Reinventing underwater

concrete repair

MOVING RISK FROM PEOPLE TO SYSTEMS

Today, critical infrastructure relies on manual underwater repair: slow, costly, and high-risk. We are building a smarter way.

Marine Infrastructure Rehabilitation

A hidden but critical challenge

Close-up of a section of a concrete wall with exposed rusted steel rebar and crumbling concrete.

Concrete structures in marine environments are constantly degrading. Scaling, corrosion, and structural weakening threaten offshore assets, ports, and defense infrastructure.

Today, repair is performed manually by divers:

  • Resource-intensive

  • Time-consuming

  • High-risk

In large operations, hundreds of people are required to complete work that ultimately relies on just a few hands underwater.

Reducing Risk in Offshore Maintenance

Why this matters

The cost of inaction is massive

Delays, safety exposure, and inefficient methods drive costs to unsustainable levels in offshore repair projects.

The industry is ready for a step-change, not incremental improvement.

Recognized early
Selected as a winner of Arctic Accelerator, validating both the problem and our approach.

Krister Halonen giving a presentation about innoveks and Reinventing Underwater Concrete Repair in a room lit with pink and purple lights. He is wearing a black T-shirt, a watch, and holding a microphone and a small device.
A rugged coastline with dark rocks, crashing waves, and a mountain range in the distance under a cloudy, moody sky.

INVESTOR?

Do you want to build a new approach to subsea concrete repair WITH US?
TOGETHER WE CAN improve safety, reduce cost, and scale operations globally.

Currently in development and selectively engaging with investors.