Allemannsdata Wiki
Manual search

ARCISO AS

Organization number 917100454 · Aksjeselskap

Programmatic access to company data (JSON)

Source: Firmafakta. Data read and page generated 2026-09-10T02:14:48Z. HTML cache: no-store (TTL 0 seconds). Default TTL for Firmafakta JSON/API responses: 60 seconds.

Facts

Source: Firmafakta, with business data from public registers.

organisasjonsnummer:
917100454
navn:
ARCISO AS
organisasjonsform:
kode:
AS
beskrivelse:
Aksjeselskap
naeringskode1:
kode:
62.100
beskrivelse:
Dataprogrammeringstjenester
antallAnsatte:
not reported by source
hjemmeside:
not reported by source
epostadresse:
not reported by source
telefon:
not reported by source
forretningsadresse:
adresse:
Gløshaugen, Høgskoleringen 7A
poststed:
TRONDHEIM
postnummer:
7034
kommune:
TRONDHEIM
stiftelsesdato:
2016-04-11
registreringsdatoenhetsregisteret:
2016-04-27
aktivitet:
Utvikling av programvare, konsulentvirksomhet og produktutvikling, innenfor maritim næring.
vedtektsfestetFormaal:
Å utvikle teknologiske løsninger innenfor maritim næring.

View the address in Geonorge

Board and other roles

Source: Firmafakta. Also see the separate Brønnøysund lookup under related lookups.

Daglig leder

Regnskapsfører

Styre

Owners

Source: Firmafakta shareholder dataset.

  1. RAED KHALIL LUBBAD – 24.0 % (24000 shares, share class: Ordinære aksjer)
  2. SVEINUNG LØSET – 24.0 % (24000 shares, share class: Ordinære aksjer)
  3. ROGER SKJETNE – 19.0 % (19000 shares, share class: Ordinære aksjer)
  4. MARNIX ALBERT VAN DEN BERG – 10.0 % (10000 shares, share class: Ordinære aksjer)
  5. WENJUN LU – 10.0 % (10000 shares, share class: Ordinære aksjer)
  6. ANDREI TSARAU – 7.0 % (7000 shares, share class: Ordinære aksjer)
  7. NTNU TECHNOLOGY TRANSFER AS – 6.0 % (6000 shares, share class: Ordinære aksjer)

Fetch a longer owner list

Company holdings

No holdings found.

Grants and support

Sources provided through Firmafakta: Innovation Norway, the EU, the Research Council of Norway and SkatteFUNN.

Innovasjon Norge (0)

No registered grants.

EU-tildelinger (0)

No registered grants.

Forskningsrådet (1)

1 results

  1. id:
    38662
    prosjektnummer:
    260704
    prosjekttittel:
    Simulator for Arctic Marine Structures(SAMS)
    prosjektstart:
    2017
    prosjektslutt:
    2018
    prosjektansvarlig_navn:
    ARCISO AS
    organisasjonsnummer:
    917100454
    sokt_belop:
    Tverr/flerfaglig teknologi og andre fagområder
    tildelt_belop:
    0.0
    virkemiddel:
    Nettverkstiltak
    aktivitet:
    Systemtiltak

SkatteFUNN (4)

4 results

  1. id:
    66344
    innsendt_dato:
    2022-09-01
    prosjektnummer:
    340368
    bedriftsnavn:
    ARCISO AS
    prosjekttittel:
    Simulator for Arctic Marine Structures (ThermoProcess)
    organisasjonsnummer:
    917100454
    fylke:
    Trøndelag - Trööndelage
    kommunenavn:
    Trondheim - Tråante
    poststed:
    TRONDHEIM
    soknad_godkjent:
    JA
    soknad_avslatt:
    NEI
    vedtaksdato:
    2022-12-21
    prosjekt_fra_ar:
    2022
    prosjekt_til_ar:
    2024
    sammendrag:
    The oil and gas activity as well as aquaculture in Norway is gradually moving towards northern waters; i.e the Barents Sea. The infrastructure being used in those waters may be exposed to impact from sea ice and glacial ice. The purpose of the project is to contribute to a safe and sound field development in these waters by enabling simulation technology (SAMS) to make reliable estimations of loads from ice in the ocean on these structures. ArcISo took the initiative to develop this simulator technology (SAMS). The core technology of ArcISo is the numerical tool SAMS (Simulator for Arctic Marine Structures) for ships and vessels designed for operation in ice-infested waters. Based on this technology, the following products have been developed: - A high-fidelity numerical simulation app for precise load calculations used for design and engineering of ships and structures to be operated in realistic multi-domain ice conditions. - A high-fidelity simulation app used as a strategic tool for testing planned single and multi-vessel operations and scenarios of a vessel in ice conditions. - Thermo-mechanical coupled simulation capacity to address issues (e.g., icing hazard) that are encountered by offshore structures in cold climate.
  2. id:
    64159
    innsendt_dato:
    2021-09-14
    prosjektnummer:
    331739
    bedriftsnavn:
    ARCISO AS
    prosjekttittel:
    Simulator for Arctic Marine Structures (Digit_IceEnvironment)
    organisasjonsnummer:
    917100454
    fylke:
    Trøndelag - Trööndelage
    kommunenavn:
    Trondheim
    poststed:
    TRONDHEIM
    soknad_godkjent:
    JA
    soknad_avslatt:
    NEI
    vedtaksdato:
    2021-12-20
    prosjekt_fra_ar:
    2021
    prosjekt_til_ar:
    2022
    sammendrag:
    The oil and gas activity as well as aquaculture in Norway is gradually moving towards northern waters; i.e the Barents Sea. The infrastructure being used in those waters may be exposed to impact from sea ice and glacial ice. The purpose of the project is to contribute to a safe and sound field development in these waters by enabling simulation technology (SAMS) to make reliable estimations of loads from ice in the ocean on these structures. ArcISo took the initiative to develop this simulator technology (SAMS). The core technology of ArcISo is the numerical tool SAMS (Simulator for Arctic Marine Structures) for ships and vessels designed for operation in ice-infested waters. Based on this technology, the following products have been developed: - A high-fidelity numerical simulation app for precise load calculations used for design and engineering of ships and structures to be operated in realistic multi-domain ice conditions. - A high-fidelity simulation app used as a strategic tool for testing planned single and multi-vessel operations and scenarios of a vessel in ice conditions.
  3. id:
    55267
    innsendt_dato:
    2019-08-30
    prosjektnummer:
    307161
    bedriftsnavn:
    ARCISO AS
    prosjekttittel:
    Simulator for Arctic Marine Structures (SAMS-II)
    organisasjonsnummer:
    917100454
    fylke:
    Trøndelag - Trööndelage
    kommunenavn:
    Trondheim
    poststed:
    TRONDHEIM
    soknad_godkjent:
    JA
    soknad_avslatt:
    NEI
    vedtaksdato:
    2019-11-21
    prosjekt_fra_ar:
    2019
    prosjekt_til_ar:
    2020
    sammendrag:
    The oil and gas activity as well as aquaculture in Norway is gradually moving towards northern waters; i.e the Barents Sea. The infrastructure being used in those waters may be exposed to impact from sea ice and glacial ice. The purpose of the project is to contribute to a safe and sound field development in these waters by enabling simulation technology (SAMS) to make reliable estimations of loads from ice in the ocean on these structures. ArcISo took the initiative to develop this simulator technology (SAMS). The core technology of ArcISo is the numerical tool SAMS (Simulator for Arctic Marine Structures) for ships and vessels designed for operation in ice-infested waters. Based on this technology, the following products have been developed: - A high-fidelity numerical simulation app for precise load calculations used for design and engineering of ships and structures to be operated in realistic multi-domain ice conditions. - A high-fidelity simulation app used as a strategic tool for testing planned single and multi-vessel operations and scenarios of a vessel in ice conditions.
  4. id:
    45886
    innsendt_dato:
    2017-08-31
    prosjektnummer:
    278594
    bedriftsnavn:
    ARCISO AS
    prosjekttittel:
    Simulator for Arktiske Marine Konstruksjoner (SAMS)
    organisasjonsnummer:
    917100454
    fylke:
    Trøndelag - Trööndelage
    kommunenavn:
    Trondheim
    poststed:
    TRONDHEIM
    soknad_godkjent:
    JA
    soknad_avslatt:
    NEI
    vedtaksdato:
    2017-10-18
    prosjekt_fra_ar:
    2017
    prosjekt_til_ar:
    2018
    sammendrag:
    not reported by source

Subunits

Open positions

count:
0
stillinger:

No results.

Related lookups

How an AI agent should use this page

Ground rule: Navigate with HTML GET links to keep explanations and relationships. Use the page's JSON alternative only when concrete values must be extracted, compared or computed.

How to use the company page

  1. Use the organization number as the stable key.
  2. Distinguish between the company's own facts, roles, owners, holdings and grants.
  3. Follow person and company links to explore the graph; do not assume relations that are not explicitly registered.

Related services

Time: Ownership, roles and status can change. State the source and retrieval time with factual claims.

AI agent? Read the complete navigation and programming guide.