SECURE SDLC
Most apps are secured after they're built.
Yours won't have to be.
We build software the way a security firm would engineer it — threat modeling per feature, shift-left reviews, and zero tolerance for the shortcuts attackers exploit most.
Every request through every gate. Always.
The shift-left argument
A vulnerability at architecture costs a conversation. At launch, it costs a crisis.
IBM's research puts the post-launch fix cost at 10–100× the design-phase cost. That math changes how you staff a project.
We work with you at the architecture stage — before you've hired developers, before the first sprint. The threat model is a deliverable, not an afterthought.
The engineers who build your software are the same engineers who would find vulnerabilities in it. That's the difference.
What secure-native actually means
Six practices, every project.
Threat modeling per feature
Attack surface mapped before each sprint. You get a threat model as a deliverable, not a slide.
Secure auth by default
Session hardening, CSRF protection, and token rotation configured from day one — not bolted on later.
Input validation & output encoding
Every user-controlled value validated at entry, encoded at exit. SQL injection and XSS aren't risks — they're handled.
Secrets management
No keys in repos. Environment-separated vaults, secret scanning in CI, rotation procedures documented.
Dependency & supply-chain scanning
Automated CVE scanning on every PR. Known-vulnerable packages don't reach staging.
Audit logging & least privilege
Who accessed what, when. Data access scoped to minimum required. Immutable logs from the first deploy.
Built-in vs bolted-on
The honest comparison.
Bolted-on security
- Security audit after launch
- Developers → QA → Pentesters
- Vulnerabilities found at the end
- Fix cost: high (code already written)
- Security is someone else's job
Built-in security
- Threat model at architecture
- Developers ARE the security reviewers
- Vulnerabilities blocked at design
- Fix cost: low (caught early)
- Security is every engineer's job
Honest tradeoff: built-in security needs security input early in the process. Some clients aren't ready for that. We'll tell you if you're one of them.
Compliance fit
Built for Indian regulatory requirements.
DPDP Act
Data localisation, consent flows, and breach notification procedures built to India's Digital Personal Data Protection Act requirements.
CERT-In aware
Incident response logging, 6-hour reporting capability, and vulnerability disclosure processes included in every engagement.
OWASP-aligned
Every build validated against the OWASP Top 10. Not as a checklist — as a baseline that gets extended for your threat model.
What comes next
See a threat model from a real build.
We publish anonymised threat models from past projects. Request access to see how we think about architecture — before you commit to anything.