Trybus Solutions designs, supplies and builds the infrastructure business applications run on: servers and virtualization, storage, backup and recovery, the racks, power and cooling around them, and which workloads belong in a data center and which belong in the cloud.
Most of our work starts for one of a few reasons. Hardware is coming off support. A licensing renewal has arrived with a different number on it. A colocation contract is ending. A backup has never been restored under real conditions. Or an application team needs capacity the estate cannot give them.
Our clients usually have their own IT team. We are there for the parts that need people who have built this before, and to take the load off a team that already has an estate to run.
Scope varies. A pair of hosts does not need the documentation a three-site consolidation does. Below is what we produce on a typical mid-size project, and we agree during scoping which of it you need.
Everything we produce is yours. If you take the design elsewhere to be built, it will be complete enough for somebody else to build it.
Six areas. A refresh usually touches at least three of them, which is why they get scoped together.
Hosts sized against measured load rather than the specification of what is being replaced, and which virtualization platform the estate runs on next. That second question is live again, because licensing models have moved and a renewal now feeds into whether the hardware gets replaced at the same time.
Capacity is the easy part. What decides the design is throughput and latency for the few workloads sensitive to it, how much of the estate can sit on a cheaper tier, and what replication between sites has to look like.
Most organizations have backups. Fewer have a restore somebody has actually run, and fewer still have a recovery time the business has agreed to in writing. We work backwards from those targets: what comes back first, how long that is allowed to take, and how many copies sit out of reach of stolen administrative credentials.
Some workloads are cheaper and simpler in the cloud. Some cost more there than on equipment you already own. Some cannot move until the application behind them changes. We look at each group on its own, against cost, data gravity, latency and regulation, and a fair number stay where they are.
The facility layer decides more refreshes than people expect. Current hardware draws more per rack unit than the generation before it, and a room laid out years ago may not have the circuits, the cooling or the floor loading for what replaces it. We check that early.
Anything you cannot reach when the network is down turns into a site visit. Console and power access on a separate path, with a connection of its own, lets an engineer recover a failed change at two in the morning. It matters most at sites with no technical staff.
Broadly the same shape whether it is a pair of hosts or a data center move. Timescales depend on the size of the estate, hardware lead times and how much of your team is available.
Most of what is below is work we do. It is not part of an infrastructure project by default, because each piece carries its own scope, its own schedule and its own cost. If you want any of it included, say so at scoping and we will quote it in.
The equipment is much the same between sectors. What changes is what the estate is allowed to do and when it is allowed to be down.
Clinical systems that cannot be interrupted during the day, retention rules on patient records, and change windows set by the hospital.
Procurement rules and bid processes, budget committed inside a fiscal year, and services the public depends on staying up.
Sovereignty over where data physically sits, funding cycles that do not follow a commercial year, and estates carrying government, health, education and gaming operations at once.
Data residency and retention rules, recovery objectives written into regulation, and evidence that a restore has been tested.
Work scheduled around the academic calendar, research storage that grows faster than anything else, and grant funding with rules of its own.
A lot of small sites with no local IT, a build that has to run unattended, and a change freeze over the trading season.
Several data centers at different stages of refresh, often still carrying two of everything after an acquisition.
We hold partner relationships across the technology industry, and our engineers also work in platforms we do not sell. A refresh starts on whatever you are running now, whoever supplied it.
We do not publish comparisons between manufacturers. Which platform suits an organization is something an assessment works out, not something a website should decide.
Tell us what you are running, where it sits today, and what date is driving the timeline. We will tell you what we think needs replacing and what can wait, and put a scope and a number against it.
