Requirements
Threats nobody named
Security is left as a vague non-functional note, so abuse cases and trust boundaries are never mapped. The gaps get baked into the architecture.
↳ Design flaws · Rework
Secure SDLC Lifecycle Consulting
Ship software that was secure by design, not patched in a panic.
We build security into your software development lifecycle, from the first design review through production. You get working guardrails (threat-model templates, code-review checklists, and automated CI security gates) instead of a policy document that sits unread in a shared drive.
- 100x
- costlier to fix a flaw in production than in design
- 3
- phases from assessment to a program your team runs alone
- 0
- thick PDFs — every control ships as a usable template or gate
- 24/7
- support while the new lifecycle takes hold across releases
Where software breaks
Security doesn't fail at launch. It fails at every stage before it.
Build
The same bug, shipped twice
Without shared patterns, each developer reinvents input handling and auth. Injection and access-control mistakes repeat across every service.
↳ Injection · Broken access
Dependencies
Risk you didn't write
Most modern code is third-party. A single vulnerable or abandoned package can expose the whole application long after release.
↳ Vulnerable deps · Supply chain
Pipeline
Secrets in plain sight
Hard-coded keys and tokens slip into commits and build logs. An over-permissioned pipeline turns one leak into full environment access.
↳ Leaked secrets · Pipeline abuse
Production
Found by attackers first
With no gate before deploy, flaws reach production untested. You learn about them from a bug bounty, a customer, or a breach.
↳ Zero-day exposure · Incidents
What we deliver
Not a binder. Working guardrails your team actually uses.
Threat modeling, made routine
We run threat-modeling sessions on your real features and leave behind lightweight templates your team can reuse. Your engineers spot design flaws during planning, when they cost an afternoon to fix instead of a release to unwind.
- STRIDE
- Abuse cases
- Design review
Secure code-review patterns
We turn the vulnerability classes that show up most in your codebase into concrete review checklists and reference fixes your reviewers can lean on. Reviewers catch the same mistakes every time, so insecure patterns stop quietly reaching the main branch.
- Checklists
- Secure defaults
- Mentoring
Automated CI security gates
We wire SAST, software composition analysis, and secrets scanning directly into your pipeline, with pass/fail thresholds your own team agrees to. Risky code is blocked automatically before it merges, without a human gatekeeper slowing down every single release.
- SAST
- SCA
- Secrets scan
Dependency & supply-chain hygiene
We inventory every third-party component you ship, flag the ones that are vulnerable or unmaintained, and set up a simple workflow to keep them current. You stop quietly inheriting other people's vulnerabilities through the packages your application depends on.
- SBOM
- Patching
- License risk
Developer security training
We teach your engineers to recognize and prevent the flaws that actually appear in your stack, using examples from your own codebase. Security becomes a habit at the keyboard rather than a slide deck nobody remembers.
- Hands-on
- Stack-specific
- Recurring
Program design & metrics
We map your practices to a recognized maturity model and define metrics that show whether security is improving. Leadership gets a clear, defensible picture of progress instead of a feeling that things are probably fine.
- OWASP SAMM
- NIST SSDF
- KPIs
How we work
A phased rollout your team can actually absorb.
Security that's bolted on at the end is expensive and brittle. We fold it into how your team already builds, one phase at a time, at a pace your culture and codebase can absorb.
Our consultants have spent years inside engineering teams, so we know the difference between a control that looks good on paper and one developers will actually use. Every program is shaped around your size, your stack, and your release rhythm, then handed over so your own people can run it without us in the room.
Plugs into your stack
GitHubGitLabJenkinsSnykSonarQubeSemgrep
Assessment
We map how your team builds software today (the tools, the handoffs, and the gaps) and deliver a clear report with a development lifecycle that puts product security first.
Implementation
We roll out the recommended practices and tooling alongside your engineers, so the new workflow becomes part of daily work instead of being abandoned after the kickoff.
Ongoing support
We stay on to keep the program healthy, tune the controls as your codebase grows, and make sure security holds up release after release.
Standards & frameworks
Mapped to the frameworks auditors and customers already ask about.
Why it matters
Customers no longer take “we take security seriously” on faith.
Enterprise buyers, regulators, and insurers increasingly want evidence that security is built into how you write software, not a one-time scan before launch. A recognized, documented SDLC is fast becoming the price of doing business.
We align your program to the controls these frameworks actually score, and hand you the documentation, so the next security questionnaire is something your team answers in an afternoon, not dreads for a week.
What we cover
The practices reviewers look for
- Threat modeling on every major featureEMBEDDED
- Secure coding standards & reference patternsADOPTED
- Static analysis in the pipeline (SAST)GATED
- Software composition analysis (SCA / SBOM)TRACKED
- Secrets detection pre-mergeENFORCED
- Security testing before release (DAST)SCHEDULED
- OWASP SAMM maturity mappingMEASURED
- NIST SSDF alignment & evidenceDOCUMENTED
Security used to be the thing that blocked our release. Now it runs inside the pipelineand our last enterprise security review took two days instead of two months.
Common questions
What engineering leaders ask first.
Q.01
Will this slow our engineers down?
The opposite, once it settles. Catching a flaw in a design review or at merge is far faster than a hotfix, an incident, or a failed audit. We tune every gate with your team so it blocks real risk without flagging noise on every commit.
Q.02
We already run a security scanner. Isn't that enough?
A scanner finds some bugs after they're written. A secure SDLC stops many of them from being written at all, and makes sure the scanner's findings actually get fixed and verified. The two work together: we make the whole loop reliable.
Q.03
How long until we see results?
The assessment and first quick wins land within the first few weeks. Most teams have working CI gates and a repeatable threat-modeling habit within a quarter. Maturity keeps compounding from there as the practices become routine.
Q.04
Do you replace our developers or take over the pipeline?
No. We work alongside your engineers and hand the program over to them. The goal is a lifecycle your own team owns and runs confidently, not a dependency on us for every release.
Q.05
We use a specific stack and CI tool. Will this fit?
Almost certainly. We work with the major source hosts, CI systems, and scanning tools, and we shape the program around the tooling you already have rather than forcing a migration. If something's missing, we recommend the lightest option that fits.
Q.06
Can you help us pass a customer or compliance audit?
Yes. We align your practices to frameworks like OWASP SAMM and the NIST SSDF and leave you with the evidence to back it up, so security questionnaires and audits become a documentation exercise rather than a fire drill.
Free · 30 minutes · No slide deck
Find the gap before it ships.
Spend half an hour with one of our SDLC consultants. We'll walk through how your team builds today, where security is most likely leaking in, and the two or three changes that would move the needle fastest. You'll leave with a written summary (yours to keep) whether or not we work together.
Trusted by product and platform teams shipping security-critical software