Dima Shaposhnykov, former Head of Cybersecurity at PwC Israel and now an independent leader in the cyber and AI security space, is reshaping how talent enters the cybersecurity industry. His Cyber Analyst course, developed in partnership with Google and Reichman Tech School, takes a bold step away from elite pipelines and instead focuses on students from Israel’s peripheral communities – areas often left out of the tech education boom.

“I have started a Cyber Analyst course with Reichman Tech School to allow personnel from periphery communities who do not have access to courses,” Shaposhnykov explains.

The global cybersecurity workforce shortage has reached unprecedented levels, with 3,999,964 professionals needed to fill the gap according to recent industry analysis. Despite the cybersecurity workforce growing by 8.7% in the past year, demand has outpaced supply by 13%, creating what researchers describe as the largest skills shortage in the field’s history. This crisis affects organizations worldwide, with 87% experiencing security breaches last year, many losing over $1 million due to insufficient staff training.

From Military Tradition to Civilian Solutions

The switch from military-dominated cybersecurity education to civilian programs reflects broader changes in how nations develop digital defense capabilities. Traditional models relied heavily on personnel with military backgrounds, creating inherent limitations in workforce diversity and accessibility.

Shaposhnykov’s approach recognizes that effective cybersecurity requires cognitive diversity rather than uniform backgrounds. His military experience in Israel’s elite programmer course provided a technical foundation, but his civilian work revealed the importance of different perspectives in identifying vulnerabilities and developing comprehensive protection strategies.

Following his military career, Shaposhnykov joined PwC Israel, where he led the Cybersecurity Practice. At PwC, he consulted with major clients and helped develop advanced frameworks that balanced cutting-edge defense with operational flexibility, further reinforcing his philosophy that security must not come at the expense of functionality.

“Already we are seeing great success with the graduates of the first cycle and the 2nd already started,” Shaposhnykov reports.

This progression from pilot program to implementation demonstrates both market demand and educational effectiveness. The program’s structure allows participants to maintain existing commitments while acquiring professional cybersecurity skills through intensive but manageable training schedules.

The course content covers essential cybersecurity analyst functions including threat assessment, vulnerability management, incident response, and security architecture. Students learn practical skills using industry-standard tools while developing the analytical thinking required for effective cybersecurity work. This combination of technical training and cognitive development prepares graduates for immediate employment in various cybersecurity roles.

Economic Mobility Through Digital Defense

Cybersecurity professionals in Israel earn substantially higher salaries than most traditional occupations available in peripheral areas. The global nature of cybersecurity threats means that analysts can work for international companies while remaining in their home communities, creating economic activity in previously underserved areas.

Israel’s broader efforts to develop peripheral technology talent include programs like Magshimim, which has operated since 2010 to provide cyber education for students in 75 communities across Israel’s geographic and social periphery. These initiatives recognize that untapped potential exists throughout the country, not just in major metropolitan areas or among military veterans.

The success of peripheral community graduates challenges assumptions about cybersecurity talent requirements. Rather than needing advanced degrees or elite military service, effective analysts require critical thinking skills, attention to detail, and the ability to learn continuously as threats develop. These capabilities exist broadly across populations when appropriate educational opportunities are provided.

Measuring Success Beyond Employment Statistics

The partnership with Google brings global technology expertise to local educational delivery. This combination allows the program to maintain current relevance with changing cybersecurity technologies and addressing specific community needs and circumstances.

The program’s impact trumps traditional metrics of educational success such as completion rates and employment placement. Graduates contribute to their home communities through increased economic activity and serve as role models for younger residents considering technology careers.

“The balanced approach on how to achieve great security while not compromising on functionality” that Shaposhnykov promotes throughout his work influences how graduates approach cybersecurity challenge. This philosophy emphasizes practical solutions that enable business operations rather than creating obstacles, addressing persistent industry criticism that security implementations often impede productivity.

Scaling Talent Development Models

Educational institutions worldwide struggle to keep cybersecurity curricula current with rapidly changing threat landscapes and defensive technologies. The partnership approach allows academic institutions to leverage industry expertise while companies contribute to workforce development without bearing full educational costs.

The focus on underserved communities provides additional benefits beyond workforce development. Technology education in peripheral areas can slow urban migration by creating local economic opportunities, contributing to more balanced regional development.

In October 2025, Shaposhnykov served as a judge at the Health Insurance AI Hackathon organized by Tantun Holdings – a global competition centered on privacy-preserving, compliant AI innovations for the healthcare sector.
As a member of the judging panel, alongside former PwC colleagues and industry leaders, he helped evaluate winning projects like “HealthBot” and “The Tokenizer.”

“The Tokenizer demonstrates what practical security looks like in AI,” Shaposhnykov said. “It’s a small idea with enormous implications for compliance-driven industries like healthcare and insurance.”

International development organizations have begun examining the program as a model for technology education in emerging economies. The combination of practical skills training, economic opportunity creation, and social mobility advancement addresses multiple development objectives simultaneously.