Contested Logistics and Sustainment
Moving, repairing, and resupplying capability under attack — now a warfighting function in its own right.
1Plain-English explanation
Contested logistics is the challenge of supplying, maintaining, and sustaining forces when the supply chain itself is under threat from enemy fire, electronic warfare, cyber attack, and persistent drone surveillance. The old assumption that rear areas are safe no longer holds.
It is not only about moving fuel and ammunition. It includes the digital and communications backbone that tells commanders what they have, where it is, and when it will run out — systems that are vulnerable to the same threats as weapons.
“Can I keep my distributed force supplied, repaired, and powered when every node behind me can be seen and struck?”
Keep distributed forces supplied, repaired, and sustained when the supply chain itself is under threat — through distributed logistics, autonomous resupply, field repair, and energy resilience.
- Does it improve resupply, repair, or energy resilience under observation and attack?
- Is it repairable in the field with trusted, available spares?
- How does it behave when communications and GPS timing are degraded?
- What is the energy and power story, and does it reduce dependence on vulnerable nodes?
- Can the components be sourced and sustained through trusted supply chains?
2Why it matters to the warfighter
Keep distributed forces supplied, repaired, and sustained when the supply chain itself is under threat — through distributed logistics, autonomous resupply, field repair, and energy resilience.
3What Ukraine has shown
Ukraine has improvised resilient logistics under constant surveillance and enemy fire for years, integrating volunteer networks, commercial vehicles, and civilian supply chains into the military system. Russia’s stalled early-2022 convoy north of Kyiv is a textbook case of what happens when logistics fail in contested conditions.
4What U.S., EU, and allied partners need to evaluate
Allied planning — especially for the Indo-Pacific — needs logistics that survive without safe rear areas: distributed, repairable, energy-resilient, and able to operate when communications are degraded. Energy and critical-infrastructure resilience is a focus of the security agenda at the Ukraine Recovery Conference 2026 in Gdansk.
5What Helicon looks for
- Field-deployable, repairable systems with sustainable SWaP-C.
- Distributed and autonomous resupply that reduces exposure.
- Energy and critical-infrastructure resilience under attack.
- Trusted components and field-replaceable parts.
6What Helicon can help prepare
- A demonstration of sustainment value under contested conditions.
- An assessment of repairability and trusted spares.
- A view of how the capability reduces dependence on vulnerable logistics nodes.