SciTransfer
Organization

ELLIPTIC LABORATORIES ASA

Norwegian deep tech SME turning ultrasound algorithms into virtual proximity and gesture sensors for smartphones and smart devices.

Technology SMEdigitalNOSMENo active H2020 projects
H2020 projects
2
As coordinator
1
Total EC funding
€2.4M
Unique partners
33
What they do

Their core work

Elliptic Laboratories develops proprietary ultrasound sensing technology that replaces physical hardware sensors with software-defined virtual sensors in smartphones and smart devices. Their flagship technologies — INNER MAGIC and INNER REFLECTION — use a device's existing speaker and microphone to perform proximity detection, presence sensing, and gesture recognition without dedicated sensor chips. The company commercializes this as a B2B technology licensed to device manufacturers, eliminating hardware components and reducing device cost and complexity. Their SME Instrument Phase 2 grant confirms EU evaluators judged the technology both technically sound and commercially market-ready.

Core expertise

What they specialise in

Virtual ultrasound sensor algorithmsprimary
2 projects

Both SILENSE and IMIR-UP are explicitly focused on ultrasound-based sensing, with IMIR-UP scaling up their named virtual sensor products INNER MAGIC and INNER REFLECTION.

Smart device and smartphone integrationprimary
1 project

IMIR-UP (2019-2020) is specifically titled 'Virtual Ultrasound Sensors for Smart Devices', indicating deep focus on consumer electronics integration.

Low-energy integrated sensor interfacessecondary
1 project

SILENSE (2017-2020) addressed ultra-low energy sound interfaces as part of a large ECSEL electronics consortium, broadening their sensor stack competence.

1 project

Winning the highly competitive SME Instrument Phase 2 (SME-2 scheme) as coordinator of IMIR-UP demonstrates recognized capacity to scale a deep tech product to market.

Evolution & trajectory

How they've shifted over time

Early focus
Ultrasound sensor research consortium
Recent focus
Virtual sensor product scale-up

With only two projects and no keyword metadata, direct keyword-shift analysis is not possible. What the project sequence does reveal is a clear maturation arc: in 2017 they entered EU research as a participant in SILENSE, a large ECSEL consortium focused on foundational sensor research, suggesting they were building credibility and testing their technology in an industrial research context. By 2019 they had confidence and external validation sufficient to coordinate their own SME-2 scale-up project, explicitly targeting commercialization of their named product lines. The trajectory is from research contributor to independent technology vendor in under three years.

Elliptic Laboratories is on a clear path from research participation toward independent product commercialization, making them a more attractive licensing or co-development partner than a traditional academic or research-stage entity.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European9 countries collaborated

They have operated in both modes: as a specialist participant inside a very large ECSEL consortium (SILENSE, 33 partners across 9 countries) and as the sole coordinator of their own scale-up grant. This combination is unusual for an SME and suggests they are comfortable navigating complex industrial consortia while also capable of driving their own agenda when the technology is ready. Future partners should expect them to be a focused, technically assertive contributor rather than a passive participant.

Their consortium footprint — 33 unique partners across 9 countries — comes primarily from the SILENSE ECSEL project, which typically involves major European semiconductor firms, research institutes, and OEMs. For a two-project SME this is a substantial European industrial network.

Why partner with them

What sets them apart

Elliptic Laboratories occupies a narrow but commercially valuable niche: software that replaces hardware sensors, a proposition with direct cost and supply-chain appeal to device manufacturers. Very few European SMEs operate at this intersection of ultrasound physics, embedded software, and consumer electronics OEM licensing. Their SME-2 grant (acceptance rate typically under 5%) is an independent quality signal that peers in the field rarely hold.

Notable projects

Highlights from their portfolio

  • IMIR-UP
    Coordinator role in a €2.16M SME Instrument Phase 2 scale-up grant — the EU's most competitive commercialization instrument — for their own named product lines, signaling genuine market-ready technology.
  • SILENSE
    Participation in a large ECSEL-RIA consortium (33 partners, 9 countries) on ultra-low energy sound interfaces, embedding a small Norwegian SME in Europe's core semiconductor and electronics research network.
Cross-sector capabilities
IoT and smart home devicesautomotive cabin sensing and gesture controlwearables and health monitoring interfacesindustrial human-machine interfaces
Analysis note: Only 2 projects with no keyword metadata provided. The profile is largely inferred from project titles, funding schemes, and the coordinator/participant role split. The SME-2 coordinator role is a strong commercial signal, but deeper technical claims should be verified against company publications or patent filings before use in outreach.