Enable secure-by-design
Everyone wants to shift left. But AI is shipping more code, faster,
and there's still no mechanism to make secure-by-design a
consistent practice across every team, every release, and every
stage of your SDLC.
Why do secure-by-design programs fail?
Vulnerabilities identified in production can be 30x more expensive to remediate than those identified at design. Late-stage findings disrupt release cycles, consume developer hours, and pile up technical debt—while AI is widening the gap, introducing more code and faster than anyone can review. Most AppSec teams know this. So why do shift-left strategies still fail to take hold?
Threat modeling happens too late, or not at all
Without tooling that makes threat modeling fast and accessible, design reviews get skipped under delivery pressure.
Developers lack the skills to act on findings
Developers now review more AI-generated code than they write, but lack the secure coding foundation to judge what's safe to ship—because training that lives outside their workflow doesn't transfer to real-world skills.
No feedback loop between design risk and developer skill
AppSec teams identify the same vulnerability patterns repeatedly because there's no mechanism to translate recurring findings into targeted, measurable training.
Visibility is fragmented
Without a unified view of threat model coverage, secure coding skill levels, and remediation data, it's impossible to know where the real gaps are.
How SecureFlag enables
secure-by-design development
SecureFlag gives AppSec and engineering teams everything they need to make secure-by-design software development a consistent practice.
Explore the platform
Visualize risks
Identify vulnerabilities before code is written by generating automated threat models at the design stage with ThreatCanvas, SecureFlag's AI-powered threat modeling tool.
Build skills
Strengthen secure-by-design practices by giving teams the core skills to prevent vulnerabilities, including those introduced via AI coding assistants, with our hands-on training.
Just-in-time training
Deliver guidance directly in the developer workflow, reinforcing secure coding habits as code is being written through integrations with Jira, Azure DevOps, GitHub, GitLab, and more.
Prove compliance
Meet standards and regulatory requirements with measurable, audit-ready evidence across your SDLC, mapped to compliance frameworks.
Scale with growth
Keep security practices consistent using a platform that grows with your teams, products, and technologies.
The gap between
detection and resolution
AI scales how fast you ship code; threat modeling and developer
skill are how security keeps pace. Threat modeling without
developer skills leaves findings unaddressed; training without
threat modeling misses the design-stage risks that matter most.
SecureFlag connects both in a single platform.
What it actually
takes to embed
secure-by-design
A shift-left security strategy means moving security activities earlier in the development lifecycle. Secure-by-design software development goes further: it's an approach in which security is embedded into the design and architecture of a system from the outset.
Every organization wants to shift left, especially as AI accelerates how fast code ships. Most have the intent, the frameworks, and even the tooling. But in practice, security still gets caught at the end of the SDLC—where it's most expensive, most disruptive, and hardest to fix.
Secure-by-design that delivers measurable results
Shifting left application security improves engineering efficiency,
remediation cost, and compliance readiness.
Here's what SecureFlag customers see:
21%
Reduction in new security tickets
27%
Faster vulnerability remediation
24%
Less time spent on rework
What matters most to you?
Find the right solution for your priority
Build the business case for your AppSec program with concrete financial evidence. See how SecureFlag's impact translates into cost savings.
Build a development culture where security issues are prevented at the source
— even as AI writes more of the code—not caught in production. See how SecureFlag reduces vulnerability introduction.
Meet the requirements of standards like PCI DSS, ISO 27001, SOC 2, HIPAA, OWASP ASVS, and GDPR. See how SecureFlag maps activity to framework requirements, producing audit-ready documentation on demand.
Extend consistent security standards across growing engineering teams. See how SecureFlag scales with your organization's structure, tech stack, and delivery pace.
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See SecureFlag in action
See how SecureFlag brings secure design, hands‑on developer learning, and audit‑ready reporting together in one platform.
Book a personalized demo to explore how teams reduce risk, improve skills, and prove compliance without slowing delivery.