Working prototype / Field test next

From DWG plan to measured progress.

WorkGuardAI reads the DWG plan you already have and measures groundwork progress from ordinary site photos, location by location. The prototype works on a real project's plan and imagery. Now we are looking for the first pilot site.

Born in FinlandWorking across EuropeFounded 2024

25–26 Nov 2026 Pitching on stage at MeOut Summit, Budapest
Open excavation with a sloped earth wall and a sandy floor.
Illustrative overlay on an excavation photo. Local grid, not real site coordinates.

01 · How it works

From a DWG plan and ordinary photos to progress at each location.

01

Capture

Photos from fixed site cameras, taken automatically every four hours, or uploaded from a phone, camera or drone at coordinates from your plan.

02

Analyse

Depth estimated

An open-source AI depth model (Depth Anything V2) estimates the excavation depth in metres from each photo, at its plan coordinate.

03

Compare

62% complete (sample data) DWG plan Detected on site

The estimated depth is compared with the planned depth from the DWG, giving progress at each point of the plan.

04

Act

Site progress 62% Deviation flagged to manager

Each point shows its status by colour, an overall progress bar sums up the site, and email alerts report the coordinates with current and planned depth.

Illustrative concept with sample data. Working prototype; field test pending. Exploring next: camera GPS and LiDAR for higher precision.

From the field

Ordinary site photos, like the ones the prototype measures: taken by phone or drone, by day and at night.

Sloped excavation wall with a sandy floor.
Excavation · day
Excavation floor with standing water and a long shadow.
Excavation floor · day
Deep excavation with steel shoring, lit at night.
Shored excavation · night
Drone controller screen showing an aerial view during a photo capture test.
Photo capture test · Espoo
City construction site at dusk with a plate compactor and safety barriers.
Urban site · dusk
Construction materials and barriers staged on an urban site at dusk.
Site materials · dusk
Wide open excavation with standing water, beside apartment blocks.
Open excavation · day
Wide view of a city construction site at dusk, with barriers, a compactor and a hotel behind the site fence.
Urban site, wide view · dusk
Shored excavation along a city street at night, with a crane behind.
Shoring by the street · night
Tower crane base and patterned paving on a city site at dusk.
Crane and paving · dusk
Cleared ground with machine tracks on an urban site at dusk.
Cleared ground · dusk
Street-side construction works with a crane at dusk.
Street works · dusk

02 · The prototype

Built on a real project's plan and imagery.

The prototype has been demonstrated on a real DWG file and real site photos. It has not yet run on a live site. The first field test is the next step.

Upload by coordinateSCREEN 1
DWG coordinate mapSCREEN 2
Progress alert by emailSCREEN 3

Prototype interface, tested on a real project's plan and imagery. Field test next. Client file names, site coordinates and figures are blurred.

What it does today

  • Reads the DWG plan and turns it into a grid of plan points, each with its planned depth.
  • Estimates excavation depth from each photo with an open-source AI depth model (Depth Anything V2).
  • Shows progress per point against the planned depth, colour-coded from not started to in progress to complete, with an overall progress bar.
  • Takes photos from fixed site cameras every four hours, or from photos uploaded by coordinate.
  • Sends email alerts with the coordinates and the current and planned depth.

What comes next

  • NextA field test on a live site, with a contractor or infrastructure owner, comparing the estimated depths with surveyed measurements.
  • ExploringCamera GPS combined with LiDAR, to place photos and measure depth more precisely.
  • PlannedIntegrations with the tools site teams already use.

03 · Who it is for

For the people who build and own the groundwork.

Groundwork and infrastructure contractors

You already have the DWG plan. WorkGuardAI uses it to show how far excavation and groundwork have come at each location, from photos your team can take on a normal site visit.

Public infrastructure owners

Cities and agencies that commission roads, utilities and public works can follow progress per location against the approved plan, measured from site photos.

Large urban earthworks site with spoil heaps, two excavators and two tower cranes under a blue sky, apartment blocks behind.
Earthworks on a large urban site: the kind of groundwork WorkGuardAI is built to measure.

04 · About

Born in Finland, working across Europe.

WorkGuardAI was founded in Finland on 30 July 2024. The team works across Europe, close to the contractors and public owners who would use the product.

  • Finland · home base
  • Denmark
  • Spain
  • Portugal
  • Albania
Endrit Kola in a hard hat and high-visibility vest, holding a notebook, standing in a street trench in central Helsinki with new manholes, water pipes and a valve.
Utility works · central Helsinki
Three people smiling on a construction site, one in a high-visibility vest marked Inxhinier (engineer), with a dump truck and an excavator behind them.
With the site team · on site
Hands holding a drone controller with a map on its screen, beside a forest road.
Photo capture test · Espoo

05 · Milestones

From a pre-incubator idea to a working prototype, and onto Europe's pitch stages.

Three years of programmes, competitions and building, each step recorded with its source.

Endrit Kola holding the Sisu Factory certificate of achievement in front of the Sauna Pitching screen.
Winner · 24 Feb 2025Endrit Kola after winning Sauna Pitching at Sisu Factory, Helsinki.

MeOut Summit · Budapest, Hungary

1 of 20

startups selected from roughly 200 applications to pitch on stage at the MeOut Summit Pitch Marathon in Budapest, Hungary, 25–26 November 2026.

Baltic Impact Accelerator

€8,000

in programme funding from LUT University's Baltic Impact Accelerator (Interreg Central Baltic, co-funded by the EU), used to build the MVP.

Timeline

  1. MeOut Summit · Budapest, Hungary

    Selected as one of 20 startups, from roughly 200 applications, to pitch on stage in the Pitch Marathon on 25–26 November, in front of an investor panel. Featured on EU-Startups.

    Article on EU-Startups (opens in a new tab)
  2. Finland Global Startup Accelerator · Plug and Play and the City of Tampere

    Shortlisted for the 10-week growth programme and pitched to the selection panel on Selection Day, 9 September.

  3. VINCI Energies · Startup Connect

    After an initial review, VINCI Energies expressed interest in WorkGuardAI and invited us to apply to its 2026 challenge “Expertise meets AI”. Application submitted.

  4. Baltic Impact Accelerator · LUT University

    Completed cohort 3 of the six-month accelerator, funded by Interreg Central Baltic and co-funded by the European Union, with €8,000 in programme funding.

    About the programme (opens in a new tab)
  5. MVP completed

    The core engine was built with a development partner, funded through the Baltic Impact Accelerator.

  6. Slush · Helsinki

    At Slush 2025 among the Helsinki Incubators alumni.

    Announcement on LinkedIn (opens in a new tab)
  7. Circular Buildings Innovation Challenge · Helsinki, Espoo, Vantaa

    Selected by the three cities among competing bidders, to develop more sustainable building practices in the Helsinki region.

    Announcement on LinkedIn (opens in a new tab)
  8. PitchBob.io

    Featured in the Secret Seeds startup spotlight.

    Read the feature (opens in a new tab)
  9. Polar Bear Pitching · Oulu

    Guest startup at Polar Bear Pitching in Oulu on 27 February 2025, the prize for winning Sauna Pitching.

  10. Sisu Factory · Sauna Pitching

    Won Sauna Pitching on 24 February 2025.

    Announcement on LinkedIn (opens in a new tab)
  11. NEXUS Incubator · University of Helsinki

    Completed the six-month Helsinki Incubators programme, with mentors and weekly workshops on business models, sales and pitching.

  12. WorkGuardAI founded

    Company founded in Finland on 30 July 2024.

  13. Compass pre-incubator · Helsinki

    Where the idea began, as remote monitoring for vehicles. Mentor feedback and pitching turned it towards construction sites.

SUPPORTED BY

Interreg Central Baltic Programme, co-funded by the European Union. Baltic Impact Accelerator.

Programmes completed: Baltic Impact Accelerator (LUT University, Interreg Central Baltic) and NEXUS Incubator (Helsinki Incubators, University of Helsinki).

Certificate of participation: WorkGuardAI has successfully participated in the Baltic Impact Accelerator, cohort 3. Dated 18 February 2026.
Baltic Impact Accelerator, cohort 3 · certificate of participation · 18 Feb 2026

06 · Team

Team

07 · Pilot

Book a pilot call.

We are looking for the first live site. If you run groundwork or infrastructure work and have DWG plans for it, a short call is enough to see whether a pilot fits.

How a pilot works

  1. 01
    A short call

    We show the prototype on a demo project and check that your site fits: groundwork or infrastructure, DWG plans, and someone who can take photos.

  2. 02
    A written scope

    One site, a fixed period and clear data handling, agreed in a short pilot agreement. We load your DWG plan and set up access for your team.

  3. 03
    Field test and review

    Your team takes photos at plan coordinates. We check in every week and compare the results with your own measurements. You get a written results report.

Pilots are agreed one site at a time. Pricing is set after the field test, based on what it shows.

Partner with us

For technology, surveying and construction partners, and for funding bodies, cities, universities and investors who back early European construction technology.

ek@workguardai.com
Do you have DWG plans for it?

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