BUILD RIGHT
SHIP CONFIDENT.
Security shouldn't block your roadmap. You need technical validation from practitioners who understand security and your stack, not consultants reading from compliance checklists.
50%
of organizations carry critical unresolved security debt in production applications
Veracode State of Software Security 2025
$4.79M
average breach cost in the technology sector in 2025
IBM Cost of a Data Breach 2025
11 days
median attacker dwell time inside victim environments — a record low, but still enough to cause irreversible damage
Mandiant M-Trends 2025
Ship Fast, Stay Secure
Security testing that doesn't slow velocity. 1-2 week engagements with developer-friendly reports. Fix critical issues without blocking product launches.
Architecture Validation
Validate your technical decisions before they become expensive mistakes. Cloud configuration, authentication design, API security, reviewed by practitioners.
Developer Enablement
Clear, actionable findings your engineers can fix. Proof-of-concept code, reproduction steps, specific remediation guidance, not generic consultant recommendations.
YOUR CHALLENGE
You're shipping features, scaling infrastructure, and managing technical debt. Your team is small, velocity is critical, and "security" often means slow consultants and bloated reports.
But enterprise customers won't sign without security validation. Investors ask about your security posture during due diligence. One breach could kill months of product work.
You need security testing that respects your architecture decisions, speaks your team's language, and delivers actionable results, not theoretical risk scores.
Common CTO Pain Points
- →Enterprise deals blocked by security questionnaires
- →AWS/GCP misconfiguration risks (public S3 buckets, wide-open IAM)
- →Authentication implemented wrong (JWT issues, session management)
- →API security gaps (BOLA, mass assignment, rate limiting)
- →Need SOC 2 but can't afford $200K consultant
- →Security scanner noise vs. actual exploitable issues
- →No time for security but can't ignore it
TECHNICAL SECURITY VALIDATION
Application Security
- →Authentication & authorization logic
- →API security (REST, GraphQL, WebSockets)
- →Business logic flaws
- →Input validation and injection
- →Session management
Cloud Infrastructure
- →AWS/Azure/GCP configuration
- →IAM policies and privilege escalation
- →Storage permissions (S3, Blob, GCS)
- →Network security groups
- →Secrets management
Authentication Design
- →JWT implementation
- →OAuth/OIDC flows
- →Password reset security
- →MFA bypass attempts
- →Session fixation and hijacking
CI/CD Pipeline
- →Pipeline security and secrets
- →Container image vulnerabilities
- →Deployment automation security
- →Source code repository access
- →Build artifact integrity
API Architecture
- →Broken object-level authorization (BOLA)
- →Mass assignment vulnerabilities
- →Excessive data exposure
- →Rate limiting and resource exhaustion
- →API versioning security
Data Security
- →Encryption at rest and in transit
- →Database access control
- →Backup security
- →PII/sensitive data handling
- →Data retention and deletion
REPORTS YOUR TEAM CAN ACTUALLY USE
Clear Reproduction Steps
Exact curl commands, request/response examples, and step-by-step instructions your developers can follow to reproduce and verify fixes.
Proof-of-Concept Code
Working exploit code that demonstrates the vulnerability. Your team sees exactly how the attack works, no guessing.
Specific Fix Recommendations
Not 'implement input validation', actual code examples, library recommendations, and architecture changes that solve the problem.
Prioritized by Real Risk
Issues ranked by exploitability and business impact, not generic CVSS scores. Focus remediation on what actually matters.
Retesting Included
Fix an issue and we retest to confirm resolution. No surprise bills for validation before customer demos.
Technical Deep-Dives
Architecture diagrams, attack flow charts, and technical analysis your team can learn from. Improve security knowledge while fixing issues.
WHY CTOs WORK WITH US
We speak your language
We're unofficially engineers who do security. We understand your stack, your constraints, and your velocity needs.
Fast turnaround
1-2 week engagements that don't block launches. Enterprise pilot in 3 weeks? We'll test and deliver results in time.
Architecture-aware testing
We evaluate your design decisions, microservices, serverless, Kubernetes, with context about tradeoffs and practical fixes.
No security theater
We focus on exploitable issues that matter, not theoretical risks from scanners. Your team works on real problems.
Compliance enablement
Need SOC 2 for enterprise deals? We provide the penetration testing evidence auditors require without the consulting overhead.
Team education
Your developers learn from our findings. We explain why vulnerabilities exist and how to prevent them going forward.
WHAT YOUR TEAM RECEIVES
COMMON QUESTIONS FROM CTOs
How long does a typical engagement take?+
Most CTO-focused engagements run 1-2 weeks. We scope tightly to your architecture and critical systems so testing doesn't block launches. Emergency pre-launch assessments can be completed in 5 business days.
Will testing break our production environment?+
We coordinate timing and test boundaries with your team before starting. We use staging environments when possible and avoid destructive testing on production without explicit approval. Our methodology is designed to find vulnerabilities without causing outages.
Do you work with our tech stack?+
We test across all major stacks, Node.js, Rust, Python, Go, Java, Ruby, .NET. Cloud-native architectures (AWS, GCP), serverless, microservices. If you built it, we can research it and we can break it.
How do findings integrate with our workflow?+
We deliver findings in formats your team already uses, Jira tickets, GitHub issues, or structured JSON. Each finding includes severity, reproduction steps, and fix recommendations so engineers can triage and resolve without translation.
Ship secure without slowing down
Technical security validation from engineers who understand your stack, your velocity needs, and your architecture constraints.