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Viithiisys
Shipping, not an event

DevOps consulting for teams whose releases have quietly become the bottleneck.

We work on the pipeline, the environments and the release path your engineers already use, so shipping stops being an event.

Building and running software since 2007We measure your delivery before we change it

Merge to production6d 44m
  1. Merge2m
  2. Build9m
  3. Test24m
  4. Approvalwaiting6 days
  5. Deploy11m

Four stages take under an hour between them. One takes six days.

Is it the pipeline

Three signs the release process is now the constraint.

DevOps consulting is not the right first step for every team. If your delivery pain is really unclear requirements or a fragile codebase, faster deploys will only surface that sooner.

Four weeks of deliveryeach tick is a working day
  1. Deploys are scheduled, not routine

    Releases wait for a window, a person or a quiet week. Work sits finished but unshipped, and the queue hides how long anything really takes.

  2. Environments disagree

    It worked in staging. Debugging the difference between environments becomes a recurring cost nobody has budgeted.

  3. One person knows how

    The pipeline runs because someone remembers its quirks. Holidays and handovers turn into risk.

What we take on

What we take on.

Six points on one delivery path, from the build that starts it to the handover that ends our part in it.

  1. BuildPipeline design and rebuild
  2. EnvironmentsEnvironment consistency
  3. ReleaseRelease safety
  4. RuntimeObservability
  5. FoundationInfrastructure as code
  6. After usHandover and enablement
Pipeline design and rebuild
Build, test and deploy stages made explicit, repeatable and fast enough that engineers stop working around them.
Environment consistency
Development, staging and production brought into agreement, so a passing test means something.
Release safety
Staged rollout, a tested way back, and the checks that decide whether a release continues.
Observability
Logs, metrics and alerts that answer what broke and when, rather than confirming that something did.
Infrastructure as code
Environments described in version control, so recreating one is a command rather than an afternoon.
Handover and enablement
Your engineers run what we build. Documentation and working sessions are part of the engagement.

Where the work reaches into application changes it joins custom software practice; where it is a platform move it joins cloud migration.

See cloud migration
The four numbers

The four numbers that tell you where delivery actually hurts.

Most teams describe delivery pain in adjectives. These four measures turn it into something you can act on, and you can collect them before hiring anyone.

  1. Measure 01

    Time from merge to production

    What it tells you
    How long finished work waits.
    What a bad answer usually means
    The pipeline or the approval path, not the engineers.
  2. Measure 02

    Deploy frequency

    What it tells you
    Whether releasing is routine or an event.
    What a bad answer usually means
    Batching, which makes every release riskier.
  3. Measure 03

    Share of releases needing a fix after

    What it tells you
    Whether the checks catch anything.
    What a bad answer usually means
    Testing runs too late, or not against a real environment.
  4. Measure 04

    Time to restore after a failure

    What it tells you
    Whether you can recover without heroics.
    What a bad answer usually means
    No tested way back, and no observability to find the cause.

We ask for these at the start. If they already look healthy, the constraint is somewhere else and we will say so.

How the work runs

How a DevOps engagement runs.

Measured at the start, measured again after one narrow change, so the improvement is visible rather than asserted.

  1. Measure before changing anything

    The four measures above, taken from your existing history rather than estimated in a meeting.

  2. Find the actual constraint

    Usually one stage dominates. Fixing the others first feels productive and changes nothing.

  3. Change one stage, prove it

    A single narrow change, measured against the same numbers, so the improvement is visible rather than asserted.

  4. Make it repeatable

    Environments and pipeline described in code, so the fix survives the next person and the next project.

  5. Hand it to your engineers

    Working sessions and documentation, because a pipeline only we can operate is a new dependency, not an improvement.

One change at a time. Fixing several stages at once makes it impossible to tell which one moved the number.

Evidence

What we can show, and what we cannot.

We have no published DevOps case study with a measured before and after. Rather than borrow a number from unrelated work, here is what the record does support.

Building and running software since
2007Building and running software since
Projects delivered
0+Projects delivered
Longest running client integration, still in production
9 yrsLongest running client integration, still in production
Countries served
6Countries served

The nine-year figure is the relevant one for this page. Keeping an integration running for nine years is a delivery and operations record, not a launch record.

See all case studies
Where this starts

Where this work usually starts.

Framed as situations rather than industries. Delivery constraints look similar across sectors, and we have no sector-specific DevOps evidence to claim.

Source code on a screen, shown at an angle in shallow focus
  1. A product team shipping weekly or slower

    Where the release cadence is set by the pipeline rather than by the roadmap.

  2. A platform team carrying manual steps

    Where deployment involves a runbook and a person following it carefully.

  3. A team after a migration

    Where infrastructure moved but the delivery process stayed where it was.

  4. A team about to grow

    Where onboarding a new engineer to the release process is the bottleneck nobody costed.

What we will not do

What we will not do, and why that matters to your bill.

Each of these is easier to sell than to justify, which is why they are written down.

  1. We do not rebuild a working pipeline

    If the constraint is one stage, we change that stage. A rewrite is easier to sell and harder to justify.

  2. We do not introduce a tool you cannot staff

    The right tool is the one your team can operate after we leave.

  3. We do not become the pipeline

    An engagement that ends with only us able to deploy has moved the risk, not removed it.

  4. We do not chase a maturity score

    Delivery measures matter because they change how fast you ship, not because a model says they should improve.

Which one fits

Consultant, hire, or platform product: which one fits.

Four ways to close a delivery gap, including the one that costs nothing.

  1. Bring in consultants

    This is what we sell
    Fits when

    The constraint is known work that ends, and you want your team to own it afterwards.

    What it does not solve

    Nothing, if there is no one on your side to hand it to.

  2. Hire a platform engineer

    Fits when

    You need continuous ownership and have enough delivery work to justify the role.

    What it does not solve

    The immediate constraint, because hiring takes longer than the problem allows.

  3. Buy a platform product

    Fits when

    Your delivery needs are close to standard and the team can adopt a fixed way of working.

    What it does not solve

    A constraint that comes from your own architecture rather than from tooling.

  4. Do nothing yet

    Costs nothing
    Fits when

    Delivery measures look healthy and the pain is somewhere else.

    What it does not solve

    Nothing, and this is a legitimate answer.

We have an obvious interest in the first row. The four measures above are what tell you which row you are actually in.

What you keep

What you have when the engagement ends.

Including the measures themselves, still collecting, which is what makes a regression visible.

  1. The pipeline, in your repository

    Defined as code you own, reviewable and changeable without us.

  2. Environments described in code

    Recreating an environment is a command rather than institutional memory.

  3. The four measures, still being collected

    Set up so the numbers keep arriving after we leave, which is what makes regression visible.

  4. Runbooks your team wrote with us

    Covering deploy, rollback and the failures you have actually seen.

  5. A written list of what we did not do

    The deferred items, with the reason, so the next decision starts from the record.

Start here

Bring us your last four weeks of deploys.

A senior engineer will look at where finished work is actually waiting, tell you which stage is the constraint, and say plainly if the answer is that delivery is not your problem.

FAQ

What teams ask before they start.

Pick a topic, or ask us directly. We answer every inbound within one business day.

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