Europe's brightest minds on the hardest problems in peace and humanitarian action


Run by DTU Space Ventures. Built on the Hacking for Defense® method.

A semester-long credit-bearing university course that turns field needs for satellite data into validated problems, tested concepts and new ventures. The course offers UNDP the opportunity to collaborate with talented engineering students to develop innovative solutions, with ESA BIC and ESA Technology Broker as the road onward.

MARTA PAREJA BOTO

mpabo@dtu.dk
+45 40207643

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Why this programme

The need is documented. The capacity exists. Nobody translates between them.

The need

65 armed conflicts in 35 countries in 2025.
Very-high-resolution imagery is dominated by military demand. Peace, humanitarian and development actors lack stable access to data and analysis.
The CAPACITY

European space industry, ESA and universities.
Data providers, analytics startups, ESA programmes and technical universities can build.
The GAP

Early field needs, never become actionable problems.
No one turns early, unclassified needs into validated problems that companies, startups and students can act on before they harden into procurement.
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A PROVEN MODEL

Real problems. Real results.

Hacking for Defense started at Stanford in 2016 and is now taught at more than 100 universities across the US, UK, Australia, Germany and Poland. HSP applies the same method with UNDP as problem owner.

91%

of problem owners implement the team's deliverable

59%

of problems are reframed during the semester

92%

of problem owners sponsor a problem again

Source: Common Mission Project UK, Annual Review 2025 (UK programme, 28 universities).

“If a Satellites for Peace Alliance is to succeed, its greatest innovation will not be technological, but institutional.”
Verhulst & Vibe · Satellites for Peace, Vatican City, June 2026
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THE METHOD

One problem, one semester, five steps

Teams validate the problem with the people who live it before anyone proposes a platform, a dashboard or an Alliance structure.
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1
hypothesis
UNDP nominates a need

An unclassified problem with a named owner at the level where the problem is felt.

Contact

UNDP

Job Title

Problem owner

Supplies the need, the users and the verdict.

2
Discover
Students Research

Field users, country offices, UNOSAT, partners and data providers. At least ten a week.

3
define
Validated Problem Report

The guaranteed deliverable. Often a different problem than the one first stated.

Contact

"Space related" company

Job Title

uptake partner

A company or startup committed to the problem before the semester starts.

4
develop
Concept or MVP

Tests solution hypotheses with the same users. A working test, not a product.

5
demo day
Handover and follow-up

To the uptake partner, then into ESA BIC or ESA Technology Broker.

Contact

DTU Space Ventures

Job Title

programme lead

Curates problems, teaches the method, runs demo day and the follow-up.

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proposed pilot

one cohort, then scale


Focus areas of the course are drawn from the Satellites for Peace conferece co-organized with Institute for Economics and Peace (IEP), Kongsberg Satellite Services (KSAT), Peace Research Institute Oslo (PRIO), United Nations Development Programme (UNDP), United Nations Satellite Centre (UNOSAT) which took place in the Vatican City in June 2026. The conference had eight sessions. The actual problems are curated with UNDP before each semester.

PILOT PROBLEM

Spring 27

Satellite data and AI for crisis response

How can UNDP's Crisis Bureau combine satellite data and AI to get faster, verifiable insight in crisis and conflict settings?
The pilot semester course takes this as its first problem, validated through interviews with Crisis Bureau staff, country offices and data providers.
Session 1: Demand
Needs and end users
ICRC, HRW, UNDP Crisis Bureau and International Crisis Group describe the demand. Which needs are shared, and which are most urgent?
Session 2: Analysis
From data to knowledge
Turning pixels into insight for crisis response and recovery, and testing whether industry can support this during live crises.
Session 3: Anticipation
Conflict Forecasting
Can radar damage detection, thermal anomalies and night lights predict or validate conflict indicators well enough to act on?
Session 4: heritage
Cultural Heritage Protection
Monitoring religious and cultural sites at risk during armed conflict.Monitoring religious and heritage sites at risk during armed conflict.
Session 5: Access
Obstacles VHR access
Cost, licensing, classification and timeliness keep sub-50 cm imagery out of humanitarian hands. What has to change?
Session 6: Technology
Small Satellites and AI-powered EO
Can small-satellite systems and AI break the resolution, cost and latency bottleneck that ties VHR to defence budgets?
Session 7: Civil or military domaini
Civil or military domain
Should peace and humanitarian capacity cooperate with defence, or live entirely in the civil domain?
Session8: Towards an Alliance
Towards and alliance
Who may request imagery, how it is verified and how misuse is prevented, so a peace market can form alongside defence tasking.
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AFTER DEMO DAY
ESA Business Incubator Denmark
The strongest teams found a company and enter ESA's business incubation: incentive funding, technical support from ESA and DTU, business coaching and the pan-European ESA BIC network.
ESA Technology Broker Denmark
Validated problems are matched to space technology already in Danish and European SMEs. ...
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READY TO GET INVOLVED?

Bring a problem, a team or a technology