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Disclosure: Gewerkton is built by our publisher — we build it ourselves and write down what we learn.
StrongMocha News Group · Series “Gewerkton in Action” · Vertical: SHK — Sanitär, Heizung, Klima
SHK · Gewerkton in Action
The Breakthrough That No Longer Is
How a 60-technician plumbing & HVAC firm stopped cutting holes through fresh rebar — Thermowerk Riedel GmbH & Co. KG (fictional case)
Studio · Status Instead of Email
requestedapprovedcutcompleted
Every breakthrough is an element with a biography. The riser shaft check flags a 30 cm offset between floors — before the concrete is poured, not after. Routing runs appear in color; collisions with downstand beams are shown.
Field · The Wall Knows Its Photos
Mandatory photo grid before closing any cavity wall: pipe photos per wall, a completeness status light per room.
20 min
Leak location two years later — photo archive instead of 2 days of breaking open walls. The tiles stayed intact.
Uncoordinated Breakthroughs
40+→< 5
Per project. No more slots “requested” by email, noted in plans nobody sent back, and cut on site through freshly tied rebar.
Cloud & Operations · Handover That Lives On
At acceptance, Gewerkton generates the equipment register with maintenance intervals; the operator imports it into the operations calendar. Warranty deadlines and guarantee-bond returns run on the archive radar — turning handover into follow-up maintenance revenue.
“We’re once again cutting holes that are planned. Sounds trivial — but it’s the difference between margin and loss.”
— Project manager, Thermowerk Riedel (fictional)
Fictional case study based on the target build-out of the Gewerkton platform (Field, Studio, Cloud, Archive, Operations). · Source: own reporting · gewerkton.com
A building services company stops chasing wall slots twice — because breakthroughs have a status, shafts align vertically, and the wall knows its own photos.
The fictional Thermowerk Riedel GmbH & Co. KG, 60 technicians, outfits residential buildings and nursing homes. Biggest frustration according to an internal survey: “Breakthroughs that don’t exist when we arrive on site.”
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The Starting Point
Breakthroughs were “requested” by email, noted in plans nobody sent back, and finally cut on site — all too often right through freshly tied rebar. Every uncoordinated slot cost hours and nerves.
Studio: Breakthroughs with a Biography
In the Studio, every breakthrough is an element with a status: requested, approved, cut, completed. The riser shaft check flags when the shaft on the 2nd floor sits 30 centimeters off from the one on the 1st floor — before the concrete is poured, not after. The trades’ routing runs are shown in color in the plan, and collisions with downstand beams are displayed.
Field: The Wall Knows Its Photos
Before any cavity wall is closed, the mandatory photo grid applies: pipe photos for each wall, a completeness status light for each room. When a leak had to be located two years later, the wall showed its interior — the tiles stayed intact.
Cloud & Operations: A Handover That Lives On
At acceptance, Gewerkton generates the equipment register with maintenance intervals; the operator imports it into the operations calendar. Warranty deadlines run on the archive radar — including the return of guarantee bonds.
The Numbers from the Scenario
– Uncoordinated breakthroughs per project: from 40+ to under 5 – Leak location in existing stock: 20 minutes of photo archive instead of 2 days of breaking open walls – Maintenance contract after handover: follow-up revenue, because the equipment data is already available in structured form
“We’re once again cutting holes that are planned. Sounds trivial — but it’s the difference between margin and loss.”
—
Fictional case study: Companies, individuals, and figures are invented and serve illustrative purposes. The basis is the target build-out of the Gewerkton platform (Field, Studio, Cloud, Archive, Operations). Gewerkton is a voice-first platform for construction documentation and defect management for global markets — with the deepest integration into German construction standards (GAEB, REB, XRechnung, DATEV), 27 content languages, and regional AI provider choice.
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