#Interview: Global Cyber Leadership Series: Bridging the Talent Gap in Africa

As digital transformation accelerates across Africa, the continent’s cyber threat landscape is expanding at an unprecedented rate. From the explosive growth of mobile financial services to the rapid digitization of critical infrastructure, securing Africa’s digital future requires more than just advanced technologies it demands a robust, highly skilled workforce. Yet, organizations across the sub-region face a critical paradox: a massive, tech-savvy youth population alongside a severe shortage of experienced cybersecurity talent capable of leading governance, mitigating complex risks, and driving operational resilience.

In this exclusive executive interview, we sit down with Hervé BAH, Managing Director of Abidjan-based Ciberobs Consulting. Drawing on over 13 years of field experience across advisory giants like PwC and Deloitte, as well as major corporate environments, BAH delivers a candid, ground-level assessment of the continent’s human capital challenge. From rethinking entry-level recruitment barriers and reskilling internal IT teams to leveraging public procurement and nurturing early-career talent through programs like CyberForge, BAH outlines a clear, strategic vision for building a sustainable, self-reliant African cybersecurity industry.

Biography:

Hervé BAH is the Managing Director of Ciberobs Consulting, a cybersecurity consulting firm based in Abidjan, Ivory Coast and active across West and Central Africa. He brings over 13 years of experience in technology risk management, gained within major advisory firms including PwC and Deloitte, as well as in corporate environments at Société Générale and Orange Côte d’Ivoire.

A software engineer by training, a graduate in software engineering, and trained at the École de Guerre Économique (School of Economic Warfare), he advises banks, insurance companies, and public institutions across the sub-region on audit, governance, and cyber resilience. He also leads CyberForge, Ciberobs’ practical training and pre-integration program designed to cultivate young African cybersecurity talent.

Executive Interview

Question 1

Could you introduce yourself to our readers and share your professional background, your current role, and your involvement in cybersecurity and digital talent development?

Hervé BAH: I lead Ciberobs Consulting, a cybersecurity consulting firm based in Abidjan operating across West and Central Africa.

I am originally a software engineer by training. While I didn’t pursue a career in software development, that background continues to shape my approach to problem-solving: understanding the system thoroughly before trying to secure it.

I began my career in audit and consulting at PwC. Later, I joined Société Générale, then Orange Côte d’Ivoire, before returning to advisory services at Deloitte Côte d’Ivoire, where I led the Technology, Data, and Cyber Risks Advisory practices. Having worked on both sides of the table taught me a great deal. From an auditor’s perspective, certain decisions can appear incoherent. Once you work inside an enterprise, you realize that these decisions often stem from complex trade-offs between risk, budget, operations, and available time.

Today, I view cybersecurity primarily as a risk management discipline. You must understand what could prevent an organization from achieving its objectives, measure the potential consequences, and then decide where to focus resources which will always be finite. Technology and standards are essential, but they remain tools serving that decision-making process.

That said, technical depth remains indispensable. You cannot properly evaluate a risk you do not understand. My engineering foundation serves me every day, even though I haven’t written code in a long time.

Above all, this profession requires sound judgment. Judgment is forged through exposure to real-world scenarios alongside mentors who review your work, correct your mistakes, and explain what you missed.

That is precisely why we created CyberForge. We onboard young professionals, immerse them in real-world case studies within a controlled environment, and provide close mentorship. To us, this program is an integral part of our business model. In our market, a firm seeking sustainable growth must actively contribute to training its future talent.

Question 2

How would you describe the current state of cybersecurity human capital on the African continent?

Hervé BAH: I wouldn’t say Africa lacks talent. We have a massive, connected, largely self-taught youth population alongside highly active technical communities. The talent pipeline is real.

However, our talent pyramid is top-heavy and imbalanced. We have a large base of entry-level candidates, very few truly autonomous mid-level professionals, and an even smaller pool of senior leaders capable of decision-making, structuring functions, and mentoring the next generation. When the top of the pyramid is too narrow, the growth of the entire junior generation stalls. That is my primary concern.

Furthermore, skills are heavily concentrated in a few major metropolitan areas, and we lack reliable data to measure them accurately. How many professionals are practicing across the eight WAEMU (UEMOA) countries today? In which domains, and at what experience levels? We do not have solid data on this. Consequently, we often debate the African skills shortage using statistics generated for foreign markets.

Question 3

Why has the shortage of qualified professionals become a strategic issue for African businesses, governments, and institutions?

Hervé BAH: Because cyber risk is now a core business risk, on par with credit or operational risk. An organization cannot responsibly manage a risk it can neither comprehend nor quantify.

Our exposure surface has expanded dramatically. The rapid digitization of financial services, public administration, and critical national infrastructure has broadened the attack surface far faster than our capacity to defend it. Mobile money is a phenomenal African success story, but that success has also made it a prime target for threat actors.

Regulatory mandates have also tightened around security governance, personal data protection, and business continuity. While necessary, each new compliance requirement creates a demand for specialized skill sets that the labor market is struggling to satisfy.

Finally, there is a fundamental sovereignty issue. When an organization lacks internal cybersecurity capability, it doesn’t just outsource a service it outsources the understanding of its own risk profile. For a private enterprise, that is alarming; for a nation-state, it becomes a critical vulnerability.

Question 4

What are the primary drivers behind this talent deficit: a lack of specialized training, low awareness, brain drain, limited career opportunities, or other factors?

Hervé BAH: All of these play a role, but I wouldn’t place a lack of training at the top of the list.

The fundamental issue is that the market absorbs entry-level talent very poorly. Companies demand experienced professionals and post very few entry-level roles. It is common to see three to five years of experience required for introductory functions. As a result, we have motivated, well-educated candidates who lack platforms to gain authentic hands-on experience. That is where the pipeline breaks.

We also struggle with skills assessment. Lacking a standardized regional competency framework, recruitment relies heavily on degrees and certifications. While these are helpful indicators, they don’t tell the full story. Several of the best professionals we’ve hired in recent years were not the most impressive on paper.

In addition, many academic curricula remain overly theoretical. Young graduates understand abstract concepts but have never interacted with live production systems complete with technical debt, edge cases, and operational compromises.

Brain drain is real, occurring in two distinct forms:

1. Traditional Migration: Relocation to Europe, North America, or the Gulf region.
2. “Exportation without Expatriation”: Engineers residing in Abidjan, Dakar, or Douala while working remotely for foreign employers at compensation levels local markets cannot match. The talent remains physically in Africa, but their expertise no longer directly benefits the local economy.

Lastly, we must address enterprise budgeting. Organizations invest heavily in software licenses and security hardware, yet allocate virtually nothing to train, mentor, and retain the personnel required to operate those tools.

Launching new training programs is helpful, but insufficient on its own. Until we subsidize initial employment, mentorship, and mid-level career progression, we will continue to churn out graduates without resolving the talent shortage.

Question 5

Is there a disconnect between academic curricula in African universities and the real-world demands of the cybersecurity market?

Hervé BAH: Yes, a disconnect exists, though it is not primarily about theoretical knowledge.

Academic programs generally cover the fundamentals well: networking, operating systems, cryptography, application security, and basic compliance frameworks. A fresh graduate in Côte d’Ivoire or Senegal often possesses a solid theoretical foundation.

What they lack is exposure to real-world enterprise environments. In production systems, one must navigate legacy infrastructure, accumulated technical debt, budget constraints, and internal politics. Students learn the rulebook, but rarely how rules are negotiated and implemented in a live corporate setting.

Soft skills and reporting are another critical gap. Identifying a vulnerability is only half the job; candidates must articulate the risk in a way that enables executive leadership to make informed decisions. I frequently meet young professionals who can demonstrate an exploit with high technical proficiency, but struggle to convey the business impact to an executive board. Clear writing and executive communication are core requirements of this job.

Furthermore, academic institutions face agility constraints: designing and accrediting a degree program takes years, whereas technologies and attack vectors evolve continuously.

This is not a critique of universities they provide foundational logic and intellectual structure. Practical expertise can only be built in the field. CyberForge bridges this exact gap: candidates work on real-world scenarios under the supervision of seasoned practitioners who review, correct, and mentor them.

The priority is not simply reforming school curricula, but establishing structured transition mechanisms between academia and enterprise environments.

Question 6

What technical and non-technical skills must aspiring African cybersecurity professionals build to address emerging threat vectors?

Hervé BAH: My advice is to build a rock-solid generalist foundation before specializing:

• Core Technical Stack: Systems and networking administration, directory services (Active Directory/IAM), cloud infrastructure basics, scripting, log analysis, secure coding principles, and familiarization with major framework standards.

A strong foundation lends credibility to risk assessment. An analyst who has never administered the system they are auditing risks producing clean, yet practically useless risk matrices.

Cybersecurity encompasses diverse domains: offensive security, SOC detection, architecture, cryptography, and GRC (Governance, Risk, and Compliance). All share a single objective at different operational levels: reducing organizational uncertainty. No domain is superior to another, and none should operate in isolation.

Practitioners must learn to cross-communicate. GRC specialists must maintain technical literacy to avoid producing disconnected policy paperwork. Conversely, technical engineers must learn the language of business risk; I have seen brilliant penetration testing reports sit unaddressed for months simply because no one translated the technical findings into actionable executive risk decisions.

Among non-technical skills, I place heavy emphasis on technical writing. A poorly written report invalidates high-quality technical work. Candidates must also learn to map technical flaws to business impacts, demonstrate intellectual honesty regarding what they don’t know, and adhere to strict ethical standards. We handle privileged information; trust accepts no compromises.

Additionally, operating in our region teaches practitioners to work within tight budgetary constraints. This fosters resourcefulness, prioritization, and methodical problem-solving traits that become a powerful competitive advantage when these professionals are later given larger budgets.

Question 7

How can universities, tech companies, and governments better collaborate to build aligned training frameworks?

Hervé BAH: We sign many Memorandum of Understandings (MoUs), but very few actually alter a student’s career trajectory. Real collaboration requires human talent circulation, dedicated time, and targeted funding.

1. Integrated Practitioner Faculty: Active practitioners should teach credit-bearing modules within university programs, while academic faculty should periodically participate in live corporate consulting projects. To work, practitioners must be compensated and professors given dedicated time off for industry immersion.
2. Structured Apprenticeships: Transition away from short “observation internships” toward extended, credited work-study programs with clear deliverables and real accountability.
3. First-Job Subsidies: The single most impactful policy intervention would be government co-funding for the first year of a junior cybersecurity professional’s salary. By subsidizing entry-level positions, public policy directly unblocks the most fragile link in the talent chain far more effectively than funding endlessly repetitive bootcamps.
4. Regional Competency Frameworks & Shared Technical Labs: Establish standardized regional skill frameworks and pool resources into centralized, state-of-the-art regional cyber ranges, rather than underfunding fragmented university labs.

Question 8

Do international certifications play a key role in developing African cyber talent? Which paths do you recommend?

Hervé BAH: I prefer recommending structured learning pathways rather than a static list of certifications, as requirements vary based on career goals and target markets.

Certifications serve a clear purpose: in a market where talent benchmarking is difficult, they provide recruiters, clients, and regulators with a standardized baseline. They demonstrate discipline and a shared vocabulary, though they do not inherently guarantee job readiness.

• For Beginners: Consolidate network/system administration fundamentals first, followed by a reputable generalist security certification.
• Specialization Phase: Choose hands-on practical paths offensive testing (requiring lab exploitation), defensive security (focused on SOC analysis/detection), or cloud security on platforms widely adopted in your target market.
• GRC, Management & Audit: Advanced governance and audit certifications make the most sense after acquiring several years of practical field experience. Certifications provide methodology; experience teaches you when and how to apply it.

For candidates with limited financial means, I advise investing in certifications that require rigorous practical lab work and produce verifiable proof of competency over accumulating multiple entry-level multiple-choice certificates.

Question 9

How can we encourage more young Africans particularly women and non-technical profiles to pursue cybersecurity careers?

Hervé BAH: As an advocate engaged in the HeForShe movement, I believe in concrete structural action.

My own trajectory proves there is no single entry door. I hold a degree in software engineering, yet I never worked as a developer, transitioning early into audit, risk, and governance. Unfortunately, industry outreach often portrays cybersecurity as an exclusively young, male-dominated, hyper-technical, 24/7 field. This alienates data privacy lawyers, internal auditors, quality control managers, and risk specialists whose skills map directly to cybersecurity needs.

Women are already well-represented in law, audit, quality management, and data disciplines, as well as increasingly in engineering schools. However, many fall off the radar between graduation and their first placement. The challenge is not merely sparking interest, but reforming how we recruit and onboard female candidates.

Unconscious bias frequently skews hiring:

• Job descriptions often list excessively narrow requirements that discourage qualified women from applying.
• Technical interviews often reward fast, aggressive responses over methodical evaluation and prudence, the latter being vital for real-world security.
• Operational demands (such as unexamined on-call schedules or late meetings) quietly filter out talented candidates.

In our firm, approximately 1 in 8 applicants is a woman. While encouraging, it means that even with a completely unbiased selection process, gender disparity remains significant. Intervention must happen long before recruitment: actively presenting career paths in universities, partnering with student organizations, and encouraging non-traditional applicants.

I also caution against “benevolent stereotyping” the notion that women are inherently better suited for “soft skills” like communication or awareness training. This unintentionally channels female talent away from technical paths like penetration testing, incident response, or cloud architecture. They must have equal encouragement and access across all domains.

Actionable Steps:

1. Draft job descriptions based on core competencies rather than arbitrary lists of diplomas and years of experience.
2. Standardize interview scoring grids across all applicants.
3. Mandate gender-diverse candidate shortlists.
4. Highlight female role models across technical and executive disciplines.
5. Male leaders must take direct accountability: refusing all-male candidate lists, recommending female peers for industry panels, and ensuring junior team members present their own work publicly.

Question 10

African organizations struggle to recruit and retain cybersecurity talent. What strategies should they implement?

Hervé BAH:

1. Abandon the “Unicorn” Illusion: I see organizations search for a year for a non-existent “perfect expert,” when they could have upskilled two high-potential internal candidates in that same timeframe. We refuse to train, then express surprise at the lack of experienced talent.
2. Promote Internal Career Transitions: Reskilling internal talent is highly effective because candidates already understand the business. Developers can transition into Application Security; SysAdmins into Hardening/SOC Detection; Auditors/Lawyers into GRC; and IT Ops into Business Continuity. A seasoned SysAdmin can be reskilled into an operational security role within 18 months.
3. Address the Root Causes of Attrition: Salary is rarely the sole driver for departures. Monotony, lack of career progression, and executive apathy toward security alerts drive talent away. An expert who documents critical risks only to see their warnings ignored for two years will leave, regardless of pay.
4. Build Dual-Track Progression (Technical vs. Managerial): In many organizations, top technical experts must move into management roles to advance, forcing them away from hands-on technical work. Organizations must establish parallel technical tracks offering competitive compensation without requiring managerial shifts.
5. Elevate Strategic Positioning: A CISO placed too low in the organizational hierarchy lacks authority and visibility, leading to burnout. Beyond salary, offer protected time for research, real training budgets, and opportunities to contribute to the security community.

Question 11

How can Africa build an environment capable of retaining its top talent?

Hervé BAH: I prefer to frame this around talent circulation rather than rigid retention.

Professional mobility is irreversible and can be highly beneficial. An engineer from Côte d’Ivoire who spends several years in a European Security Operations Center (SOC) acquires specialized operational experience that is difficult to replicate locally. The problem arises when ties are permanently severed. We should view the diaspora not as a loss, but as a strategic asset for knowledge transfer. An expert based in Montreal can mentor junior teams in Abidjan remotely.

Simultaneously, we must create compelling professional reasons to stay or return. High-value projects, strong mentorship, access to serious technical environments, and vibrant peer communities weigh heavily on career decisions. A market offering only basic compliance work will lose its best technical talent, regardless of salary increases.

Regarding “exportation without expatriation” (remote work for foreign firms), local employers must compete on factors beyond hourly rates: offering meaningful work, clear progression, leadership responsibilities, and direct influence over business decisions.

Finally, governments can leverage public procurement. By awarding demanding contracts to qualified local companies, public institutions create high-value missions that help local teams grow and give top professionals strong reasons to build their careers on the continent.

Question 12

Small and Medium Enterprises (SMEs) in Africa often have limited resources. How can they build internal cybersecurity capabilities?

Hervé BAH: An SME does not necessarily need a full-time CISO, but it must retain ownership of its cyber risk. Decisions to accept, mitigate, or transfer risk belong to executive leadership and cannot be fully outsourced to a vendor.

• Designate an Internal Risk Point of Contact: Assign a part-time internal focal point with a clear mandate, a dedicated training budget, and direct reporting lines to executive management. This is also an excellent growth role for a junior professional.
• Focus on Sustained Baseline Hygiene: Maintain core security controls consistently rather than chasing overambitious programs:
  • Multi-Factor Authentication (MFA)
  • Tested offline backups
  • Timely patching of exposed systems
  • Strict access management and offboarding procedures
  • Network segmentation
  • Regular employee awareness
  • A simple, documented incident response procedure
• Outsource Specialized Capabilities: Leverage fractional CISOs, external penetration testing, and incident response retainers. A well-structured multi-year contract with a qualified provider costs significantly less than a senior full-time hire while providing on-demand expertise.
• Industry Mutualization: Industry associations and chambers of commerce should establish shared security services and SOC capabilities for their members. SMEs should also utilize state vocational training grants, which exist across the sub-region but remain underused for cybersecurity.

Question 13

With the rise of AI, Cloud, IoT, and modern architectures, which cybersecurity skills will be in highest demand?

Hervé BAH: While market forecasting evolves rapidly, several trends are clear:

1. Identity & Access Management (IAM): Identity is the new security perimeter.
2. Cloud Security Engineering: High demand for practitioners who can actively secure cloud platforms, rather than just understand cloud theory.
3. Detection Engineering: The ability to write, test, and maintain custom detection rules rather than merely triaging vendor tool alerts. This skill remains scarce in our region.
4. AI & Data Security: Evaluating machine learning models, preventing data leakage, and auditing AI vendor risks.
5. Software Supply Chain Security: Essential for a region heavily reliant on third-party software components.
6. OT/ICS & IoT Security: Securing operational technology across energy, mining, telecommunications, and port logistics.
7. Localized Threat Intelligence: We consume too much threat intelligence produced for foreign contexts. Attack vectors targeting African mobile payment ecosystems have unique characteristics; if we do not document these threats ourselves, no one else will.

Question 14

Will Artificial Intelligence alleviate the talent shortage, or will it increase complexity?

Hervé BAH: AI will do both: it will automate routine workloads while increasing the importance of advanced human skills and introducing new risk vectors.

AI is already driving productivity gains in alert enrichment, log correlation, baseline configuration reviews, initial incident draft reporting, and threat monitoring.

However, AI cannot replace contextual business judgment, decision-making under uncertainty, or accountability to a Board of Directors. A machine can suggest a conclusion, but it cannot take legal or operational responsibility for it. Human oversight remains central to risk management.

My primary concern relates to entry-level talent development. Automated tasks – triaging alerts, documenting initial incidents, performing basic reviews – are precisely where juniors historically learned the trade. If we eliminate these steps in the name of short-term efficiency, we risk breaking the learning process. In a few years, we will struggle to find senior experts because no one had the opportunity to build foundational field intuition.

Organizations must deliberately reserve a portion of these operational tasks for junior staff under senior supervision. Time spent reviewing and correcting junior work must be treated as a necessary investment in talent development.

Simultaneously, AI creates its own security requirements. The rapid adoption of AI agents introduces data leakage risks, model poisoning, and vendor dependencies. AI lightens operational loads, but it does not remove the need for human expertise.

Question 15

How can African professionals prepare for specialized roles like SOC Analyst, Cloud Security Engineer, Threat Intel Specialist, GRC Expert, or Zero Trust Architect?

Hervé BAH:

1. Commit to a Single Trajectory: Pick one defined path and stick to it for at least 12 months. Fragmented focus is a major hurdle for self-taught candidates who jump between tools and certifications without mastering any single domain.
2. Master the Common Core: Systems, networking, identity, and basic automation.
3. Deep-Dive into Role-Specific Skills:
   • SOC Analyst: Master log analysis, SIEM/XDR platforms, and attack taxonomy frameworks (like MITRE ATT&CK).
   • Cloud Security Engineer: Deeply master one primary cloud provider, Infrastructure-as-Code (IaC), and cloud IAM.
   • Threat Intel Specialist: Cultivate analytical methodologies, language skills, and a deep understanding of regional cybercrime ecosystems.
   • GRC Expert: Master international standards, local regulatory frameworks, and business risk writing.
   • Zero Trust Architect: Gain hands-on experience operating production systems before attempting to architect enterprise security frameworks.
4. Build a Public Work Portfolio: Document home labs, publish technical write-ups, and contribute to open-source projects. A portfolio of practical work carries far more weight than an extra line on a resume.
5. Seek Experienced Mentorship: While AI tools can assist learning, they cannot replace feedback from an experienced practitioner who points out where your logic derailed.

Question 16

What strategic vision would you recommend to African decision-makers to build a sustainable local cybersecurity industry?

Hervé BAH: We have raised awareness; now we must establish structural conditions to sustainably produce local skills, services, and companies.

• Conduct a Reliable Regional Talent Census: We need an accurate census categorized by country, specialization, and experience level. Without this data, public policy will continue to rely on imported statistics.
• Incentivize First-Time Hiring & Career Transitions: Subsidize the first year of employment for junior talent and fund reskilling programs for mid-career IT, audit, and legal professionals.
• Leverage Strategic Public Procurement: Mandate qualified local providers, prioritize local teams, and enforce skill-transfer clauses in public contracts to help build competitive local firms.
• Adopt Regional Integration: National markets in our region are often too small to achieve critical mass independently. We need standardized regional skill frameworks, cross-border qualifications, and shared infrastructure, such as regional cyber ranges and anonymized incident-sharing platforms.
• Commit to Long-Term Continuity: Avoid short-lived pilot projects that disappear when initial funding ends. Building human capital requires a decade-long commitment; decisions made today will yield their most visible results around 2035.

Question 17

What roles should governments, the private sector, international organizations, and tech communities play?

Hervé BAH: No single entity can solve this alone:

• Governments: Set regulatory standards, fund initial incentives, leverage public procurement, and facilitate national incident data collection. Their role is not necessarily to deliver training directly, but to make training investments viable for institutions and businesses.
• Private Sector: Provide what classrooms cannot real-world operational experience. Companies must open junior roles and allocate senior staff time to mentorship, treating it as an industry investment.
• International Organizations: Fund multi-year capacity initiatives and support regional regulatory harmonization, prioritizing sustainable programs over one-off events.
• Technical Communities: Continue driving peer-to-peer knowledge sharing and mentorship. These grassroots groups are often the primary hub for practical learning and deserve formal recognition and financial support.
• Establish Regional Mapping: To resolve initiative fragmentation, an existing regional body should publish an annual map of active talent programs to eliminate redundancies and identify underserved areas.

Question 18

What piece of advice would you give to young Africans aspiring to start a career in cybersecurity?

Hervé BAH: Start now. Do not wait until you feel completely ready, because that moment never truly arrives. Confidence is built through practice.

Master technical writing. Communicating complex technical issues clearly to non-technical stakeholders accelerates a career far faster than most beginners realize.

Prioritize mentorship over immediate compensation early on. Working alongside a team that reviews your work and corrects your mistakes is far more valuable than a slightly higher initial salary in an isolated role. You can make up for a lower starting salary later, but lost years of learning are difficult to recover.

Do not confuse tool proficiency with core competence. Security tools change constantly, whereas analytical methodologies, risk comprehension, and fundamental logic endure. Remember that businesses have operational priorities beyond security; understanding these constraints allows you to better defend your recommendations.

Maintain uncompromising ethical standards from day one. Reputation is built slowly over years but can be destroyed by a single poor choice.

Finally, embrace the process. Consistency almost always outperforms raw talent in the long run.

Question 19

How do you envision the future of African cybersecurity talent by 2030? Can Africa become a major global player?

Hervé BAH: 2030 is less than four years away.

Most professionals who will serve as our senior leaders in 2030 are already in the workforce today. Someone starting their training today will have under five years of field experience by 2030. This means much of the 2030 outlook is already determined, and policies we launch today will primarily shape the landscape for 2035.

Near-term impact can still be achieved through career transitions, remote diaspora mentorship, and public procurement mandates. Beyond that, we must commit to long-term planning.

Africa can become a major global player, not merely through sheer workforce numbers, but by leading in specialized areas where we already possess unique field experience:

1. Mobile Payments & FinTech Security: Africa leads in mobile financial services adoption, confronting unique fraud patterns ahead of other global markets. This operational experience can be structured and exported globally.
2. Resource-Constrained Security Engineering: Our teams excel at securing complex environments under tight budgets and resource constraints. This capability is highly relevant globally, though rarely marketed as a formal methodology.
3. Demographic Advantage: Africa’s young population can supply cybersecurity talent globally, provided we structure education, career progression, and local economic retention.

By 2030, we can realistically expect to see well-structured regional hubs, a mature local services industry, and recognized African expertise in mobile financial security. The senior leadership generation trained fully on the continent will follow. The talent exists; the true question is whether we are prepared to invest with a horizon longer than current political mandates.

Closing Note:

Hervé BAH’s insights serve as a compelling call to action for executives, policymakers, and industry leaders across the continent. Building a resilient cyber ecosystem in Africa requires moving past temporary fixes and committing to long-term investments in human capital from subsidizing first-time employment and fostering internal career transitions to establishing unified regional frameworks. As the digital economy continues to expand, nurturing and retaining local expertise remains paramount to safeguarding the region’s digital sovereignty and future innovation.