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Engagements

What the work actually looks like.

Our clients are named further down this page. The work itself is under confidentiality, so the engagements here are described at sector level and none of them is matched to a name. What we will not do is dress up a generic description with invented numbers: where a figure appears anywhere on this site, it is one we can defend.

Universal credit organisation

Physical + Network

Situation

A financial services business moving into a new multi-floor office, with a regulator-driven requirement that card-handling systems be demonstrably separated from the corporate network.

Constraint

The fit-out schedule was fixed by the lease, and segmentation had to be designed before any cable was pulled. Retrofitting separation into a flat network after occupancy is substantially more expensive.

Approach

  • Survey and pathway design before the walls were closed
  • Cat6A horizontal distribution with fibre backbone between floors
  • Separate physical paths and clearly distinct labelling for regulated systems
  • Segmented network design delivered as part of the same scope, not handed to a second vendor
  • Certified per-port test results and as-built documentation at handover

Evidence produced

Full port-level test results, floor plans and cable schedules supplied as the audit evidence pack.

Media holding

Physical + Platform

Situation

A production operation where editing throughput had become the bottleneck, with staff moving large media files across a network originally specified for office use.

Constraint

Production could not stop. Any change had to be staged around active editorial deadlines, with a rollback path at each step.

Approach

  • Measured actual throughput and contention before proposing anything
  • Fibre backbone and storage-network redesign sized against real file sizes, not nominal specification
  • Phased switchover executed outside production hours
  • Storage tiering so archive material stopped competing with active projects
  • Documentation handed over so the in-house team could operate it

Evidence produced

Before-and-after throughput measurements on the same test transfer, recorded in the handover pack.

Licensed betting operator

Platform + Engineer

Situation

An international operator whose platform team was blocked behind infrastructure work, with deployments infrequent, manual and consequently high-risk.

Constraint

Traffic peaks around events meant capacity could not simply be reduced, and licensing obligations required a technical audit trail of changes.

Approach

  • Kubernetes platform with autoscaling matched to event-driven peaks
  • Infrastructure defined as code so environments became reproducible and reviewable
  • CI/CD pipelines with an auditable record of every production change
  • SAST and dependency scanning integrated at thresholds the team would keep
  • Golden paths so product teams could deploy without infrastructure tickets

Evidence produced

Change records generated automatically by the pipeline, usable directly as licensing audit evidence.

Healthcare provider

Operate + Assure

Situation

A provider with a disaster recovery plan that had been written, filed, and never executed: a common and unmeasured risk.

Constraint

Clinical systems could not be taken offline for a test, so recovery had to be proven without disrupting care.

Approach

  • Business impact analysis to set recovery objectives against clinical rather than commercial impact
  • RTO and RPO agreed per system with clinical leadership
  • Recovery exercises run against isolated restored copies rather than live systems
  • Runbooks rewritten to be executable by someone who did not author them
  • Findings from each exercise remediated and re-tested

Evidence produced

Dated recovery test records with measured restore times, retained as audit evidence.

Our own installations

STP's long-standing claim is that its installations are finished to a standard a customer would be glad to show a visitor. That is either true or it is not, and photographs are the only honest way to settle it. These are our own sites.

  • A large bundle of white twisted pair cables fanning from an overhead tray down into a cabinet, each cable laid parallel without crossovers
    Trunk fan-out from tray to cabinet
  • Several tiers of galvanised cable tray suspended on threaded rod through a ceiling void, branching at right angles above stacked equipment cartons
    Containment set out before any cable is pulled
  • A long straight run of solid-bottom cable tray along a ceiling, with a combed bundle of white cables running beside it
    Primary tray run, cables combed alongside
  • Overhead galvanised cable tray turning a wide radius corner through a finished office ceiling void, suspended on threaded rod
    Wide-radius bend, cut and dressed on site
  • Cable tray running the full length of a corridor ceiling in a building still under fit-out, repeating into the distance
    Containment the length of a corridor
  • A violet cable trunk of three combed bundles passing through a ceiling penetration onto a wall-mounted ladder tray, banded at even intervals
    Vertical trunk through a floor penetration
  • Structured cabling entering a rack in two symmetrical sweeping bundles, each run combed flat and secured at regular intervals with hook-and-loop ties
    Cable management at the rack entry
  • White cabling arching over the mesh door of a cabinet and down both sides, every bundle banded at the same spacing
    Arch over the cabinet door, banded to match
  • Interior of an equipment rack with copper cabling dressed in even curved bundles down both vertical managers to the patch panels
    Dressed cabling, both vertical managers
  • Red patch leads looped in even horizontal service bows between patch panels and switches through a full rack, with a UPS at the base
    Patch field with consistent service loops
  • A completed row of five black server cabinets in a data centre room, each fed from above by its own galvanised tray drop
    Completed row, every cabinet fed from above
  • A row of installed and powered equipment cabinets under an in-row cooling unit in a finished technical room, violet cabling on the tray above
    Equipment suite, powered and handed over
  • Orange fibre optic cabling running vertically in a riser from ceiling to cabinet, banded at regular intervals and fanned into the rack below
    Fibre riser into the rack
  • Orange fibre fanning down the inside of a cabinet between two vertical power distribution units, each run broken out to its own panel
    Fibre broken out between both power rails
  • Orange fibre descending from a high ceiling into the top of a cabinet, the bundle turning through ninety degrees and fanning to the equipment
    Overhead fibre turning into the cabinet
  • A single light grey cabinet installed in a narrow corridor, fed by a violet cable drop through the ceiling, equipment lit behind the mesh door
    One cabinet, where one cabinet is the right answer
  • Raised access floor part-installed in an empty plant room, pedestals levelled on a grid with panels laid across one half
    Raised floor going in, levelled on the grid
  • Two STP engineers in branded workwear checking a drawing together while setting out a raised access floor, a green cross-line laser projecting across the slab
    Setting out, before anything is fixed down
  • Two STP engineers in branded workwear installing containment in a bare plant room, one working at high level from a stepladder while the other steadies the run from below
    First fix, before anything is dressed
  • The back of an open rack with white twisted pair bundles dropping in parallel runs, each bundle banded at regular intervals and turned into the equipment on the same radius
    Bundles turned at a constant radius
  • Galvanised cable basket running at high level along a bare wall, with the floor boxes and outlet plates it feeds set into the bench below
    Containment above, outlets below
  • A patch field in service, with white patch cords looping from the panels down into the switches beneath them, every turn cut to the same length so the port numbers stay readable
    Patched so the port numbers stay readable
  • A blue cable ladder rising to meet a horizontal run at the ceiling, suspended on threaded rod and braced against sway
    Riser meeting the horizontal run
  • Close view of the back of a patch panel, each white cable formed on the same curve and seated in its own comb before it is terminated
    Every cable seated in its own comb
  • A banded bundle of blue cables dropping from an overhead tray into the top of a black cabinet in a finished office
    From the tray into the cabinet
  • Three industrial three-phase connectors mounted side by side on a rail inside a cabinet, each feed labelled and its supply cable dressed away above
    Three-phase feeds, labelled at the connector
  • Inside a cabinet: switched power strips at the top and bottom, storage and server units between them, and aqua fibre patch leads looping between the controllers
    Power at both ends, fibre between
  • A vertically mounted patch panel with white cables terminated into it, each one swept in on the same curve and held clear of its neighbour
    Terminations, each cable on the same sweep
  • Blue cable bundles leaving an overhead tray and sweeping down through the rack frames below, banded at even spacing the whole way
    The sweep from tray to frame
  • A row of closed dark cabinets in a small data hall, status lights showing through the perforated doors and containment running overhead along the aisle
    A hall in service
  • A floor-standing cabinet with its doors open, filled top to bottom with patch panels and switches, the patch cords grouped by colour and dressed into the horizontal managers between them
    Patched out, colour by colour
  • A full-height open rack carrying a dense stack of patch panels and switches, every patch cord routed through the vertical managers rather than across the face of the equipment
    Dense, and still routed through the managers
  • Aqua trunk cables entering a rack from the side and turning into labelled patch panels, with green, yellow and blue patch cords leaving the panels below
    Trunks in, patch cords out
  • Three rows of patch panels in a cabinet, each row worked in a single colour so a row can be read at a glance, with violet trunk cables rising into them from below
    One colour to a row, so a row reads at a glance
  • Violet trunk cables sweeping into a cabinet in banded bundles, turning up towards the equipment shelf with the cooling fans above them
    Trunks turned into the cabinet
  • A single populated cabinet standing closed in an otherwise empty white room, its perforated doors showing the equipment inside
    One cabinet, room still empty around it
  • Looking down the inside of a cabinet: white cable bundles held against both side frames, equipment between them, and the power connectors landed at the foot
    Both sides dressed, power landed at the foot
  • An STP engineer in branded workwear, seen from behind, levelling a wall-mounted bracket in a bare room before the equipment goes on it
    Levelled before anything is hung on it
  • A rack before the rebuild: patch cords of several colours looped loosely across the equipment and spilling onto the floor, with no cable management in use
    Before
  • The same rack after the rebuild: the equipment remounted on a new frame, patch cords combed into rows by colour, and the UPS seated at the foot
    After
  • An STP engineer in safety goggles turning to the camera while a colleague behind him works inside an opened service panel at high level
    Two up at the panel
  • A mobile scaffold tower in an unfinished space, an engineer working at the top of it under the overhead containment with sparks falling
    At height, before the ceiling goes in
  • An engineer in a hard hat standing beside a tall crated unit strapped upright on a pallet truck inside a delivery vehicle
    Arriving crated, upright, strapped
  • An engineer reaching overhead to set the tray above a part-built rack, the cabinet half populated and the materials still on the floor around it
    Half built, tray going in above
  • A hand holding out a white hard hat carrying the logo of DOXX, the system integrator STP delivers alongside
    On a shared site
  • Members of the STP team around a long table in branded workwear, drawings spread between them
    Round the table, drawings out
  • A working session with the drawings laid out, one colleague standing over the table and the rest of the team following along
    Working it through together
  • A review meeting in the STP office, papers on the table and a colleague presenting from the head of it
    A review, in the office
  • Two engineers walking away down a tree-lined Yerevan street carrying their kit, on the way between sites
    Between sites

Before and after

The same room, rebuilt.

Two photographs of one site, taken from the same spot before the work started and after it finished. The floor is the same floor. This is the kind of evidence the rest of this page argues for, so it is here rather than described.

A rack before the rebuild: patch cords of several colours looped loosely across the equipment and spilling onto the floor, with no cable management in use
Before
The same rack after the rebuild: the equipment remounted on a new frame, patch cords combed into rows by colour, and the UPS seated at the foot
After

Who we have worked for

Organisations that trusted us with it.

Every mark belongs to its owner. This is not a partner programme and not an endorsement; it is a list of who the work was done for.

Partners

Banking and finance

Healthcare

  • Davidyants Laboratories
  • Davidyants Clinics
  • Margaryan Maternity Hospital
  • Histogen
  • Alfa Pharm

Hospitality and travel

  • Ani Plaza Hotel
  • Ani Grand Hotel
  • Ani Central Inn
  • Radisson Hotel & Spa Gyumri
  • Yerevan Park
  • Unique Travel and Tours

Industry and construction

  • GeoProMining Gold
  • Dorproject Institute
  • Anitex Textile Factory
  • Kaskad Energo Progress
  • Yeranos Armenian Premium Spirits
  • Best Group (Lideria)
  • Patron
  • Profal

Technology

  • Podcastle
  • Sperasoft
  • Axellect
  • QLess Armenia
  • Status Holding
  • Digitain

Media and entertainment

  • 168.am
  • Bet Production
  • Red Feather

A note on proof

Why no logo sits beside an engagement.

The organisations above agreed to be named as clients. None of them agreed to be matched to a particular piece of work, and that distinction decides how this page is written.

They are banks, credit organisations, healthcare providers and licensed operators. Naming a client is a reference. Publishing which infrastructure supplier holds privileged access to which regulated institution is a different thing entirely, and not a marketing decision we get to make unilaterally.

So the engagements above are described at sector level, and nothing here connects one of them to a name. We would also rather be judged on the engineering than on a wall of marks: a port-level test result, a dated recovery-test record or an as-built cable schedule shows the work was done properly, and those are the things we can put in front of you in a meeting.

If you want a reference, ask. We will approach clients whose situation resembles yours and see who is willing to speak to you directly. That is worth more than any logo, including the ones above.

Ask us about the engagement closest to yours.

We can go into real technical detail about how a problem like yours was solved without naming anyone.

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