Infrastructure · Security · Software · AI
Senior engineers across every layer of the stack — infrastructure, security, software and AI — with three decades of depth. No learning curve. No layers between you and the people who build your systems.
Three decades of designing, securing and operating the platforms that enterprises depend on — and fifteen years of building the software that runs on them. That depth doesn't produce a portfolio. It produces a permanent instinct for what works, what breaks, and what holds under real pressure.
Every engagement led by senior engineers. Every deliverable documented, governed and measurable.
Resilient platform foundations across cloud, hybrid and on-premise environments. Designed for reliability, governed for cost, and built to evolve without re-platforming.
Defence in depth, from identity and posture management to detection engineering and incident response. Operating models that hold under real pressure — not bolt-on afterthoughts.
Fifteen years of building enterprise applications, API platforms and systems integration — rooted in the infrastructure and security knowledge that most development teams never have. Code that's secure by design because we understand every layer it sits on.
Practical AI with proper governance. Predictive operations, intelligent automation and data foundations — delivered with auditability, measurable outcomes, and full operational support.
The architects who design your platform are the same people who write your code and answer the phone. No account managers. No ticket queues. No layers between you and the people who build and support your systems.
We didn't read about these shifts. We engineered through them — building, migrating and securing production systems while the technology was still maturing. Each era taught us something the next one depended on.
Server rooms, Novell to NT migrations, the first resilient networks for organisations only just beginning to depend on them. We learned infrastructure at the hardware layer — where failure meant walking into a building and fixing it by hand. That hands-on instinct never left.
Physical estates consolidated into governed virtual platforms. Organisations were suddenly internet-facing at scale and completely exposed. We built the first serious perimeter defences and learned that security couldn't be bolted on — it had to be engineered in from the start.
While others rushed to lift-and-shift, we re-architected. Hybrid platforms designed for resilience and governed for cost from day one. The operational models we built here are the reason our clients' cloud estates actually deliver on the promise — not just move the problem somewhere more expensive.
A natural evolution. After fifteen years building the platforms, we started building what runs on them — enterprise applications, API layers, systems integration. The same engineers who understood every layer of the stack were now writing the code that depended on it. Infrastructure knowledge gave our software a foundation most development teams never have.
Identity-first security. Detection engineering. Infrastructure-as-code at enterprise scale. Pipelines that turned weeks into hours. Our software and infrastructure practices fused — security embedded into every layer, every deployment. The disciplines stopped being separate and became one engineering culture.
Practical AI built on proper data foundations — not experiments on production systems. Predictive operations, intelligent automation and governance frameworks delivered with the same rigour we've applied to infrastructure and software for three decades. Every era before this one made this one possible.
Infrastructure, security and software are not separate disciplines — they're layers of the same system. We've engineered all of them, together, for long enough to understand how they interact, where they break, and why teams that only see one layer keep building the wrong thing.
The platforms change. The failure modes don't. Decades of incident response, disaster recovery and post-mortems means we've seen every way infrastructure and software fails — and we design against all of them from the start.
We've never chased trends or diversified into things we don't understand. Thirty years of infrastructure. Fifteen years of software. One engineering culture. The depth of knowledge in this team is simply not available elsewhere.
Security-by-default, automation, documentation and measurable SLAs at every stage — from first assessment through to ongoing operations.
We map your environment, dependencies, risks and technical debt before writing a single proposal — because decades of post-mortems taught us that most problems start with assumptions nobody checked.
Platform and application blueprints built by the same engineers who understand infrastructure, security and code as one system — not three separate conversations with three separate teams.
Senior engineers build what they designed. No handoff to junior teams, no offshore delivery, no surprises. Minimal disruption, rigorous testing, security at every layer.
We stay with you. Proactive monitoring, reliability engineering and continuous improvement — with the same engineers who built it, not a helpdesk reading from a runbook.
Every engagement is led by senior engineers who design, build and support your systems — the same people, from first conversation to ongoing operations. Every team member is ours — no outsourcing, no subcontractors, no offshore delivery. When you need us, you get direct access to the engineers who know your platform, not a service desk reading from a runbook.
When you engage Toltec, you get engineers who have already solved a version of your problem — probably more than once, across multiple technology generations, in both infrastructure and code, under real operational pressure. That isn't something you can hire for. It's something that only comes from doing this, relentlessly, for decades.
This is what experience actually looks like. Not a timeline on a website. A team that already knows.
No pitch decks. No jargon. A straight conversation between engineers.