Security work aimed at what developers can change
Cybersecurity Software Solutions
Every stakeholder in your product now asks the same question before they commit: what happens to their data inside it. We answer that with scoped engagements — audits, penetration tests, threat models and ongoing monitoring — that end in findings your engineers can act on rather than a certificate on a wall.
What does a cybersecurity engagement include?
A cybersecurity engagement is a scoped piece of work with a defined question, a defined boundary and a written result — most often an audit of what you already run, a penetration test against a live system, a threat model of something you are about to build, or ongoing monitoring of something already in production.
What it is not is an open-ended promise of safety. Before anything starts we agree what is in scope, what we are permitted to do to it, and what the report will contain. Findings come back ranked by what they would actually cost you, with fixes our engineers can help implement — inside a custom software build, as part of a cloud and DevOps engagement, or alongside your own release process with our QA engineers.
Why care?
Security work gets postponed because nothing has gone wrong yet, and then the costs arrive together: the incident itself, remediation done under time pressure, the enterprise customer who asks for evidence you cannot produce, and the deal that stalls while you produce it. Most of what we report is unglamorous — a dependency nobody updated, a permission nobody revoked, a database quietly reachable from the internet. Dull findings are the ones that get exploited, because they are the ones nobody is watching.
Where we fit
We are engineers who build software, so our security work is aimed at the things developers can change: architecture, code, configuration, deployment, and the process around all four. We are not an audit body and we do not issue certificates. If you need a certificate you need an accredited auditor — our job is making sure that when one arrives, the system and the evidence behind it hold up.
Which kind of security work do you need?
Four different engagements get called “a security review”. They answer different questions, and buying the wrong one leaves the question you actually had unanswered.
| Security audit | Penetration test | Threat modelling | Ongoing monitoring | |
|---|---|---|---|---|
| Question it answers | Does this match good practice? | Could someone get in today? | What is worth defending, and from whom? | Is anything happening right now? |
| When to run it | Before an audit, a raise, or a large customer | Before release, and periodically after | At design time, or after a major change | Continuously, once the system is live |
| What we look at | Code, configuration, access, process | The running system, from the outside in | Architecture, data flows, trust boundaries | Logs, traffic, alerts, dependencies |
| What you get | Findings ranked by severity, with fixes | Reproducible steps and a retest | Ranked risks and the mitigations for each | Triaged alerts and a regular review |
| Shape of the work | One engagement | One engagement, repeated on a cycle | A workshop plus a written model | A standing arrangement |
What We Know
Eight areas of work. Most engagements combine two or three of them, and we will tell you which ones your situation does not need.
Application Security
Security reviewed as part of how the application is built — authentication, session handling, input validation, secrets, dependencies — whether it is already live or still being designed.
Security Testing
Find out what your system withstands before someone else finds out for you. Tests are scoped to your architecture rather than run from a generic checklist.
Security Training
Sessions and exercises for your engineers, built around your own codebase and your own incidents rather than textbook examples. Teams remember the drill they ran on their own system.
Security Consulting
We work alongside teams preparing for PCI DSS, SOC 2, ISO 27001 and similar frameworks, turning a control list into changes your engineers can actually make. We are not the auditor and we issue no certificate — we get the system and the evidence ready for whoever does.
Managed Security Infrastructure
We build the monitoring, alerting and access infrastructure, then operate it, so that alerts reach someone who can act instead of accumulating in a dashboard nobody opens.
Security Awareness
The most reliable route into a company is still a person. We help you build the education that gives staff and customers a way to recognise social engineering and report it without embarrassment.
Compliance Assurance
We review how your systems handle the obligations behind HIPAA, GDPR, SOX and their equivalents — consent, retention, access logging, residency, deletion — and show you where the implementation and the published policy have drifted apart.
Cloud Audit
A structured review of your cloud accounts: identity and permissions, network exposure, storage that is public when it should not be, logging, and cost of the remediation in effort terms.
How an engagement runs
The same sequence whether the work is an audit or a full test cycle. The parts that protect you are at the beginning and the end: a written scope, and a retest that proves the fix landed.
1
Scope and rules of engagement
In writing, before anything starts: which systems are in scope, which are explicitly out, what we are permitted to do to them, who to call if something breaks, and what the report will contain.
2
Reconnaissance and threat model
We map what is exposed, what it connects to, and who would want it. This is where we decide what the testing should concentrate on, rather than spreading effort evenly over things nobody would attack.
3
Testing
Automated scanning to clear the obvious, then manual work on the parts that matter — authentication, authorisation, business logic, data handling. Automated tools do not find broken business logic.
4
Findings and severity
Every finding comes with how we reached it, what it would cost you if used, and the fix. Ranked by real impact, so an exposed credential outranks a missing header rather than sitting next to it.
5
Remediation support
Our engineers work with yours through the fixes — reviewing patches, pairing on the awkward ones, and saying plainly when a proposed fix does not close the hole.
6
Retest and sign-off
We re-run the tests against the fixes and issue a report that states what was resolved and what was accepted as a known risk. Findings you decide not to fix are recorded as decisions, not omissions.
Tell us what you are worried about, and what you are obliged to prove. We will tell you which engagement answers it.
FAQs about Our Cybersecurity Offering
What clients ask before commissioning security work — including the questions about scope and blast radius that are worth asking any supplier.
Which compliance standards do you build to?
Which security certifications does the team work with?
How do you test our defences before a real attack does?
How do you scope a security engagement?
Will testing take our systems down?
What does the report look like, and who reads it?
Do you fix what you find, or only report it?
How often should we retest?
Can you work with our in-house security team?
Cybersecurity is more than an expertise scope that we share with our partners. I say partners because I cannot call a customer someone we assured of their security and protection. We are partners in preventing cybercrime.
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