CSE (Cyber Security) with academic support of EC-Council & IBM

Course Type:

Undergraduate 

B.Tech. CSE Data Science Course Duration: 

4 Years

Study Mode:

Full-Time 

Programme Fee Per Year:

Rs 2,50,000/- (as of 24th March 2025) 

Admission Procedure:

Written Test + Personal Interview 

Career Opportunities: 

Cybersecurity Developer, CyberSecurity Analyst, Network Security Engineer, Information Security Manager 

Course Outcome: 

Develop strong engineering concepts, Learn to select and apply modern IT tools, Efficiently manage computer science projects 

Top Recruiters:

Reliance, Microsoft, ITC Limited, DLF, TATA Power 

B.Tech. Cyber Security Admission 2025

Getting admission into B.Tech. in Cyber Security is a streamlined procedure at KRMU. The step-by-step instructions are as follows:

Go through the official website 

Search for the application form and fill it 

Pay for the application fee 

Appear for the written assessment and personal interview 

Receive the admission offer

Get enrolled for B.Tech. in Cyber Security 

Career Scope After the B.Tech. Cyber Security

Graduates from B.Tech. in Cyber Security open up the pathway to diversified career options. Some of the most anticipated ones are:

Ethical Hacker

Security Architect 

Software Developer 

Penetration Tester 

Incident Manager 

Game Developer 

Digital Forensics Expert 

Conclusion

Developed in collaboration with EC-Council and IBM, B.Tech. in Cyber Security is a highly informative and unique programme. By pursuing this course from K.R. Mangalam University you will be equipped with the skills necessary to reduce cybercrimes. Luckily, due to the increase in cyberattacks, you will be able to secure employment in both private and public sectors. So gear up to enrol at KRMU and walk towards a fruitful career. 

Frequently Asked Questions 

What are the benefits of a B.Tech. in Cyber Security?

After graduating from this course, you will be equipped with valuable skills like penetration testing, network security and cryptography. 

Which stream is the best for B.Tech. in Cyber Security?

Students should pursue the science stream in class 12th if they wish to develop a career in cyber security. 

How much does a B.Tech. in Cyber Security graduate earn? 

You can expect to earn a starting salary between 3-8 LPA depending on your skillset, job location and knowledge. 

[iesuniversity]

Become a cybersecurity expert: Career Scope and Courses to Pursue after 12th

With the world becoming more interconnected, tons of data get stored and sent through different channels online. All this data needs strong security protection against malicious intrusion and leaks. This has been the reason why there has been a growing demand for cybersecurity professionals in the last decade. Pursuing a relevant degree programme such as a Bachelor of Technology (B.Tech) or Bachelor of Science (B.Sc.) in Computer Science or a dedicated Cybersecurity degree after Grade 12 can pave the way for a rewarding career in this field.

The Data Security Council of India (DSCI), an association of individuals working in the cybersecurity ecosystem, predicts that the demand for cybersecurity professionals in India will be enormous. They estimate that the demand is expected to rise from 110,000 in 2019 to 1 million by 2026.

Understanding the Rising Demand for Cybersecurity Professionals.

Before we look at the most popular cybersecurity options, we need to understand the real reasons behind the increasing demand for cybersecurity jobs.  Why is the demand for highly skilled cybersecurity graduates consistently outpacing supply? According to a report from the University of Maryland, hackers launch an attack approximately every 39 seconds, which equates to an average of 2,244 attacks per day.

Organisations affected by this type of attack will suffer data loss, financial loss, and loss of customer trust. Cybersecurity best practices are essential to protect against these serious cyber threats. This includes protecting networks and computer systems from unauthorized digital intrusion. As the volume of digital data continues to increase, the number of cyberattacks is expected to be quantified. This has resulted in substantial demand for cyber security professionals. Nevertheless, according to research time and again, there is extensive skills shortage where most cyber security jobs are still vacant because they lack skilled people.

Advantages of Taking Cybersecurity Courses After High School!

Given the growing demand for cybersecurity professionals, interested and qualified students have excellent prospects when pursuing cybersecurity courses after completing their schooling (Grade 12). With the proliferation of cyber threats worldwide, companies are actively seeking skilled professionals to protect their digital assets.

A career in cybersecurity offers numerous opportunities, including roles such as security analyst, penetration tester, and ethical hacker. This is a globally important, growing, and often highly compensated field. This makes it an attractive option for those interested in securing digital infrastructure and making businesses more resilient in the digital age.

Academic Pathways to Cybersecurity After Grade 12

In India, students can pursue various degree programmes relevant to cybersecurity at universities recognised by the University Grants Commission (UGC). General eligibility often requires achieving a minimum percentage (commonly 50% or higher) in Grade 12 (or equivalent examination), particularly in the Science stream for engineering and technical programmes.

Common Degree Options:

1.   Bachelor of Technology (B.Tech) in Computer Science and Engineering (CSE) with Specialisation in Cybersecurity:

Stream Requirement: Science (with Physics, Chemistry, Mathematics - PCM)

Duration: Typically 4 years.

Focus: Provides a strong engineering foundation in computer science principles along with specialised knowledge in network security, cryptography, ethical hacking, and cyber defence.

2.   Bachelor of Science (B.Sc.) in Cybersecurity / Computer Science with Cybersecurity:

Stream Requirement: Usually Science (PCM or sometimes Physics, Mathematics, Computer Science).

Duration: Typically 3 or 4 years (e.g., Hons. programmes).

Focus: Offers in-depth knowledge on protecting information systems, networks, and data. Covers topics like cyber threats, security protocols, digital forensics, and risk management.

3.   Bachelor of Computer Applications (BCA) with Cybersecurity Modules/Electives:

Stream Requirement: Some universities accept students from any stream (often with Mathematics as a subject).

Duration: Typically 3 years.

Focus: Provides a foundation in computer applications. Students can often choose electives or modules focusing on network security, system security, and basic cybersecurity principles.

4.   Integrated Programmes (e.g., B.Tech + M.Tech):

Some institutions offer integrated 5-year programmes combining undergraduate and postgraduate studies in relevant fields.

Note: Specific course titles, duration, eligibility criteria, and curriculum details vary significantly between universities. Always check the official website of the institution for the most accurate information.

IES University Strengthening Digital Defenses

IES University is a prestigious and widely recognized university. With experiential learning a common activity in the curriculum, the practical learning experiences at IES University are carefully designed and selected to support academic research and enhance professional skill development. Leadership and Intelligence

Choosing the Right Cybersecurity Programme

Look for programmes where experiential learning is integrated into the curriculum. Practical experiences, such as labs, projects, and case studies, should be carefully designed to support academic understanding and enhance professional skill development.

Specialised programmes like B.Tech CSE (Cybersecurity) are emerging within the broader Computer Science and Engineering (CSE) discipline, driven by the high demand for cybersecurity professionals. Good cybersecurity courses provide learners with practical experience in securing systems and applications. A comprehensive curriculum should also cover the legal and ethical aspects of cybersecurity and develop skills related to managing and implementing cybersecurity solutions.

Key factors in choosing a university include a team of highly qualified and experienced faculty and strong collaborations with industry to enhance students' practical knowledge through guest lectures, workshops, and internships.

What to Look For in a Cybersecurity Programme:

Desirable features of a strong programme include:

●     Industry collaborations and international partnerships enhance curriculum relevance and exposure.

●     Highly qualified, research-active faculty.

●     A strong foundation for higher education (e.g., Master's or PhD studies).

●     A well-defined, up-to-date curriculum with a practical, technology-driven approach.

●     Integrated soft skills training to improve communication and professional abilities.

●     Opportunities for internships and industry projects.

●     Access to modern labs and cybersecurity tools.

The field of cybersecurity is rapidly growing. The demand for skilled professionals is higher than ever. Earning a bachelor's degree in cybersecurity can qualify you for a variety of roles, such as application security analyst, cybersecurity engineer, and security consultant. Secure a rewarding career in cybersecurity by embracing continuous learning and pursuing relevant industry certifications. Take the first step toward helping secure our digital world by choosing a suitable cybersecurity degree programme.

Frequently Asked Questions

What are some popular cybersecurity-related degree options after Grade 12 in India?

After completing Grade 12, individuals can pursue various degrees relevant to cybersecurity. This depends on their interests, skills, and career goals. Common options include:

●  Bachelor of Technology (B.Tech) in Computer Science & Engineering (with Cybersecurity Specialisation)

●     Bachelor of Science (B.Sc.) in Cybersecurity

●     Bachelor of Science (B.Sc.) in Computer Science (often with cybersecurity electives)

●     Bachelor of Computer Applications (BCA) (often with cybersecurity electives)

●     Bachelor of Science (B.Sc.) in Digital Forensics / Information Security

What are the typical eligibility requirements for cybersecurity degree programmes after Grade 12?

Generally, for B.Tech or B.Sc. programmes in technical fields like Cyber Security or Computer Science, applicants need to have passed their Grade 12 (or equivalent) examination, typically from the Science stream with Physics, Chemistry, and Mathematics (PCM). A minimum aggregate percentage (often 50% or higher) is usually required. Eligibility for BCA programmes may vary, sometimes allowing students from other streams (potentially requiring Mathematics). Please check each university's website for specific and detailed eligibility information.

Is cybersecurity difficult to learn?

Cybersecurity can be challenging to learn, involving complex technical concepts. However, interest and aptitude in technology can make the learning process more manageable and engaging. Like any advanced field, it requires dedication, logical thinking, and continuous learning.

[dekhocampus11]

Lovely Professional University Admission—[LPU]

Overview

About Lovely Professional University

Lovely Professional University (LPU) is a private university located in Jalandhar, Punjab, India. Established in 2005 by the Lovely International Trust, LPU is the largest single-campus university in India, with more than 30,000 students, over 4000 faculty members, and over 200 academic programs. LPU offers a wide range of undergraduate, postgraduate, and doctoral programs in a variety of disciplines, including engineering, management, law, computer applications, biotechnology, hospitality, journalism, fashion, and more.

The university also offers a range of professional certificate courses in areas such as data science, digital marketing, business analytics, artificial intelligence, and more. LPU is accredited by the National Assessment and Accreditation Council (NAAC) with an 'A' grade. The university has also been ranked among the top 10 universities in India by several leading publications.

LPU also offers a number of scholarships to deserving students, based on their academic performance. The university provides a number of facilities for students, including a library, sports complex, hostels, Wi-Fi-enabled campus, laboratories, and more. The university also has student clubs and societies for extracurricular activities.

Lovely Professional University is committed to creating a world-class learning environment that promotes excellence in teaching and research. They are dedicated to providing students with innovative, high-quality educational experiences that prepare them to be successful in the global knowledge-based economy. They strive to foster an environment of collaboration, creativity, and critical thinking that encourages lifelong learning and personal growth.  They strive to be an institution of excellence that contributes to the economic, social, and cultural development of India and the world.

The vision of Lovely Professional University (LPU) is to make it a world-class university and to be a leader in providing quality education, training, and research to contribute to the development of a knowledge-based society. LPU will strive to create a world-class, multicultural environment that will foster creativity, innovation, and excellence in teaching, learning, and research in order to create a better future for the nation.

About Course

The Bachelor of Technology in Computer Science and Engineering (B.Tech CSE) is a prestigious undergraduate program designed to provide a solid foundation in computer science and engineering principles. Spanning four years, the curriculum is crafted to cover a broad spectrum of topics, ensuring students are well-prepared for the dynamic technology landscape.

Course Scope

The scope for Computer Science and Engineering (CSE) is vast and continually expanding, given the rapid advancements in technology and the increasing reliance on digital solutions in various industries. Graduates with a degree in CSE are in high demand, and the scope for career opportunities is diverse. Here's an overview of the course scope for Computer Science and Engineering:

1. Software Development:

Role: Software Engineer/Developer

Scope: Designing, coding, testing, and maintaining software applications for various platforms. Opportunities in web development, mobile app development, and more.

2. Networking and Cybersecurity:

Role: Network Engineer, Cybersecurity Analyst

Scope: Managing and maintaining computer networks, ensuring data security, and protecting systems from cyber threats.

3. Database Management:

Role: Database Administrator

Scope: Handling database systems, designing and implementing databases, and ensuring data integrity.

4. System Analysis and Design:

Role: System Analyst

Scope: Analyzing and designing information systems to meet organizational needs.

5. Artificial Intelligence (AI) and Machine Learning (ML):

Role: Machine Learning Engineer, AI Specialist

Scope: Developing and implementing machine learning algorithms, creating AI applications, and working on intelligent systems.

6. Data Science and Big Data:

Role: Data Scientist, Big Data Analyst

Scope: Analyzing large datasets to derive insights, making data-driven decisions, and contributing to business intelligence.

7. Web Technologies:end/Back-end Developer

Scope: Creating and maintaining websites and web applications, working with technologies like HTML, CSS, JavaScript, and frameworks.

8. Cloud Computing:

Role: Cloud Engineer

Scope: Managing and optimizing cloud infrastructure and services, working with platforms like AWS, Azure, and Google Cloud.

9. Internet of Things (IoT):

Role: IoT Developer, Embedded Systems Engineer

Scope: Developing applications and solutions for connected devices, exploring the intersection of hardware and software.

Conclusion:

The scope for Computer Science and Engineering is dynamic, with opportunities in diverse industries. Continuous learning, staying updated on emerging technologies, and developing a strong network can significantly enhance career prospects. Whether in traditional IT roles or emerging fields like AI and IoT, CSE graduates play a crucial role in shaping the digital future.

[chitkaraengineering]

Computer Science Engineering: Pioneering the Digital Revolution

In today's digital age, Computer Science Engineering stands at the forefront of technological innovation. This article delves into the dynamic field, exploring its significance, key areas, and career prospects.

Understanding Computer Science Engineering

What is Computer Science Engineering (CSE)?

Computer Science Engineering is a multidisciplinary branch of engineering that integrates computer science principles with electrical and electronic engineering concepts. It's all about harnessing technology to solve complex problems.

Key Areas in CSE

1. Software Development: The heart of CSE, focusing on creating applications, operating systems, and software solutions.

2. Hardware Design: Designing computer systems, microprocessors, and hardware components.

3. Data Science: Utilising data to derive valuable insights for businesses and industries.

4. Artificial Intelligence (AI): Building intelligent machines capable of human-like tasks.

Why Computer Science Engineering Matters

CSE plays a pivotal role in shaping our digital world. It powers:

- Communication: Enabling seamless global communication through the internet.

- Innovation: Driving innovations in autonomous vehicles, smart devices, and more.

- Security: Protecting digital assets from cyber threats.

- Entertainment: Enriching our lives with gaming and multimedia experiences.

Career Opportunities

With the increasing reliance on technology, CSE offers a plethora of career options:

1. Software Developer: Creating applications and systems.

2. Data Scientist: Analysing and interpreting data.

3.Network Engineer: Managing communication networks.

4. AI Engineer: Developing AI-powered solutions.

5. Cybersecurity Expert: Safeguarding digital infrastructure.

The Future of CSE

As technology continues to advance, Computer Science Engineering will evolve. Quantum computing, augmented reality, and the Internet of Things are just a glimpse of what lies ahead.

Conclusion

Computer Science Engineering is the driving force behind our digital revolution. Its scope is boundless, promising endless possibilities for those who choose this dynamic field.

FAQs

1.Is a strong maths background required for CSE?

While maths is essential, many tools and resources are available to help you excel in CSE, even if maths isn't your strongest suit.

2.What skills are essential for a CSE career?

Problem-solving, coding proficiency, and strong analytical skills are crucial for success in CSE.

3. Is CSE a rapidly changing field?

Yes, CSE evolves rapidly with new technologies, making it an exciting and ever-changing profession.

4. Can I specialise in more than one area within CSE?

Absolutely! Many professionals choose to specialise in multiple areas to broaden their skill set.

5. What is the earning potential in CSE?

Salaries in CSE are competitive, with experienced professionals earning lucrative packages.

[gla-courses]

The Art and Science of B Tech Cyber security - Exploring the Fundamentals

In an era of digitalization and technological advance ements, the critical need for robust cybersecurity measures has never been more apparent. With cyber threats evolving in complexity and frequency, organizations and individuals alike are increasingly reliant on cybersecurity experts to safeguard sensitive information and maintain the integrity of digital systems. A Bachelor of Technology degree in Cybersecurity equips students with a comprehensive understanding of the multifaceted world of cybersecurity, encompassing a wide range of knowledge and skills essential for protecting digital assets.

Understanding the fundamentals of Cyber security

Let’s get into various aspects of Cyber security and its significance in the world of technology -

B Tech cyber security curriculum

At its core, cybersecurity involves the practice of protecting computer systems, networks, and data from theft, damage, or unauthorized access. B. Tech Cybersecurity programs delve into the theoretical underpinnings of cybersecurity, helping students comprehend the principles of encryption, authentication, access control, risk assessment, and vulnerability management. Interested aspirants can check B Tech Cyber security eligibility with various colleges and universities and pick the specialization.

Foundational Knowledge

The related course structure typically begins by imparting a solid foundation in computer science and networking concepts. Students learn about operating systems, databases, programming languages, and network protocols, which serve as the building blocks for advanced cybersecurity techniques. This knowledge ensures that graduates can effectively analyze and secure various components of digital infrastructure. If you are quite enticed with this branch of engineering, start exploring B Tech CSE cyber security Fee in various colleges and universities until you find the one that befits your requirements.

Cyber Threat Landscape

An in-depth study of the ever-evolving cyber threat landscape is a crucial component of B. Tech Cybersecurity. Students explore the different types of cyberattacks, including malware, phishing, ransom ware, and Dodos attacks. By understanding the tactics employed by malicious actors, students can develop effective strategies to counter and mitigate these threats.

Network Security

Securing computer networks is a paramount concern for modern organizations. B. Tech Cybersecurity curricula cover topics such as firewalls, intrusion detection and prevention systems, virtual private networks (VPNs), and network segmentation. Graduates are equipped to design, implement, and manage network security measures to thwart unauthorized access and data breaches.

Ethical Hacking and Penetration Testing

Ethical hacking involves simulating cyberattacks to identify vulnerabilities in a controlled environment. B Tech Cyber security programs often include modules on ethical hacking and penetration testing, where students learn how to assess system weaknesses and recommend remediation strategies. This hands-on experience cultivates a proactive approach to cybersecurity.

Security Policies and Compliance

Maintaining cybersecurity within an organization requires the establishment of robust security policies and adherence to industry regulations. B. Tech Cybersecurity students gain insights into crafting effective security policies, conducting risk assessments, and ensuring compliance with standards such as ISO 27001 and GDPR. This knowledge is vital for promoting a culture of cybersecurity awareness.

Incident Response and Recovery

Even with preventive measures in place, cybersecurity incidents may still occur. B. Tech Cybersecurity programs prepare students to handle such situations through incident response and recovery planning. Graduates are trained to assess the scope of an incident, contain its impact, and orchestrate a coordinated recovery effort.

Emerging Technologies

The realm of cybersecurity is closely linked with emerging technologies. B. Tech programs expose students to cutting-edge concepts like cloud security, Internet of Things (IoT) security, Block chain, and artificial intelligence in cybersecurity. This knowledge enables graduates to adapt and develop innovative strategies to address novel threats.

A Bachelor of Technology in Cybersecurity provides a comprehensive education that empowers graduates to tackle the intricate challenges posed by the digital landscape. As the demand for cybersecurity expertise continues to surge, B Tech cyber security placements would always remain in a good stat. This specialized program paves the way for a fulfilling and impactful career at the forefront of technological defense.

[uniquejobs]

சென்னை தரமணியில் மத்திய அரசு நிறுவன வேலை | No Experience Required | salary - 50,000 | SETS Chennai Recruitment 2023

சென்னை தரமணியில் மத்திய அரசு நிறுவன வேலை | No Experience Required | salary - 50,000 | SETS Chennai Recruitment 2023

Organization Name : SOCIETY FOR ELECTRONIC TRANSACTIONS AND SECURITY

Society for Electronic Transactions and Security is a Society under Societies Registration Act, XXI of 1860, dedicated to carry-out Research and Development in the field of Information Security focusing on the key verticals, namely, Cryptology and Computing, Hardware Security, Quantum Security and Network Security. SETS invites applications from citizens of India for filling up the following positions for a Research & Development project in the area of Cybersecurity

மத்திய அரசு நிறுவன வேலை Our Latest YOUTUBE Videos Link : https://www.youtube.com/channel/UCZYt-jtPk975fMuI6tLpUEg Our Telegram Channel Link: https://t.me/employmentjobs Related Jobs : - HPE Recruitment 2023 | Graduate Software Engineer Trainee - Johnson Electric Job Openings in Chennai  -  பிரபல ஸ்டீல் கம்பெனி வேலை வாய்ப்பு – B.E / B. Tech Engineering Job Interview in Pegatron Company – Diploma & B. E. Engineers | Mahindra World City | Chengalpattu Designation: Engineer & Sr.Engineer                                 Educational Qualifications: B.E. Engineer & Diploma Role: Permanent                           Year of Experience: Min Experience             Job Location: Mahindra World City – Chengalpattu                                 Apply link - Click Here Salcomp Walk-In Interview | Diploma & B.E. Engineers Designation: Engineer                                   Educational Qualifications: Diploma & B.E.Engineers Role: Permanent   Year of Experience:  Automation, Process, Testing                 Job Location: Sriperumbudur                                 Salary Details: As per the Company Standard Apply link - Click Here Latest Jobs By :         Chennai JobsClick HereCoimbatore JobsClick HereBangalore JobsClick HereHyderabad JobsClick HereAndra Pradesh JobsClick HereSalem JobsClick HereMadurai JobsClick HereTrichy JobsClick HerePondicherry JobsClick HereAcross India JobsClick HereOther Cities JobsClick Hereமத்திய அரசு நிறுவன வேலை Designation: 1)Project Associate (Software) - 6Positions 2) Project Associate – 2 Positions 3) Project Scientist – 1 Position Educational Qualifications: First Class B.E /B.Tech in (CSE/ IT/ ECE / Cyber Security / Information Security) or MCA M.E / M. Tech in (Computer Science/Cyber security/Network Security/Information Security / Software Engineering) Role: Temp                          Year of Experience:  Fresher & Experience                   Job Location:  Chennai, Taramani                                Salary Details: 30,000 - 50,000 /- Mechanical JobsClick HereELE / ECE  JobsClick HereCivil JobsClick HereIT / Software JobsClick HereBPO / Call Centre  JobsClick HereH/W & Networking JobsClick HereHuman Resource Jobs  Click HereAcc/Fins JobsClick HereArts & Science  JobsClick Hereமத்திய அரசு நிறுவன வேலை மத்திய அரசு நிறுவன வேலை Job Description : The positions of Project Associates as proposed is purely temporary and would be filled on a contract basis with a consolidated salary under project mode. The duration of the assignment is initially for a period of One Year and would be extended further based on the need of the project and performance. There is no scope of continuation/regularization/absorption under any circumstances. The last date for uploading applications via Google Form is 26.06.2023 Shortlisted candidates would be requested to attend an Interview at SETS, Chennai. The date and time for this would be intimated to shortlisted candidates The shortlisted candidates would be required to bring all their original testimonials for verification on the interview day

How to Apply for this Job?           Details & Apply link : Click Here Foxconn Company Off Campus Drive | Arunai Engineering College | Tiruvannamalai – Date 10th June 2023 Designation: Trainee                                   Educational Qualifications: Diploma – Mechanical, EEE, ECE, CSE, CIVIL, MECHATRONICS & OTHERS Role: Trainee                        Year of Experience: Fresher                  Job Location: Sriperumbudur     Apply link : https://myemploymentjobs.com/foxconn-company-off-campus-drive-arunai-engineering-college-tiruvannamalai-date-10th-june-2023/ 40,000 Salary – L & T Fresher Job Openings in Chennai Educational Qualifications ( L & T Fresher Job ): B.E, B.Tech Engineers – Mechanical & Civil Engineers Role: Permanent      Year of Experience: Fresher & Min Experience              Job Location: Chennai, Tamilnadu                               Salary Details: As per the Company Standard Apply link : https://myemploymentjobs.com/l-t-fresher-job-openings-in-chennai/ For more Job info, subscribe to our website & and check our website daily. Join Our Youtube ChannelClick HereJoin Our Telegram ChannelClick HereOur Linkedin PageClick HereOur Quora PageClick Here Read the full article

[dronacharyacollege]

Admission Open2021_B.Tech CSE (Internet of Things & Cyber Security including Blockchain Technology)

Admission Open2021_B.Tech CSE (Internet of Things & Cyber Security including Blockchain Technology)

INNOVATION IS OUR TRADITION

Dronacharya College of Engineering Gurugram offers B. Tech in CSE (IoT & cybersecurity including Blockchain Technology) is a four-year undergraduate programme offered that familiarises aspirants with the functional and operational aspects of the Internet of Things including Cybersecurity and blockchain Technology.

B.Tech Admission Open 2021-22

https://www.youtube.com/watch?v=yyKb_pol0a0

KEEP WATCHING

https://ggnindia.dronacharya.info/CSE-IOT-CS/home.aspx

Furthermore, To know more about College please Visit our website and if you feel any query, feel free to Contact to the admission department

Contact Details: Khentawas, Farrukh Nagar -122506, Gurugram, Haryana

Contact No. : 9910380109 (Admission Head)

Email id: admission@dronacharya.info

URL: https://ggnindia.dronacharya.info/ Virtual Visit: https://ggnindia.dronacharya.info/DCE_vtour/index.html

[vsgoi]

Best Engineering College for Computer Science in Kanpur

Potentially the most sought-after course among planning understudies, VSGOI provides the best engineering college for computer science in Kanpur. Computer Science Engineering (CSE) is an academic program that facilitates the field of Computer Engineering and Computer Science. The program, which underlines the fundamentals of PC programming and frameworks organization, incorporates a lot of subjects. The said subjects are related to estimation, computations, programming lingos, program plan, PC programming, PC hardware, etc.

Programming engineers are related with various pieces of enlisting, from the arrangement of individual CPUs, PCs, and supercomputers to circuit arranging and forming programming that powers them.

The course is introduced by particular establishments across India and Abroad at the UG (Undergraduate) and PG (Postgraduate) levels where understudies are allowed B.Tech and M.Tech degrees separately. VSGOI provides the best engineering college for Computer Science in Kanpur. Understudies pursuing the course will be told about the arrangement, execution, and the chiefs of information plan of PC gear and programming.

Benefits of studying Computer Science Engineering at VSGOI?

Software engineering is quickly changing the world we live in. Concentrating on Computer Science at the, you’ll find out about so Virendra Swarup Group of Institution programming frameworks and how individuals and PCs communicate. VSGOI provides the best engineering college for Computer Science in Kanpur. You’ll likewise figure out how to make new programming, and guarantee it’s simple for individuals to utilize.

Virendra Swarup Group of Institution is all around perceived Kanpur and Unnao for our software engineering programs and has particularly appreciated accomplishment with open source programming advancement. VSGOI provides the best engineering college for Computer Science in Kanpur. Understudies have the chance to work close by Virendra Swarup scholastics on a wide scope of energizing and inventive exploration projects in regions, for example,

Broadband correspondence

Data pressure

Digital libraries

Formal strategies

Human-PC collaboration

Machine learning

Software designing

Cyber security

For more information visit our website: click here

[anurag-5911]

DIFFERENCE BETWEEN BLOCKCHAIN AND CYBERSECURITY-GEETA UNIVERSITY

Blockchain and cybersecurity are two distinct concepts that are often discussed together. Both are important aspects of modern technology and play a vital role in the security of data and information. In this article, we will explore the difference between blockchain and top B.Tech. (Hons.) CSE - Cyber Security college in haryana and their significance in the modern technological landscape.

To start with, let us first understand what blockchain is. Blockchain is a distributed ledger technology that is used to store and transmit data in a secure and transparent manner. It is a decentralized system that allows multiple parties to access the data without the need for a centralized authority. This means that data stored on a blockchain cannot be easily altered or manipulated, and it is highly resistant to hacks and attacks.

On the other hand, top B.Tech. (Hons.) CSE - Cyber Security college in haryana is the practice of protecting computers, servers, mobile devices, electronic systems, networks, and data from malicious attacks, theft, or damage. top B.Tech. (Hons.) CSE - Cyber Security college in haryana aims to reduce the risk of unauthorized access, disruption, or destruction of sensitive information. It involves the use of various technologies and practices such as firewalls, antivirus software, encryption, and intrusion detection systems.

Now, let us delve into the key differences between blockchain and cybersecurity. The first and foremost difference is the scope of their application. While blockchain is a specific technology used for the secure and transparent transfer of data, cybersecurity is a broader concept that encompasses a wide range of technologies and practices to protect data and systems from cyber threats.

Another key difference is the approach to security. Blockchain provides security through decentralization, transparency, and immutability. Once data is recorded on a blockchain, it cannot be altered without the consensus of the network participants. This means that blockchain is highly resistant to attacks and manipulation. On the other hand, top B.Tech. (Hons.) CSE - Cyber Security college in haryana focuses on securing data and systems through various technologies such as firewalls, encryption, and intrusion detection systems. These technologies work together to prevent unauthorized access and protect against threats.

Furthermore, blockchain is a proactive approach to security, whereas top B.Tech. (Hons.) CSE - Cyber Security college in haryana is a reactive approach. Blockchain ensures the security of data at the time of creation and transmission, while cybersecurity detects and responds to threats after they have occurred. Blockchain eliminates the need for trust in a centralized authority by providing a transparent and secure system for data transfer. Cybersecurity, on the other hand, requires trust in the security technologies and practices employed to protect data and systems.

In conclusion, both blockchain and top B.Tech. (Hons.) CSE - Cyber Security college in haryana are important in ensuring the security of data and information in the modern technological landscape. While blockchain provides security through decentralization, transparency, and immutability, cybersecurity focuses on securing data and systems through various technologies and practices. Understanding the difference between these two concepts is crucial for organizations and individuals to implement the appropriate security measures and technologies to protect against cyber threats. Geeta University, with its strong focus on technology and innovation, is well placed to provide education and training in both blockchain and cybersecurity to prepare its students for the modern digital world.

[pgdiplomaincybersecurity]

What concepts are covered in a PG diploma in cyber security?

Working as a Cyber Security Analyst is the best opportunity in the present times. The scope of Cyber Security has expanded dramatically since the invention of the internet. If you want to build a name for yourself in this field, obtaining a certification is highly suggested in order to increase your reputation and employability.

Cyber Security Analysts have a bright future since they earn more than their counterparts in other fields. You can work as an ethical hacker, a network and security specialist, an IT security and consultant, a cyber security analyst, a cyber forensic investigator, a penetration tester, a risk analyst, and more after earning a certificate or a degree in this field.

For undergraduate and postgraduate PG diploma cyber security, you must achieve a minimum aggregate of 50% in classes 10, 12, or graduation, however there are no defined qualifying criteria for Cyber Security Online Courses. Basic cyber security principles are covered in online courses, whereas undergraduate and postgraduate cyber security courses include topics such as network security, cyberspace regulations, safeguarding web applications, and more.

The following are the basic concepts covered in PG program in cyber security:

Confidentiality: 

The goal of confidentiality is to prevent unauthorised individuals from accessing data. It also requires safeguarding the identities of those who are permitted to share data, as well as guaranteeing data privacy and anonymity.

Integrity is defined as the ability to prevent unauthorised persons from tampering with information in a confirmed and approved way. By turning computers into "zombie computers" and injecting malware into online pages, integrity might be affected.

Information availability guarantees that authorised parties have access to it when they need it. It is available to the public at the appropriate moment. Data can be rendered unavailable due to security issues such DDOS assaults, hardware failures, code faults, and human errors.

The following is a detailed description of the employment opportunities available after finishing PG cyber security course such as BTech, Diploma, MTech, MSc, and so on:

Students might pursue further education possibilities in the same field after completing a BTech in Cyber Security to acquire an edge and higher compensation packages. MTech Cyber Security, MTech Information Security, MTech in Computer Networks and Information Security, and MTech CSE are among the most popular postgraduate programmes for BTech Cyber Security graduates.

The majority of post-graduates are looking for work in the government, public, and private sectors after finishing an MTech Cyber Security degree. After clearing the UGC-NET and JRF tests, some of them decide to seek lectureships or junior research fellowships.

Almost every company, whether government or private, wants qualified legal advice from a cyber lawyer. Not only are there possibilities in courtrooms and legal firms, but there are others as well. You can pursue a PG in cyber security, Postgraduate Diploma in Cyber Law after earning your Cyber Law Diploma.

Working as an ethical hacker, penetration tester, cryptography specialist, security software developer, or cyber legal assistance professional are all possibilities.

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This course is also known by the name of B.Tech. CSE (Cyber Security). Complete details about B.Tech Cyber Security at Ganpat University Institute of Computer Technology, Mehsana, like admission process, eligibility criteria, fees etc.

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Canada’s Spy Agency Says Voters Are Being Targeted By Foreign Influence Campaigns

OTTAWA—Canada’s intelligence community has identified foreign actors attempting to directly influence the upcoming federal election campaign, a Toronto Star and BuzzFeed News investigation has learned.

The Communications Security Establishment (CSE), the country’s cyber defence agency, has briefed senior political staff of one federal party about “covert and overt” attempts to influence the Oct. 21 federal election.

Canada’s domestic spy agency, the Canadian Security Intelligence Service (CSIS), also said Tuesday that “threat actors” are trying to influence Canadian citizens, although the agency tied it to an attack on “democratic institutions” rather than the election specifically.

The agencies would not reveal the exact nature of the attempts to influence but said the scope of “foreign interference activities can be broad,” including state-sponsored or influenced media, hacking, and traditional spy operations.

“Threat actors are seeking to influence the Canadian public and interfere with Canada’s democratic institutions and processes,” wrote Tahera Mufti, a spokesperson for CSIS, in an emailed statement.

“For example, over the years (CSIS) has seen multiple instances of foreign states targeting specific communities here in Canada, both in person and through the use of online campaigns.”

A senior government source said that diaspora communities are being targeted by foreign actors in an attempt to sway the election’s outcome. The source, who has direct knowledge of Canada’s efforts to safeguard the federal election, was granted anonymity to speak frankly about ongoing national security issues.

While national security sources had previously said Canadian political parties have been targeted by sophisticated state-sponsored hacking campaigns, the motive for those campaigns was not publicly linked to attempts to meddle with the election.

Then on Friday, CSE confirmed it is briefing Canada’s major political parties on “covert and overt foreign interference activity” aimed at influencing Canadian voters — although the agency stopped short of publicly confirming such campaigns have already been detected.

The briefings included select security-cleared political staff and discussions around unclassified and classified material, the agency said. Unclassified material would be information already in the public domain while classified would be intelligence gathered by Canada’s spies or security partners.

The federal political parties were briefed so that they can “strengthen internal security practice and behaviours,” the agency wrote in a statement.

“Unfortunately, we cannot discuss the specific information covered in these briefings.”

The agency refused to discuss the nature of any specific threat — or who may be behind it. But the Canadian government currently has strained relationships with some of the dominant players in cyber warfare and espionage.

That includes China, with Beijing demanding the release of Huawei executive Meng Wanzhou, holding two Canadians in detention on spying allegations, and sharply restricting Canadian agricultural exports.

On Tuesday, Prime Minister Justin Trudeau said he had “a number of conversations” with Chinese President Xi Jinping about the detained Canadians — former diplomat Michael Kovrig and businessman Michael Spavor — at the recent G20 meeting in Osaka, Japan.

“This is an issue we take extremely seriously,” Trudeau told reporters in Toronto. “I had a number of conversations with President Xi directly on this and the larger issue of Canada–China relations.”

Other well-known cyber players — Russia, Saudi Arabia, and India — have also had tense relations with Ottawa.

The motivations of those countries differ widely, said Stephanie Carvin, a professor at Carleton University’s Norman Paterson School of International Affairs and a former intelligence analyst.

“There is actually a traditional espionage component of this, I’m sure,” Carvin said of hacking attempts against Canadian political parties.

Countries could be looking for blackmail material, for instance, or seeking to understand Canadian politicians internal discussions around hot-button issues.

“They’re going to be looking for a number of things,” Carvin said.

“There’s the traditional espionage component, they’re going to be looking for emails that are potentially embarrassing. The other thing they might be looking for, and this would be a big concern, is understanding how [political staff and politicians] communicate with each other for the purpose of generating forgeries … And then, of course, you get to learn what are the issues that political parties themselves are actually concerned with.”

How seriously Canadian political parties are taking those threats is an open question. While political staff from the major federal parties expect foreign countries to intervene in some fashion — whether publicly or clandestinely — in the election, how they’re protecting against those attempts is largely a secret.

“While the Liberal Party of Canada does not comment on specific security precautions, our party takes these considerations very seriously,” wrote party spokesperson Parker Lund in an email.

“The highest levels of security are implemented for all data, communications, and records … This has also included meetings and briefings for political parties from the Communications Security Establishment and their government partners.”

“Due to the classified nature of the briefings [with CSE], we cannot confirm anything we’ve heard within the briefings,” wrote Cory Hann, the Conservative Party’s director of communications.

“Of course, broadly speaking, the party is concerned with any attempts to improperly interfere with Canadian elections.”

CSE has been pressed into taking a lead role in the federal government’s efforts to safeguard the 2019 vote.

Along with the CSIS, the RCMP, and Global Affairs, the agency is responsible for “working to identify and prevent covert, clandestine, or criminal activities from influencing or interfering with the electoral process.”

In April, CSE predicted it is “very likely that Canadian voters will encounter foreign cyber interference ahead of, and during, the 2019 general election.” The Star and BuzzFeed News previously reported that at least one political party has been the target of sophisticated, state-sponsored hacking attempts — although national security sources could not say if those attempts were related to the upcoming election or more routine espionage.

Political parties have consistently been a weak link for hostile nations to gather intelligence. In the US, France, and most recently Australia, hackers have targeted political parties — and in the first two cases, leaked damaging information about politicians and campaigns.

CSE is also holding monthly teleconferences for federal political parties to “discuss cyber security advice and guidance, as well as a general overview of the threat environment.”

Alex Wilner, a Carleton University professor studying intelligence and defense issues, said Canada’s intelligence agencies could be sending a message to hostile actors that they’re watching.

“This might be them messaging not just political parties and Canadians, but their messaging foreigners, those who are doing the influencing, saying ‘we know what you’re up to’ with not so many words,” Wilner said.

As the election gets closer, Wilner expects foreign interventions to ramp up.

“Any opponent or adversary to Canada would have, you could imagine, would’ve instituted or developed a campaign of influence,” Wilner said.

“If you’re thinking of a state-based adversary, you can imagine that a campaign would be rolling out for a long time previous to the election. And then you’ve got all the trolls, and all the hate-mongers and the rest, who may or may not be part of a more coordinated campaign, jump on the bandwagon as the election approaches.”

BuzzFeed News and the Toronto Star are investigating the ways in which political parties, third-party pressure groups, foreign powers, and individuals are influencing Canada’s political debate in the run-up to this fall’s federal election. This report was published as part of that collaboration.

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[mikemortgage]

Canada’s cybersecurity firms keep turning to the U.S. for funding, leaving us without a homegrown leader

Canada has a rich history of innovation, but in the next few decades, powerful technological forces will transform the global economy. Large multinational companies have jumped out to a headstart in the race to succeed, and Canada runs the risk of falling behind. At stake is nothing less than our prosperity and economic well-being. The Financial Post set out explore what is needed for businesses to flourish and grow. You can find all of our coverage here.

A couple of years after co-founding eSentire Inc., Eldon Sprickerhoff was funding the fledgling cybersecurity company using an early round of financing and a line of credit he took out on his house.

The Waterloo, Ont.-based firm was growing by 15 per cent a year, but it wasn’t enough to compensate him for the endless hours he was spending to get it off the ground. He was faced with a dilemma.

“When I co-founded the company, I owned 50 per cent of shares of a pie that had practically no market value,” he said in a recent interview. “If I’m putting this much effort into it, I need a bigger payoff than running a mom-and-pop consulting shop or security company.”

To get there, Sprickerhoff followed a path that is becoming the norm in the domestic cybersecurity space and for many other high-tech startups: He sold a majority stake to a New York-based private-equity firm, specifically Warburg Pincus LLC, reportedly for upwards of $100 million.

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“If you really want to keep up with your better-funded competitors, you’ve got to figure out how to build a sales plan, how to build a sales pipeline,” he said. “I’m not saying it’s impossible, but it’s very difficult to do this if you don’t have a war chest.”

Today, eSentire has more than 450 employees across five offices in Waterloo, New York, Seattle, London and Cork, Ireland, and has an international reputation for having pioneered managed detection and response services, in which incident response teams seek out and eliminate cyber threats for clients.

In its field, eSentire is considered an innovator. But to some observers, it exemplifies a concerning trend, that is, Canadian companies with huge potential being snapped up by larger U.S. firms or investors before they can grow into full-fledged homegrown success stories.

In the cybersecurity space, the evidence is overwhelming. An analysis of TSX, TSXV and CSE listings reveals only three publicly traded Canadian companies entirely devoted to cybersecurity. Combined, the market caps of Absolute Software Corp. ($355 million), Hilltop Cybersecurity Inc. ($4.5 million) and Quantum Numbers Corp ($6.5 million) make up 1.2 per cent of the most valuable U.S. cybersecurity company, Palo Alto Networks Inc. (US$22.7 billion).

(BlackBerry Ltd. is continuing to expand and focus on its cybersecurity division, most notably through its $1.4-billion acquisition of California-based Cylance, but the rest of the industry still does not see it as a pure cybersecurity company.)

Tyson Johnson, who is chief operating officer of CyberNB, a government of New Brunswick mandated agency that aims to grow the province’s cybersecurity space, said there are a number of factors contributing to the disparity between the U.S. and Canada. But what he always ends up circling back to is the consistent intervention from the south of the border.

For example, International Business Machines Corp. in 2011 absorbed Q1 Labs, a company founded in Fredericton, N.B., and turned it into its own security intelligence team. Japan’s Trend Micro Inc. in 2009 bought Ottawa-based Third Brigade when it only had 50 employees. Two years ago, Nielsen Holdings PLC came calling for Sentrant Solutions, another Fredericton-based company, just three years after it was founded. The financial terms of these deals were not released.

Johnson is concerned that the pattern of deals means a Canadian leader may never emerge in the sector, but he’s also worried about what that means for the country from a safety perspective.

eSentire president and chief operating officer Paul Haynes, left, and founder and chief innovation officer Eldon Sprickerhoff, right, stand in the company’s server room.

Canada, as a House of Commons committee heard in February, has been a target of consistent cyber attacks due to its NATO membership. But the government does not currently have a company it can rely on that uses Canadian-developed, -operated and -owned technology to fend off cyber crime and would have to rely on third parties in case of an attack. And with a third party, there’s always the chance of back doors being deployed, Johnson warns, or of these companies and their technology being used against Canada.

“What’s to say that the great technologies Canadian companies start up and innovate in today don’t get purchased and invested in by nations we are not as friendly with tomorrow?” he said.

Securing funding in Canada has proven to be challenging for many cybersecurity executives who feel like they may not have a choice but to look outward.

Like eSentire, most cybersecurity companies in Canada are built from the ground up when an entrepreneur such as Sprickerhoff has an idea for a new product or service.

It’s relatively easy to secure funding in Canada when you’re still developing a startup, Sprickerhoff said, because there are several angel investors willing to offer support.

According to the National Angel Capital Organization, 43 angels poured $162.6 million into 505 investments in 2017. That’s up from 2016, when 35 groups invested $157.2 million into 418 investments.

Moving into the scale-up space — where companies such as Q1 Labs, Third Brigade and Sentrant Solutions were before being sold — can create a different challenge.

As companies look to secure more capital, they’re left with fewer partners who are willing to fund them, Sprickerhoff said. Even in an early investment stage, it became more difficult for eSentire to secure “sweet spot” investments between $1 million and $5 million.

“There’s maybe only a dozen that would be willing to do a deal,” he said.

And there are only “two or three” that invest in the $15 million to $20 million range, he said. If they’re not interested, companies have little choice but to widen their scope outside Canada.

Case in point, eSentire once relied on two U.S. partners, Warburg Pincus and Edison Partners, to raise US$47 million to incorporate artificial intelligence into its managed detection response technology.

SecureKey Technologies Inc. founder Greg Wolfond is facing similar hurdles with funding, but is adamant that his company has a “Canada first” mindset.

“The belief in Canada is, ‘Let’s get lots of startups going,’” Wolfond said. “Let’s get a million dollars to this one and a million dollars to that one. These million-dollar companies aren’t going to give you broad and rich and deep cyber defence. You need scale-ups … that can scale to the size of big multinational companies.”

“There isn’t a mentality of let’s help the scale-ups and build a domestic cyber security practice and that’s really important,” he added.

The Toronto-based company, which specializes in software that assists major institutions to digitally verify the identities of their clients, is much smaller than eSentire — SecureKey has 97 employees in Toronto, San Francisco and Florida offices — but Wolfond has been able to keep his majority stake while finding major Canadian investors to help the company grow.

In Canada, SecureKey has found investors in each of the big six banks, as well as Desjardins Group, Rogers Communications Inc. and BCE Inc. “We’re a bit of an anomaly,” Wolfond admitted. That doesn’t mean he’s ignored U.S. funds completely as both Visa Inc. and Mastercard Inc. are two of his largest investors south of the border.

As Wolfond continues to grow his company, he may also reach the point where he’ll be faced with added pressure coming from the U.S. — either in the form of a company attempting to acquire it or an investor looking for a majority stake.

What would help keep companies such as SecureKey in Canada, Wolfond said, is additional investment from the federal and provincial governments.

Critics like Wolfond, Sprickerhoff and Johnson often describe the U.S. as thinking of cybersecurity as an extension of its military. Canada, however, has yet to get there, they said.

In its 2018 budget, the federal government announced it would be increasing its investment in the sector to $500 million over five years. The funds will primarily go towards ensuring the government and its agencies are safe, while also funding the creation of an RCMP unit to focus on cybercrime.

On Tuesday, the government proposed investing another $144.9 million over five years to continue to protect its cyber systems in finance, energy, telecommunications and transport sectors.

The government will also be funding innovation — the main concern brought up in a public consultation was that it needed to find a way to “ensure that startups and innovation born in Canada stay in Canada.”

The budget specifically mentions driving investment, cyber research and development, but does not specify how it will do so or how much funding — if any — will actually reach companies such as eSentire and SecureKey.

But where the Canadian government falters, the U.S. is more than happy to step in. Not-for-profit venture-capital group In-Q-Tel Inc. was launched in 1999 — 11 years before Canada even developed a cybersecurity strategy — and invests in companies producing technology for military use, particularly that of the Central Intelligence Agency.

In-Q-Tel currently funds two Canadian cybersecurity companies: Magnet Forensics Inc., based in Waterloo, and Interset Inc., headquartered in Ottawa. The amount In-Q-Tel invested is unknown, but the firm’s investments usually range between US$500,000 and US$3 million — a respectable investment for both startups and scale-ups that doesn’t involve a stake of the company being sold. There is no equivalent in Canada.

Worse, even to cybersecurity executives such as Wolfond and Sprickerhoff, is that the governments — federal and provincial — lean on larger firms such as IBM for cybersecurity services instead of contracting locally.

“It’s generally easier for me to get on a plane and fly to Hong Kong in 15 hours than it is to fly an hour to Ottawa and do business,” Sprickerhoff said. “We have a Canadian inferiority complex for our tech. Nobody ever got fired for buying IBM.”

The decision to outsource cybersecurity, Wolfond argues, is not just contributing to the exodus of companies, but of individual talent.

He hears it from the youngest talent any time he travels to Waterloo and walks around the local university campus. “They have this expression,” he said, “Cali or bust.”

For those making it, the move isn’t so bad.

When Sandy Bird co-founded Q1 Labs in Fredericton, his dream was to make one sale. He did much more than that, transforming the company into one of the hottest startups at the time and fielding multiple offers for a merger. He settled on IBM.

The entire Q1 Labs team became IBM’s security division with Bird helping to lead it as its chief technology officer, a role that often saw him splitting his time between India, Singapore and the U.S. “I had a job anyone would die for,” he said.

Q1 Labs had about 100 employees working in one Fredericton office when he made the sale. Now, under IBM that number has grown to about 300 he estimated.

There was no disappointment about losing the company he helped start or about giving up on not being able to build it to the point where he may have considered taking it public. That didn’t make the company a failure. In his eyes, it can’t be, considering it resulted in solidifying his own position in the sector, bringing additional jobs to Fredericton and seeing Q1 Labs’ technology become a leader in the market.

Some companies just aren’t meant to be taken public, he said, especially when they’re only earning in the low millions in sales per year and growing at a smaller rate. The better move in that case may be to look for an acquisition, he said.

After leaving his job at IBM, Bird decided to jump back into the private space when “my wife found me counting screws in the garage one day and sorting them into buckets and said you better go back to work,” he said, laughing.

Along with Brendan Hannigan, Bird’s Q1 Labs co-founder, they launched Sonrai Security Inc., which focuses on protecting cloud-based data, in 2017.

Like he did when he was at Q1 Labs, Bird has continued to turn to U.S. investors: “Why not go to the U.S.?” he asked.

Bird sees U.S. investors as a positive for the cybersecurity space. It’s a glass half-full mindset. Instead of sending stakes of Canadian companies to the U.S., he sees the move as bringing U.S. dollars to Canada.

He’s still not sure about an IPO, and neither are Sprickerhoff or Wolfond, although all three agree they would like to see one happen.

One thing Bird is sure of is that he won’t hesitate to pull the trigger on another sale if an opportunity such as IBM comes up and is the play that makes the most sense to him, his company and employees.

And Canada’s cybersecurity sector will remain without a champion.

Financial Post

Email: vferreira@nationalpost.com | Twitter: VicF77

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