Built by people who break software.
Most software is built first and secured later — usually one week before launch, usually badly. We build platforms the other way around: the same team that runs offensive engagements designs your auth, tenancy and data handling, so security is an architectural property, not a patch.
Security as architecture, not as an afterthought.
Retrofit security is expensive because the dangerous decisions — how tenants are isolated, how sessions are bound, where trust boundaries sit — get made in week one and calcify by month three. We make those decisions with an attacker's checklist in hand, because we are the attackers on our other engagements.
Everything we ship gets attacked by our own offensive team before it reaches you. It's a strange privilege: our developers get pentested more often than most companies.
What we build
- Multi-tenant SaaS platforms — tenancy isolation, role-based access, billing-grade data separation for products serving many organizations.
- APIs & integrations — REST and GraphQL services with authorization enforced at the object level, not just the login page.
- Messaging platforms — WhatsApp Business API systems for broadcast, chat automation, and CRM integration at scale.
- Internal tools & dashboards — the admin panels and back-office systems that usually become the softest way in, built hard instead.
- Modernization & hardening — taking over an existing codebase, reviewing it offensively, and re-engineering the parts that would fail a real attack.
How security shows up in the process
- Threat modeling first — before code, we map who would attack this system and how, and design against that list.
- Hardened defaults — vetted auth flows, parameterized data access, secrets management, and least-privilege infrastructure from day one.
- Adversarial review — every release candidate gets attacked in-house: auth bypass, IDOR, injection, logic abuse.
- Honest documentation — architecture notes and security decisions written down, so your next hire or auditor isn't reverse-engineering intent.
Before you ask.
Can you take over or review an existing codebase?
Yes — it's one of our most common starting points. We begin with an offensive review of what exists (the same lens as our pentests), then agree on what to harden, what to rebuild, and what's fine as it is. You get a prioritised picture before committing to any rebuild.
What stacks do you work in?
Modern, boring-on-purpose ones: typed backends, mainstream frameworks, managed cloud infrastructure on AWS, Azure or GCP. We choose technology your future hires can maintain — exotic stacks are their own security risk. Specific choices are agreed per project during scoping.
How do you charge — fixed project or retainer?
Both models exist: fixed-scope projects with milestone-based delivery for well-defined builds, and monthly retainers for evolving products. Either way you see progress in working software at short intervals, not in status reports.
Do we still need a separate pentest if you built it?
Our internal adversarial review is rigorous, but independence matters: for compliance or customer evidence you may want a formal test with a report — and because building and breaking are separate teams here, we can run that as a distinct engagement, or you're free to bring a third party. We're comfortable being tested.
The cheapest vulnerability is the one never written.
Tell us what you're building — or what you've inherited — and we'll tell you honestly what it would take.
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