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Application security for developers: secure at every stage of the SDLC
AI is changing software development, accelerating delivery while introducing new risks. Immersive helps teams build and validate secure coding skills through realistic, measurable exercises continuously.
Application security with proof, not promises
Immersive helps developers build securely across the SDLC, tackling real-world application threats and AI-assisted risks while turning hands-on performance into measurable evidence of readiness.
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Build secure development capability into the flow of work
Hands-on secure coding
Build practical capability through realistic labs that mirror the vulnerabilities, technologies, and decisions developers encounter across the SDLC.
Secure AI-assisted development
Help developers identify and remediate vulnerabilities in AI-generated and AI-assisted code before they reach production.
Integrated DevSecOps
Embed security into existing development workflows and exercises so teams can build secure coding capability without slowing delivery.
Real-time capability insights
Measure developer performance, identify capability gaps, and track readiness over time with objective data.
Be ready for modern application
security threats
Build and prove application security capability across the SDLC, preparing teams for real-world threats, AI-assisted development risks, and continuous improvement through measurable performance data today.
Skills evidence, not assumptions
Track developer performance through objective data on accuracy, completions, and failure points, giving security leaders evidence of capability they can use to benchmark and report readiness.
AI-ready application security
Prepare developers for the risks of AI-assisted development, including vulnerabilities introduced through AI-generated code and emerging AI security threats.
Real threat coverage
Exercise against critical risks across OWASP Top 10, APIs, cloud, IaC, and software supply chains through hands-on, code-level scenarios mapped to the SDLC.
Team-based exercises that mirror reality
Bring developers, architects, and security teams together in realistic scenarios that test how effectively they identify, triage, and remediate vulnerabilities under pressure.
Continuous improvement
Use performance data to identify gaps, target development, and benchmark progress over time - turning AppSec from a point-in-time activity into continuous capability development.
Build resilience into every stage of development
AI is accelerating software delivery. Security needs to keep pace.
Immersive helps organizations embed secure development capability throughout the SDLC, giving developers practical experience with the threats they face and security leaders measurable evidence that capability is improving.
The result is a more resilient development organization - able to move quickly without sacrificing security.
From secure coding to AI-ready development
The future of application security isn't about slowing development down. It's about giving developers the capability to build securely at the speed of modern engineering.
Immersive is the cyber proving ground where developers can exercise, validate, and improve that capability - from traditional application threats to the emerging risks of AI-assisted development.
Training shows what developers know. Immersive proves what they can do under pressure.
The cyber proving ground for the AI enterprise
Turn real-world performance into measurable proof of cyber resilience.
Have a question?
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Application security is the practices, tools, and processes used to protect software from vulnerabilities and threats — both during development and after deployment — to prevent data breaches and unauthorized access.
Most security breaches now involve application vulnerabilities, and fixing them late in production costs far more than catching them during development. Embedding security earlier in the SDLC reduces both risk and rework.
SAST analyzes an application's source code or binaries for vulnerabilities before deployment; DAST tests a running application by simulating real-world attacks. Together they cover both pre-release and live-environment risk.
DevSecOps embeds security directly into development workflows and CI/CD pipelines, rather than treating it as a separate late-stage gate — so developers can identify and fix vulnerabilities as part of their normal process.
Application security testing (AST) assesses software for vulnerabilities using methods like SAST, DAST, and IAST, helping teams confirm applications meet security standards before and after release.