SciTransfer
Organization

KAMINSKI THOMAS HERBERT

German consultancy specializing in inverse modeling and data assimilation for CO2 monitoring, Copernicus services, and Arctic observation systems.

Innovation consultancyenvironmentDE
H2020 projects
4
As coordinator
0
Total EC funding
€810K
Unique partners
72
What they do

Their core work

The Inversion Lab (Thomas Kaminski Consulting) is a specialized consultancy providing inverse modeling and data assimilation expertise for atmospheric and climate monitoring systems. They develop mathematical methods that combine satellite observations with models to estimate greenhouse gas emissions and environmental parameters — essentially turning raw Earth observation data into actionable climate intelligence. Their work feeds directly into the EU's Copernicus programme, particularly its CO2 monitoring service, and extends to pan-Arctic observation systems integrating diverse data sources.

Core expertise

What they specialise in

CO2 emissions monitoring and data assimilationprimary
2 projects

Core contributor to both CHE (CO2 Human Emissions) and CoCO2 (Prototype system for a Copernicus CO2 service), spanning 2017-2023.

Copernicus service developmentprimary
3 projects

Three of four projects (CHE, KEPLER, CoCO2) directly support Copernicus environmental monitoring infrastructure.

Polar and Arctic Earth observationssecondary
2 projects

KEPLER focused on polar monitoring readiness and Arctic PASSION builds a pan-Arctic observing system of systems.

Inverse modeling methodsprimary
4 projects

The firm's name — The Inversion Lab — signals this as their core technical method, applied across all four projects involving data assimilation and forecasting.

Interoperable observation system designemerging
1 project

Arctic PASSION (their largest project at EUR 301K) focuses on integrating multiple observation systems with emphasis on interoperability and co-development with indigenous communities.

Evolution & trajectory

How they've shifted over time

Early focus
Polar climate monitoring and forecasting
Recent focus
CO2 emissions services and Arctic observation systems

Early work (2017-2020) centered on climate data assimilation, operational monitoring, and forecasting for polar regions through projects like CHE and KEPLER, with a strong Copernicus service orientation. From 2021 onward, the focus shifted toward anthropogenic emissions monitoring systems (CoCO2) and socially-inclusive Arctic observation networks incorporating indigenous knowledge (Arctic PASSION). The trajectory shows a move from pure technical modeling toward system-of-systems integration and community-engaged environmental monitoring.

Moving toward operational greenhouse gas monitoring services and inclusive, interoperable observation networks — well-positioned as the EU scales up its carbon emissions verification infrastructure.

Collaboration profile

How they like to work

Role: specialist_contributorReach: Global23 countries collaborated

Always participates as a specialist partner, never as coordinator — consistent with a solo consulting firm contributing deep technical expertise to large consortia. With 72 unique partners across just 4 projects, they operate in very large research networks (averaging 18+ partners per project). This suggests they are a trusted niche contributor whom major consortia seek out for specific inverse modeling and data assimilation capabilities.

Remarkably broad network for a solo consultancy: 72 unique consortium partners across 23 countries from just 4 projects. Their reach spans the European research landscape and extends into Arctic nations, reflecting the global scope of polar and climate monitoring programs.

Why partner with them

What sets them apart

As a solo expert consultancy, The Inversion Lab offers highly specialized inverse modeling skills without institutional overhead — a rare, focused capability that large consortia cannot easily replicate internally. Their consistent involvement in flagship Copernicus and Arctic monitoring programs demonstrates that major EU initiatives actively seek this specific expertise. For consortium builders, they bring a proven track record of integrating into large, multi-national teams as a reliable technical specialist in atmospheric data assimilation.

Notable projects

Highlights from their portfolio

  • Arctic PASSION
    Their largest funded project (EUR 301K) and most ambitious scope — building a pan-Arctic observing system that integrates indigenous knowledge with satellite data, signaling their evolution toward socially-engaged science.
  • CoCO2
    Directly contributes to the prototype Copernicus CO2 monitoring service, which is a strategic EU priority for verifying compliance with the Paris Agreement.
  • CHE
    Their earliest H2020 project on CO2 human emissions — the foundation that established their role in the EU greenhouse gas monitoring pipeline.
Cross-sector capabilities
space (satellite Earth observation and remote sensing)climate policy and carbon accountingArctic and polar scienceenvironmental data infrastructure and interoperability
Analysis note: Profile is based on 4 projects — sufficient to identify clear expertise patterns but limited for definitive claims. The firm name "The Inversion Lab" strongly implies inverse modeling as the core method, which aligns with the project themes (data assimilation, monitoring, forecasting), though this inference goes slightly beyond what the project keywords alone confirm. No website available for verification.