search_doffin

Search Norwegian public procurement notices on Doffin.

Signature: search_doffin(query: string, optional, default ''; types: list of string (comma-separated), optional, default None; statuses: list of string (comma-separated), optional, default None; contract_nature: list of string (comma-separated), optional, default None; cpv_codes: list of string (comma-separated), optional, default None; locations: list of string (comma-separated), optional, default None; buyer: list of string (comma-separated), optional, default None; winner: list of string (comma-separated), optional, default None; date_from: string, optional, default None; date_to: string, optional, default None; sort_by: string, optional, default 'RELEVANCE'; include_placeholders: yes/no, optional, default False; limit: integer, items, optional, default 25; offset: integer, items, optional, default 0)

Direct GET

For navigating agents: open the HTML page with parameters in the URL. The result is fetched and displayed without screenshots or form filling.

Open this validated HTML GET URL

https://allemannsdata.com/wiki/kilder/doffin/search_doffin/?query=&types={types}&statuses={statuses}&contract_nature={contract_nature}&cpv_codes={cpv_codes}&locations={locations}&buyer={buyer}&winner={winner}&date_from={date_from}&date_to={date_to}&sort_by=RELEVANCE&include_placeholders=false&limit=25&offset=0

Replace {query}, {types}, {statuses}, {contract_nature}, {cpv_codes}, {locations}, {buyer}, {winner}, {date_from}, {date_to}, {sort_by}, {include_placeholders} with values. Remove unused optional parameters from the URL.

For software and dashboards: Read the operation descriptor. The JSON GET template is https://allemannsdata.com/wiki/api/v1/kilder/doffin/search_doffin?query=&types={types}&statuses={statuses}&contract_nature={contract_nature}&cpv_codes={cpv_codes}&locations={locations}&buyer={buyer}&winner={winner}&date_from={date_from}&date_to={date_to}&sort_by=RELEVANCE&include_placeholders=false&limit=25&offset=0. Open this exact request as JSON.

Parameter	Requirement	JSON type	Description
`query`	optional	string	Free-text search (Norwegian or English), e.g. "IT-drift", "snørydding", "rammeavtale konsulent". Start here.
`types`	optional	union	Filter by notice type. Parent types: PLANNING, COMPETITION, RESULT. Specific types: ANNOUNCEMENT_OF_COMPETITION, DYNAMIC_PURCHASING_SCHEME, QUALIFICATION_SCHEME, ANNOUNCEMENT_OF_INTENT, PRE_ANNOUNCEMENT, ADVISORY_NOTICE, NOTICE_ON_BUYER_PROFILE, ANNOUNCEMENT_OF_CONCLUSION_OF_CONTRACT, CHANGE_OF_CONCLUSION_OF_CONTRACT, CANCELLED_OR_MISSING_CONCLUSION_OF_CONTRACT. Use ["COMPETITION"] + statuses=["ACTIVE"] for open tenders.
`statuses`	optional	union	ACTIVE (open for bids), EXPIRED, AWARDED, CANCELLED.
`contract_nature`	optional	union	WORKS, SERVICES and/or SUPPLIES.
`cpv_codes`	optional	union	8-digit CPV codes, e.g. ["45000000"]. Matches the code and its children. Find codes with search_cpv_codes(). Best combined with a free-text query.
`locations`	optional	union	NUTS-style location ids, e.g. ["NO060"] (Trøndelag), or "anyw" for non-location-bound. See list_location_codes().
`buyer`	optional	union	Buyer organization full name(s) exactly as written on notices, e.g. ["Trondheim kommune"]. Resolved to Doffin's internal buyer id via a free-text lookup; names that match no buyer are reported in "note" and, if none match, no results are returned (rather than an unfiltered search). Pass the 32-hex buyer id from a result's buyer field directly to skip the lookup.
`winner`	optional	union	Doffin's internal supplier id (32-hex). Winner names cannot be used - they are not present in search results to resolve against.
`date_from`	optional	union	Publication date lower bound, "YYYY-MM-DD".
`date_to`	optional	union	Publication date upper bound, "YYYY-MM-DD".
`sort_by`	optional	string	RELEVANCE (default), PUBLICATION_DATE_DESC, PUBLICATION_DATE_ASC, DEADLINE, ESTIMATED_VALUE_ASC, ESTIMATED_VALUE_DESC.
`include_placeholders`	optional	boolean	By default, hits whose buyer fields look like unfilled eForm template values (org id 123456789, placeholder buyer names) are dropped from the results as junk. Set True to keep them, each flagged with "possible_placeholder": true.
`limit`	optional	integer	Gateway page size; default 25, maximum 100.
`offset`	optional	integer	Number of list items to skip; default 0.

Generated JavaScript, Python and response structure

Use JSON when the user requests code, machine-readable data, value extraction or further computation. Use the HTML GET page to identify the correct source and verify parameters.

Example for generated JavaScript and Python

https://allemannsdata.com/wiki/api/v1/kilder/doffin/search_doffin?query=&types={types}&statuses={statuses}&contract_nature={contract_nature}&cpv_codes={cpv_codes}&locations={locations}&buyer={buyer}&winner={winner}&date_from={date_from}&date_to={date_to}&sort_by=RELEVANCE&include_placeholders=false&limit=25&offset=0

Replace URL placeholders and remove unused optional parameters.

JavaScript in a dashboard

const url = "https://allemannsdata.com/wiki/api/v1/kilder/doffin/search_doffin?query=&types={types}&statuses={statuses}&contract_nature={contract_nature}&cpv_codes={cpv_codes}&locations={locations}&buyer={buyer}&winner={winner}&date_from={date_from}&date_to={date_to}&sort_by=RELEVANCE&include_placeholders=false&limit=25&offset=0";
const response = await fetch(url);
if (!response.ok) {
  const failure = await response.json();
  throw new Error(`${failure.error.code}: ${failure.error.message} ${failure.suggestion}`);
}
const result = await response.json();
const data = result.data;

Python without additional packages

import json
from urllib.request import urlopen

url = "https://allemannsdata.com/wiki/api/v1/kilder/doffin/search_doffin?query=&types={types}&statuses={statuses}&contract_nature={contract_nature}&cpv_codes={cpv_codes}&locations={locations}&buyer={buyer}&winner={winner}&date_from={date_from}&date_to={date_to}&sort_by=RELEVANCE&include_placeholders=false&limit=25&offset=0"
with urlopen(url) as response:
    result = json.load(response)
data = result["data"]

Response structure

{
  "source": "doffin",
  "operation": "search_doffin",
  "parameters": {},
  "data": {},
  "entities": [],
  "_meta": {"retrieved_at": "...", "sources": [], "cache": {}},
  "_links": {"self": "...", "source": "...", "wiki": "...", "feedback": "..."}
}

Form for manual use

The form is a fallback for people and browser agents that cannot open the GET URL directly.

query Type: string. Free-text search (Norwegian or English), e.g. "IT-drift", "snørydding", "rammeavtale konsulent". Start here.

types Type: list of string (comma-separated). Filter by notice type. Parent types: PLANNING, COMPETITION, RESULT. Specific types: ANNOUNCEMENT_OF_COMPETITION, DYNAMIC_PURCHASING_SCHEME, QUALIFICATION_SCHEME, ANNOUNCEMENT_OF_INTENT, PRE_ANNOUNCEMENT, ADVISORY_NOTICE, NOTICE_ON_BUYER_PROFILE, ANNOUNCEMENT_OF_CONCLUSION_OF_CONTRACT, CHANGE_OF_CONCLUSION_OF_CONTRACT, CANCELLED_OR_MISSING_CONCLUSION_OF_CONTRACT. Use ["COMPETITION"] + statuses=["ACTIVE"] for open tenders.

statuses Type: list of string (comma-separated). ACTIVE (open for bids), EXPIRED, AWARDED, CANCELLED.

contract_nature Type: list of string (comma-separated). WORKS, SERVICES and/or SUPPLIES.

cpv_codes Type: list of string (comma-separated). 8-digit CPV codes, e.g. ["45000000"]. Matches the code and its children. Find codes with search_cpv_codes(). Best combined with a free-text query.

locations Type: list of string (comma-separated). NUTS-style location ids, e.g. ["NO060"] (Trøndelag), or "anyw" for non-location-bound. See list_location_codes().

buyer Type: list of string (comma-separated). Buyer organization full name(s) exactly as written on notices, e.g. ["Trondheim kommune"]. Resolved to Doffin's internal buyer id via a free-text lookup; names that match no buyer are reported in "note" and, if none match, no results are returned (rather than an unfiltered search). Pass the 32-hex buyer id from a result's buyer field directly to skip the lookup.

winner Type: list of string (comma-separated). Doffin's internal supplier id (32-hex). Winner names cannot be used - they are not present in search results to resolve against.

date_from Type: string. Publication date lower bound, "YYYY-MM-DD".

date_to Type: string. Publication date upper bound, "YYYY-MM-DD".

sort_by Type: string. RELEVANCE (default), PUBLICATION_DATE_DESC, PUBLICATION_DATE_ASC, DEADLINE, ESTIMATED_VALUE_ASC, ESTIMATED_VALUE_DESC.

include_placeholders Type: yes/no. By default, hits whose buyer fields look like unfilled eForm template values (org id 123456789, placeholder buyer names) are dropped from the results as junk. Set True to keep them, each flagged with "possible_placeholder": true.

Result

Source: Doffin and TED. Retrieved 2026-11-14T14:17:08Z in 0.207 seconds.

total_count:

hits:

3 results

id:
2025-109158
buyer:
1 results
1. id:
  a17f0c4d9b21ae6f264d342bcf640d49
  organization_id:
  985198292
  name:
  AVINOR AS
heading:
Avinor AS - RFI - Demonstration of zero and low emission aircraft suitable for the regional aviation sector
description:
Avinor and the Civil Aviation Authority of Norway (CAA Norway) have jointly established the International Test Arena for zero- and low-emission aircraft in Norway. The purpose of the test arena is to accelerate implementation of zero and low emission aviation by reducing barriers for operational testing and demonstration. Through the test arena the parties aim to gain and share knowledge, prepare the aviation ecosystem, and provide a foundation for scaling new technologies. The test arena provides the market with a common point of contact in Avinor and CAA Norway, as well as a joint process from concept development to testing and flight demonstrations. This includes infrastructure, airspace, energy supply, and regulatory facilitation for national and international stakeholders who wish to test and demonstrate zero- and low-emission aircraft in Norway. Avinor will provide relevant infrastructure, airspace, and access to energy, while CAA Norway will offer regulatory facilitation, including a regulatory sandbox. The test arena will, in principle, cover the entire Norwegian airport network and airspace. Specific geographical locations for the establishment of test operations will be decided in dialogue with market participants, based on their needs, as well as assessments of technological maturity and the availability of relevant energy. For further information, please see attachment, attached hereto, or contact; [email protected]
location_id:
1 results
1. anyw
estimatedValue:
not reported by source
type:
ADVISORY_NOTICE
allTypes:
2 results
1. ADVISORY_NOTICE
2. PLANNING
status:
not reported by source
issueDate:
2025-06-11T08:00:06Z
deadline:
not reported by source
sentToTed:
yes
publicationDate:
2025-06-12
placeOfPerformance:
- Ikke stedbunden
procurementStrategicLabels:
No results.
id:
2024-116458
buyer:
1 results
1. id:
  a17f0c4d9b21ae6f264d342bcf640d49
  organization_id:
  985198292
  name:
  AVINOR AS
heading:
Declaration of intent - development of a flight test/demonstration program of zero- and low-emission aircraft
description:
Avinor AS and Civil Aviation Authority Norway (CAA Norway) intend to enter into a Letter of Intent (LoI) with Bristow Norway and Beta Technologies for the development of a flight test/demonstration program of zero- and low-emission aircraft. The purpose of the agreement is to develop solutions and knowledge related to future aircraft and requirements for airport operations/infrastructure, as well as conducting safe and efficient trials of new technology for regulatory learning and development within all relevant areas of aviation. Flights utilizing a battery-electric aircraft are estimated to take place after summer of 2025. Avinor’s objective is to facilitate and support testing and demonstration of zero- and low-emission aircraft, airspace and operational development to gain more knowledge about new technologies, facilitation needs and explore their practical applications. CAA Norway's main objective is to contribute to safe, societally beneficial, and sustainable aviation. As an aviation authority, CAA Norway, in collaboration with EASA, will contribute to regulatory facilitation and learning. The purpose is to enable safe testing and phasing in of new technologies in an ecosystem. It will also enable the regulators to identify the need for regulatory changes and to ensure that approval and certification processes are well prepared and can be carried out efficiently. The agreement is intended to accelerate the transition towards zero- and low-emission aviation and is part of the Avinor and CAA Norway collaboration to establish Norway as an international test arena for zero- and low-emission aircraft. Data and knowledge sharing is a key element of the agreement, and the activities will contribute to knowledge for the entire aviation ecosystem. The joint results of the research/development under the agreement will not be exclusive to the contracting parties, and in addition the financial burden is split between the parties. If a subsequent development phase provides a basis for it, the letter of intent will be replaced by a binding project agreement. Based on the above, the agreement is considered a research and development contract and is therefore exempt from the procurement regulation, cf. the Supply Regulations section 2-5. Any objections to the agreement should be submitted within 26.11.2024. For more information, se Tendsign: https://tendsign.no/supplier/index.aspx
location_id:
1 results
1. AT112
estimatedValue:
not reported by source
type:
ANNOUNCEMENT_OF_INTENT
allTypes:
2 results
1. RESULT
2. ANNOUNCEMENT_OF_INTENT
status:
not reported by source
issueDate:
2024-11-15T10:05:36Z
deadline:
not reported by source
sentToTed:
yes
publicationDate:
2024-11-15
placeOfPerformance:
procurementStrategicLabels:
No results.
id:
2026-111353
buyer:
1 results
1. id:
  abde160899e4adf170da317758a8c00b
  organization_id:
  971274042
  name:
  Meteorologisk Institutt
heading:
Anskaffelse av frontend utvikler til GeoWeb
description:
The purpose of the procurement is to enter into a contract for the purchase of assistance for the GeoWeb project.The Meteorological Institute in Norway (MET Norway) wishes to procure consulting assistance for the GeoWeb project. They need a consultant to work as part of an international scrum team dedicated to the development and management of the GeoWeb meteorology tool. GeoWeb is a cloud-native frontend application that assists meteorologists in issuing hazard warnings and other weather forecasts.The work is hourly-based with a framework of 1,000,000 NOK (excluding VAT), with options to extend the assignment in three phases up to a total of 7,000,000 NOK (excluding VAT).The candidate must be fluent in written and spoken English.A complete description of the delivery follows from the requirements specification.
location_id:
1 results
1. NO081
estimatedValue:
not reported by source
type:
ANNOUNCEMENT_OF_COMPETITION
allTypes:
2 results
1. ANNOUNCEMENT_OF_COMPETITION
2. COMPETITION
status:
EXPIRED
issueDate:
2026-06-25T13:42:07Z
deadline:
2026-08-10T10:00:00Z
sentToTed:
yes
publicationDate:
2026-06-29
placeOfPerformance:
- Oslo
procurementStrategicLabels:
No results.

Show all fields in HTML

total_count:

hits:

3 results

id:
2025-109158
buyer:
1 results
1. id:
  a17f0c4d9b21ae6f264d342bcf640d49
  organization_id:
  985198292
  name:
  AVINOR AS
heading:
Avinor AS - RFI - Demonstration of zero and low emission aircraft suitable for the regional aviation sector
description:
Avinor and the Civil Aviation Authority of Norway (CAA Norway) have jointly established the International Test Arena for zero- and low-emission aircraft in Norway. The purpose of the test arena is to accelerate implementation of zero and low emission aviation by reducing barriers for operational testing and demonstration. Through the test arena the parties aim to gain and share knowledge, prepare the aviation ecosystem, and provide a foundation for scaling new technologies. The test arena provides the market with a common point of contact in Avinor and CAA Norway, as well as a joint process from concept development to testing and flight demonstrations. This includes infrastructure, airspace, energy supply, and regulatory facilitation for national and international stakeholders who wish to test and demonstrate zero- and low-emission aircraft in Norway. Avinor will provide relevant infrastructure, airspace, and access to energy, while CAA Norway will offer regulatory facilitation, including a regulatory sandbox. The test arena will, in principle, cover the entire Norwegian airport network and airspace. Specific geographical locations for the establishment of test operations will be decided in dialogue with market participants, based on their needs, as well as assessments of technological maturity and the availability of relevant energy. For further information, please see attachment, attached hereto, or contact; [email protected]
location_id:
1 results
1. anyw
estimatedValue:
not reported by source
type:
ADVISORY_NOTICE
allTypes:
2 results
1. ADVISORY_NOTICE
2. PLANNING
status:
not reported by source
issueDate:
2025-06-11T08:00:06Z
deadline:
not reported by source
sentToTed:
yes
publicationDate:
2025-06-12
placeOfPerformance:
- Ikke stedbunden
procurementStrategicLabels:
No results.
id:
2024-116458
buyer:
1 results
1. id:
  a17f0c4d9b21ae6f264d342bcf640d49
  organization_id:
  985198292
  name:
  AVINOR AS
heading:
Declaration of intent - development of a flight test/demonstration program of zero- and low-emission aircraft
description:
Avinor AS and Civil Aviation Authority Norway (CAA Norway) intend to enter into a Letter of Intent (LoI) with Bristow Norway and Beta Technologies for the development of a flight test/demonstration program of zero- and low-emission aircraft. The purpose of the agreement is to develop solutions and knowledge related to future aircraft and requirements for airport operations/infrastructure, as well as conducting safe and efficient trials of new technology for regulatory learning and development within all relevant areas of aviation. Flights utilizing a battery-electric aircraft are estimated to take place after summer of 2025. Avinor’s objective is to facilitate and support testing and demonstration of zero- and low-emission aircraft, airspace and operational development to gain more knowledge about new technologies, facilitation needs and explore their practical applications. CAA Norway's main objective is to contribute to safe, societally beneficial, and sustainable aviation. As an aviation authority, CAA Norway, in collaboration with EASA, will contribute to regulatory facilitation and learning. The purpose is to enable safe testing and phasing in of new technologies in an ecosystem. It will also enable the regulators to identify the need for regulatory changes and to ensure that approval and certification processes are well prepared and can be carried out efficiently. The agreement is intended to accelerate the transition towards zero- and low-emission aviation and is part of the Avinor and CAA Norway collaboration to establish Norway as an international test arena for zero- and low-emission aircraft. Data and knowledge sharing is a key element of the agreement, and the activities will contribute to knowledge for the entire aviation ecosystem. The joint results of the research/development under the agreement will not be exclusive to the contracting parties, and in addition the financial burden is split between the parties. If a subsequent development phase provides a basis for it, the letter of intent will be replaced by a binding project agreement. Based on the above, the agreement is considered a research and development contract and is therefore exempt from the procurement regulation, cf. the Supply Regulations section 2-5. Any objections to the agreement should be submitted within 26.11.2024. For more information, se Tendsign: https://tendsign.no/supplier/index.aspx
location_id:
1 results
1. AT112
estimatedValue:
not reported by source
type:
ANNOUNCEMENT_OF_INTENT
allTypes:
2 results
1. RESULT
2. ANNOUNCEMENT_OF_INTENT
status:
not reported by source
issueDate:
2024-11-15T10:05:36Z
deadline:
not reported by source
sentToTed:
yes
publicationDate:
2024-11-15
placeOfPerformance:
procurementStrategicLabels:
No results.
id:
2026-111353
buyer:
1 results
1. id:
  abde160899e4adf170da317758a8c00b
  organization_id:
  971274042
  name:
  Meteorologisk Institutt
heading:
Anskaffelse av frontend utvikler til GeoWeb
description:
The purpose of the procurement is to enter into a contract for the purchase of assistance for the GeoWeb project.The Meteorological Institute in Norway (MET Norway) wishes to procure consulting assistance for the GeoWeb project. They need a consultant to work as part of an international scrum team dedicated to the development and management of the GeoWeb meteorology tool. GeoWeb is a cloud-native frontend application that assists meteorologists in issuing hazard warnings and other weather forecasts.The work is hourly-based with a framework of 1,000,000 NOK (excluding VAT), with options to extend the assignment in three phases up to a total of 7,000,000 NOK (excluding VAT).The candidate must be fluent in written and spoken English.A complete description of the delivery follows from the requirements specification.
location_id:
1 results
1. NO081
estimatedValue:
not reported by source
type:
ANNOUNCEMENT_OF_COMPETITION
allTypes:
2 results
1. ANNOUNCEMENT_OF_COMPETITION
2. COMPETITION
status:
EXPIRED
issueDate:
2026-06-25T13:42:07Z
deadline:
2026-08-10T10:00:00Z
sentToTed:
yes
publicationDate:
2026-06-29
placeOfPerformance:
- Oslo
procurementStrategicLabels:
No results.

Will you use the result in generated code?

Open the same result as JSON

Is data missing or incorrect? Send feedback about this result.

Continue exploring

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 search_doffin lookup

Replace the placeholders in the HTML GET template; remove optional parameters you do not need.
Check types, units, limits and ID formats in the parameter table.
Follow linked results to canonical pages before combining sources.

Misreading to avoid: An empty list means "no results for this lookup". An error message or unavailable source does not mean the data does not exist.

Source-specific next step

Follow the notice ID to the canonical page; use CPV and location codes to narrow broad free-text searches.

Go to the source page for other operations. Use the JSON template only after the HTML result shows that the parameters and source are correct.

AI agent? Read the complete navigation and programming guide.