Both SMARTER-2 (laser surveillance of maritime surroundings) and MARINA (laser collision avoidance for high-speed shipping) center on deploying laser sensor systems in maritime operational contexts.
HJELMSTAD AS
Norwegian SME developing laser sensor systems for maritime collision avoidance, surveillance, and autonomous vessel traffic management.
Their core work
Hjelmstad AS is a Norwegian technology SME specializing in laser-based sensor systems for maritime safety and traffic management. Their core work involves developing and integrating high-performance laser (LiDAR-type) systems that detect, track, and classify vessels and obstacles in marine environments. In both EU projects they have joined, they delivered sensor technology and signal processing expertise applied directly to real-world maritime navigation challenges. Their work sits at the intersection of photonics, real-time data processing, and maritime safety regulation.
What they specialise in
MARINA explicitly targets collision avoidance and vessel traffic management using laser technology, indicating Hjelmstad contributes systems-level integration for traffic safety applications.
Project keywords from MARINA include 'real time signal processing', suggesting Hjelmstad brings embedded or edge-processing capabilities alongside the sensor hardware itself.
MARINA keywords include artificial intelligence and autonomous shipping, indicating Hjelmstad is extending into AI-driven decision-support layers on top of sensor feeds.
How they've shifted over time
In their first project (SMARTER-2, 2016–2019), Hjelmstad's contribution was framed around passive maritime surveillance — using lasers to monitor the surrounding maritime environment, with no recorded topical keywords suggesting a broader systems agenda. By their second project (MARINA, 2021–2023), the focus had shifted sharply toward active safety intervention: collision avoidance, vessel traffic management, autonomous shipping, and AI integration. This is a meaningful progression from sensor observation toward sensor-driven decision-making systems, tracking the broader maritime autonomy trend in European transport R&D.
Hjelmstad is moving up the value chain from sensor hardware toward intelligent maritime safety systems, making them an increasingly relevant partner for autonomous vessel and smart port projects in the post-2024 Horizon Europe cycle.
How they like to work
Hjelmstad operates exclusively as a project participant — they have never coordinated an H2020 project — suggesting they prefer to contribute focused technical expertise within consortia led by others, likely larger research institutes or system integrators. With only 4 unique partners across both projects, their network is deliberately small and specialized rather than broad. This points to a company that works well as a deep technical contributor in a defined workpackage, rather than as a consortium builder or generalist partner.
Hjelmstad has collaborated with 4 unique partners across 4 countries, a narrow footprint consistent with tightly scoped technical consortia in the maritime sensor domain. Their geographic reach spans Europe but the network is not yet broad enough to suggest an established pan-European hub role.
What sets them apart
Hjelmstad occupies a rare niche as a private-sector SME with hands-on EU project experience in maritime laser sensing — a space dominated by larger defence or research-institute players. Their progression across two consecutive EU projects in the same technical domain signals genuine accumulated expertise rather than opportunistic participation. For a consortium needing a credible, experienced laser/sensor SME with maritime safety track record and industrial deliverability, Hjelmstad offers a profile that academic partners typically cannot.
Highlights from their portfolio
- MARINATheir most recent and largest project (EUR 762,278), combining laser anti-collision technology with AI and autonomous shipping — directly aligned with the EU's maritime green and digital transition priorities.
- SMARTER-2Their entry into EU-funded R&D, establishing the foundational laser maritime surveillance capability that subsequent work has built upon, funded under the SME Instrument phase 2 scheme.