Recognize. Exploit. Fix. Explain — before attackers do.

The sprint at a glance

Baseline

A short assessment of secure-coding knowledge, vulnerability recognition and attacker thinking — the measurable starting point.
Guided Online Labs

Guided online labs across OWASP, injection, authentication, cryptography, cloud, social engineering and AI-related risks.
Breach Missions

Realistic scenarios inspired by real incidents: how vulnerabilities chain together into actual breach paths.
Live Simulation

A competitive four-hour team challenge — knowledge applied under pressure, observable behavior instead of theory.
Executive Debrief

A team-level report of strengths, weaknesses, risk patterns and recommended next actions.

FLAGSHIP PROGRAM

Hack the Bank: Developer Breach Readiness Sprint

(3)

8–12 week sprint · cohorts of 12–25 · developers, architects, DevOps & cloud engineers

On request scoped per cohort

Developer breach readiness for software teams that need secure-by-design behavior, not passive awareness. Through guided online labs, real-world breach simulations and a live team challenge, developers safely exploit, understand and fix the vulnerability patterns that cause real incidents — giving engineering and security leaders measurable evidence of team capability.

Prove the model with a single 12–25 person cohort, then scale by team.

Product Sku: DOR-AWR-HTB-SPRINT · Cat: Awareness

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Your developers do not need another cybersecurity awareness course.

They need to understand how attackers think, how vulnerabilities chain together, and how small technical decisions become real incidents. Hack the Bank gives them that experience safely: instead of passive content, developers are placed inside realistic breach scenarios where they exploit, understand, defend and fix the vulnerability patterns behind real-world security failures — then prove what they can recognize, exploit, fix and explain under pressure.

For developers

Hands-on and memorable — labs, missions and a competitive live simulation instead of videos and quizzes.

For engineering leaders

Secure-by-design behavior: risky patterns get recognized earlier in the development lifecycle.

For CISOs

Evidence of capability instead of another completion metric — a measurable readiness score and heatmap.

By the end of the sprint, participants can:

Recognize common software vulnerability patterns
Understand how small coding mistakes become exploitable attack paths
Think like an attacker in order to build more defensively
Identify how vulnerabilities chain across code, identity, cloud, human behavior and AI systems
Apply secure coding patterns under time pressure
Explain root causes, business impact and remediation logic
Transfer lessons from simulated environments back to their own systems

The sprint runs in five phases — from a measurable baseline to a board-friendly executive debrief.

Baseline — know where you start

Short assessment of current secure-coding knowledge and attacker-thinking capability
Gives leadership visibility into current developer risk — and a baseline to measure against

Guided Online Labs — hands-on labs, not passive theory

Guided online labs: OWASP, injection, authentication, cryptography, cloud, social engineering, AI-related risks and real-world attack paths
Builds individual technical capability through doing, not watching

Breach Missions — from knowledge to attack-chain understanding

Realistic scenarios inspired by real-world incidents
Teams learn how individual weaknesses chain together into actual breach paths

Live Simulation — capability under pressure

A competitive four-hour live team challenge
A memorable team experience that turns learning into observable behavior

Executive Debrief — evidence, not a completion metric

Team-level report: strengths, weaknesses, risk patterns and recommended next actions
Board-friendly evidence of capability, plus the roadmap for what to scale next

Delivery options

Live Breach Kickstart — a standalone live session — a high-energy introduction to attacker thinking. Best for: low-friction entry, awareness campaigns, security culture events.

Developer Breach Readiness Sprint — the flagship 8–12 week program: labs, missions, live simulation and executive reporting. Best for: engineering teams, AppSec programs, secure-by-design initiatives.

Secure-by-Design Enablement Program — a multi-cohort enterprise rollout with repeated measurement, role-based tracks and leadership reporting. Best for: larger organizations building scalable developer security capability.

Sprint facts

Duration: 8–12 weeks, depending on appetite, team size and depth
Cohort size: 12–25 technical participants
Participants: Developers, architects, DevOps & cloud engineers, security champions
Buyers: CISO, CTO, Head of Engineering, AppSec lead — with L&D and security awareness leads
Format: Online labs & breach missions (self-paced, guided) + a four-hour live team simulation
Result: Executive debrief with a measurable Developer Breach Readiness Score

The executive debrief includes

Developer Breach Readiness Score — team-level capability, measured against the baseline
Team heatmap by vulnerability category (injection, authentication, cryptography, cloud, social engineering, AI-related risks)
OWASP coverage and completion report
Root-cause analysis performance — did participants find the underlying mistake, not just the exploit?
Secure-fix pattern recommendations and top recurring developer risk patterns
Recommended next sprint or advanced module, based on actual performance
Manager-ready summary for CISO/CTO reporting