ReimeiTech
REIMEITECH.
← Security Engineering
Secure Software Development

Security that ships with the code.

Threat modeling, secure code review, dependency scanning, and static analysis wired into CI — plus practical training for your team. The unglamorous discipline that stops most of the OWASP top 10 from ever reaching production.

threat modeling/secure code review/SCA + SAST in CI/team training
Caught in review, not in an incident.
01The idea

Most breaches aren't clever. They're a known bug that shipped.

The headline-grabbing exploits are rare. The everyday ones are dull and familiar: broken access control, an injection, a leaked secret, an out-of-date dependency — the kind of thing a review or a scanner would have caught. Security designed in, not bolted on, is mostly about closing those doors before the code merges. We build the practices that make prevention the default: a threat model up front, a security lens in code review, scanning in CI, and a team that recognises the mistakes before they make them.

02The signs

Security has gone from “later” to “now”.

Each prompt has the same answer — practices that prevent, not a one-off audit.

  • 01

    You've never done a security review

    A threat model that turns a vague worry into a ranked, concrete list.

  • 02

    Prospects are starting to ask about security

    Real, documented practices you can point to — not a slide.

  • 03

    Compliance (SOC 2 / ISO) is on the roadmap

    A secure SDLC built as habit, so audit is evidence-gathering.

  • 04

    Dependencies drift out of date

    Scanning and a sane update policy, so a CVE is a small planned fix.

  • 05

    The same bug classes keep recurring

    Training on the mistakes that actually appear in your stack.

03What we build

The habits that prevent the obvious bugs.

Automated where it should be, human where it has to be.

Threat model
01

Threat model

What you're protecting, who wants it, and the ways in that matter.

Secure code review
02

Secure code review

A security lens added to the review you already do.

Scanning in CI
03

Scanning in CI

Dependency (SCA) and static analysis (SAST) on every change.

Team training
04

Team training

Practical sessions on the bugs that appear in your stack.

04Defense in depth

Five places to catch a bug before a customer does.

  1. 1Design
  2. 2Review
  3. 3Dependencies
  4. 4CI checks
  5. 5Training

No single layer is perfect, so we don't rely on one. A bug that slips past design gets caught in review; what slips past review gets caught by a scanner; and the team gets better at not writing it next time.

05Threat modeling

Decide what you're actually defending.

Before writing a single control, we map what matters: the assets worth protecting, the realistic attackers, and the handful of paths that genuinely put you at risk. The output is a ranked list of concrete things to do — so effort goes where the risk is, not where the checklist is loudest.

  • Assets, attackers, and realistic paths in
  • Risk ranked, not a flat checklist
  • Done per feature, not once a year
  • A shared map the whole team understands
Threat modeling
Secure code review
06Secure review in the SDLC

A security lens on the review you already do.

The cheapest place to catch a security bug is the pull request. We fold a lightweight security checklist into your existing review — focused on the classes that actually bite, like access control and input handling — so issues are caught as a comment, not as an incident, without turning review into a gate everyone dreads.

  • Security folded into existing PR review
  • Focused on the bugs that actually matter
  • Lightweight, not a blocking ceremony
  • Caught for the cost of a comment
07Scanning in CI

Let the machine catch the boring classes.

Dependency scanning (SCA) flags known-vulnerable packages; static analysis (SAST) catches common code smells — both wired into CI so they run on every change. We tune them to be fast and low-noise, so they block real problems before merge without burying your team in false positives.

  • SCA for known-vulnerable dependencies
  • SAST for common code-level issues
  • Runs on every change, blocks the obvious
  • Tuned for low noise, not alert fatigue
Dependency and static analysis in CI
A team building software securely
Designed in. Not bolted on.
08How we work

Prevention, made routine.

01

Threat model

We map your assets, attackers, and the realistic paths in, and rank the risks worth acting on.

02

Wire up CI

Dependency scanning and static analysis added to your pipeline, tuned to be fast and low-noise.

03

Add the review lens

A focused security checklist folded into your existing pull-request review.

04

Train the team

Practical sessions on the specific bug classes that show up in your codebase.

05

Make it habit

Document the practices, fix the priority findings, and tune as the product grows.

09Right when

Security stopped being a someday problem.

  • You haven't done a security review

    Not out of negligence — it just never got prioritised. Now a prospect, an incident, or a deadline is forcing it.

  • Customers are starting to ask

    Security questionnaires are arriving, and you'd rather answer from real practice than improvise.

  • Compliance is on the roadmap

    SOC 2 or ISO is coming, and building the habits first beats a frantic retrofit later.

A developer reviewing code securely
Secure development at work
10The toolkit

Practical tools, used with judgement.

Modeling
Threat models/STRIDE/Abuse cases/Data-flow maps
Scanning
SCA/SAST/Secret scanning/Dependency policy
In the pipeline
GitHub Actions/PR checks/Pre-commit/Gating
People
Review checklists/Training/Secure defaults/Runbooks
11Questions

The things teams ask first.

We start by finding where the real risk is, not by handing you a 200-item checklist. A short threat model maps what you're protecting, who might want it, and the handful of ways in that actually matter for your app. That turns 'security' from a vague worry into a ranked list of concrete things to fix — and most teams are relieved to find the list is shorter and more specific than they feared.

Close the doors before they're tested.

Tell us how you build today and what's prompting the security focus — a prospect, a deadline, or just the right instinct. We'll threat-model the real risks and put the practices in place that keep the obvious bugs from ever shipping.