Logo
Cybersecurity

Cybersecurity Training Needs More Room for Failure

Getting everything right in training feels good. Getting something wrong may teach you more, especially when the alternative is learning the same lesson during a real incident.

ITSEC AsiaITSEC Asia
|
Sep 04, 2026
Cybersecurity Training Needs More Room for Failure

A cybersecurity exercise where everything goes according to plan is wonderfully reassuring. It may also be slightly suspicious.

Real incidents rarely arrive with tidy instructions. An alert can look harmless until it isn’t. Evidence can contradict itself. Someone makes an assumption, spends 20 minutes following it and discovers they were looking in entirely the wrong place.

That messy part of cybersecurity deserves a bigger role in how people are trained.

NIST’s National Initiative for Cybersecurity Education (NICE) is putting that idea directly into its workforce discussion. Its upcoming September session on preparing students for cyber careers focuses on realism-based training, including how controlled failure can become useful workforce data rather than something educators simply mark wrong.

That’s a useful distinction. A score tells you whether someone found the answer. Watching how they reached it tells you much more.

A Wrong Answer Can Reveal the Real Skills Gap

Imagine two SOC trainees investigating the same suspicious activity. Both eventually identify the threat. One gets there systematically. The other clicks through five theories, misses a clue and reaches the answer mostly by luck.

On paper, both passed. Operationally, they’re in very different places.

Realistic exercises can reveal things that conventional tests struggle to measure:

  • Whether someone knows what evidence to prioritise
  • How they respond when their first assumption is wrong
  • Whether they can explain a technical decision clearly
  • How effectively they work with other people under pressure
  • When they escalate a problem instead of trying to solve everything alone

These are difficult skills to learn from a slide deck. PowerPoint, despite many years of dedicated service, still can’t simulate a production incident.

Indonesia Is Moving Toward Work-Based Learning

Indonesia’s broader workforce policy is also putting more emphasis on training that connects directly with work.

On 1 September, Coordinating Minister for Economic Affairs Airlangga Hartarto launched the latest National Vocational Training program and stressed the need for competencies that match changing industry requirements.

Some vocational programs are already extending that approach beyond classroom instruction. BBPVP Bandung’s September intake, for example, includes a one-month project-based on-the-job training period after formal training.

Cybersecurity needs the same connection between learning and doing, perhaps even more urgently. A real organization isn’t a good place to discover that someone has never handled an ambiguous incident before.

Practice Should Be Allowed to Get Messy

Cyber ranges and realistic simulations create a useful middle ground. People can investigate, make decisions, get something wrong and understand why, without an actual customer database having a particularly bad afternoon.

For training teams, those mistakes are valuable. They show where knowledge stops and operational judgment begins.

That principle is part of the learning approach at ITSEC Cyber & AI Academy, where practical exercises and realistic scenarios give participants opportunities to apply cybersecurity knowledge rather than simply remember it.

The goal isn’t to create exercises everyone can finish perfectly. It’s to create professionals who’ve already encountered confusion, wrong assumptions and difficult decisions before the stakes become real.

Explore practical cybersecurity and AI training at ITSEC Cyber & AI Academy.

References: NIST NICE: Preparing Today’s Students for Tomorrow’s Cyber Careers · Indonesia’s Coordinating Ministry for Economic Affairs: National Vocational Training, 1 September 2026 · BBPVP Bandung: project-based vocational training, September 2026

Share this post

You may also like

Healthcare Cybersecurity in Southeast Asia: Why Patient Data Systems Are the New Frontline
Cybersecurity

Healthcare Cybersecurity in Southeast Asia: Why Patient Data Systems Are the New Frontline

INTRODUCTION What does it take for an attacker to compromise the personal health records of 1.5 million patients, including a sitting prime minister? At SingHealth in 2018, the answer turned out to be a single unpatched vulnerability, a phishing email, and nearly a year of undetected access before anyone noticed something was wrong. The investigation that followed found no penetration tests had been conducted, no two-factor authentication had been enabled on critical systems, and cybersecurity had been treated as an IT management issue rather than an organizational risk. The Committee of Inquiry described the failures as a catalogue of missed opportunities that a far less skilled attacker could have exploited just as easily. That was 2018. Since then, the threat to healthcare systems across Southeast Asia has not diminished. It has industrialized. Cyberattacks in the region doubled in 2024 compared to the previous year, with healthcare consistently listed alongside finance and government as a primary target. Globally, healthcare accounted for 23% of all data breaches in 2024, overtaking finance for the

ITSEC AsiaITSEC Asia
|
Jun 30, 2026 — 8 minutes read
Cloud Misconfigurations Are Still the Leading Cause of Breaches: Here Is How to Stay Ahead
Cybersecurity

Cloud Misconfigurations Are Still the Leading Cause of Breaches: Here Is How to Stay Ahead

Introduction How many storage buckets, IAM roles, or API endpoints in your organization's cloud environment could you confidently say are configured correctly right now. Most security leaders cannot answer that with certainty, and that uncertainty is precisely what attackers count on. Recent industry research puts the picture in sharp focus. Verizon's Data Breach Investigations Report ties fifteen percent of breaches directly to cloud misconfiguration, while separate analysis from SentinelOne finds that ninety five percent of cloud security failures trace back to human error rather than a flaw in the platform itself. Gartner has been saying the same thing for years, projecting that through 2026, ninety nine percent of cloud security failures will be the customer's fault, not the provider's. ITSEC Asia, Indonesia's leading cybersecurity company, works with organizations across Indonesia, Singapore, Australia, and the UAE that are racing to modernize their infrastructure, and the pattern is consistent everywhere. Teams move fast to ship to the cloud, and the governance needed to secure that environment quietly falls behind. Source: Cloud Security Statistics

ITSEC AsiaITSEC Asia
|
Agu 07, 2026 — 5 minutes read
Post-Quantum Cryptography Readiness with ITSEC
Cybersecurity

Post-Quantum Cryptography Readiness with ITSEC

For decades, public-key cryptography has been the backbone of protecting sensitive information, such as financial transactions, personal data, corporate communications, and government secrets. Whether logging into a secure banking app, shopping online, or browsing encrypted websites (like HTTPS), public key infrastructure (PKI) protects your data from cybercriminals. However, the rise of quantum computing introduces transformative and potentially disruptive challenge to this foundation of digital trust. THE QUANTUM REVOLUTION Quantum computers can perform complex computations faster than even the most advanced current supercomputers. While this capability promises breakthroughs in drug discovery and healthcare, materials science or Artificial Intelligence (AI), it also poses a significant threat to current cryptographic systems. Quantum computers could break widely used publickey cryptographic systems (e.g., RSA, ECC), compromising critical infrastructure security such as energy grids, financial systems, and sensitive government communication networks. Compromised public-key cryptography could lead to forged digital certificates or signatures, undermining trust in banking, healthcare, and government services. Quantum cryptography attacks could also compromise billions of connected devices, from smart homes to Industrial Control Systems (ICS), by

ITSEC AsiaITSEC Asia
|
Jul 11, 2025 — 4 minutes read

Receive weekly
updates on new posts

Subscribe