Management of Social Media and Online Services of the European Commission and Europe Direct Information Centres in Austria and Production of Audio-Visual Material

European Commission, DG COMM

Frist: 12. Mai 2025

Unterhaltsreinigung - Das Leibniz Institut für Photonische Technologien e.V. besteht aus drei Gebäuden. Für das Hauptgebäude und das Laser-Technik-Gebäude wird die Unterhatsreinigung ausgeschrieben, welche der Substanz- und Werterhaltung dient. Die Laufzeit der abzuschließenden Reinigungsverträge beginnt am 01.10.2025 und endet am 30.06.2028.

Leibniz-Institut für Photonische Technologien

Frist: 25. Juni 2025

CTBTO CTBTO video platform - video streaming and archive platform, as per the attached Terms of Reference Open new window RFP No. 2025-0030/RICKARD Austria

Vereinten Nationen

Frist: 07. April 2025

UNIDO PROVISION OF IT SERVICES RELATED TO HIGH-LEVEL EXPERTISE FOR STRATEGIC GUIDANCE AS WELL AS HANDS-ON DEVELOPMENT AND IMPLEMENTATION SUPPORT Open new window 7000007599 Austria

Vereinten Nationen

Frist: 18. April 2025

GPS-Systeme -DE Im Rahmen der Ausstattungshilfe für die Republik Moldau wurde die GS-Foundation vom Auswärtigen Amt der Bundesrepublik Deutschland mit der Beschaffung von GPS-Systemen für die Nationalpolizei der Republik Moldau beauftragt. Die Ausstattung der Untereinheiten mit fortschrittlicher Technologie wird die technischen Fähigkeiten der Nationalpolizei erheblich verbessern und so für mehr Effizienz und Effektivität bei der Verbrechensaufklärung und -prävention sorgen. Dies wird zu erfolgreicheren Ermittlungen, effektiveren Strafverfolgungen und letztendlich zu einer verbesserten öffentlichen Sicherheit sowie einer Verringerung der Kriminalität führen. ------ EN As part of its equipment aid for the Republic of Moldova, the GS Foundation was commissioned by the Foreign Office of the Federal Republic of Germany to procure GPS-Systems for the the National Police of the Republic of Moldova. Equipping the subdivisions with advanced technology will significantly enhance the National Police's technical capabilities, ensuring greater efficiency and effectiveness in crime investigation and prevention. This will result in more successful investigations, effective prosecutions, and, ultimately, improved public safety while reducing crime.

Global Security-Sector-Reform Foundation

Frist: 18. Mai 2025

C3S2_311_bis Rescue, Collection, and Processing of In Situ Observations Beschreibung: The overall objective for these services is to improve access to available in situ instrumental data records and to data streams from observing networks, as needed for climate change monitoring and climate science. Goals to be addressed by the services described in the tender include: improvement of the historical instrumental record by means of support to data rescue activities, quality control and homogenisation of in situ observations; harmonisation of access to data from major international archives of climate observations as well as specialised networks of observing sites; development of merged collections of in situ observations suitable for climate reanalysis; development of high-resolution gridded datasets from in situ observations over Europe that are suitable for climate monitoring. The services shall enhance the access offer for ‘recent’ observations, with proper labelling of differences in quality as compared to near-real-time observations (‘reprocessed’ versus ‘initial’). Recent developments such as greater availability of open-access observations shall be exploited. ECMWF intends to award a single Framework Agreement for a period of maximum 34 months, which shall be implemented via a single Service Contract expected to commence in Q3 2025.-WERT: 4 900 000,00 EUR

European Centre for Medium-Range Weather Forecasts (ECMWF)

Frist: 13. Mai 2025

Klayout DRC implementation and optimization-Tender: Klayout DRC implementation and optimization Introduction: IHP GmbH is developing an openPDK for SiGe BiCMOS technology SG13G2 to improve access to this technology. The aim is to promote the training of chip designers in Germany and Europe as a key focus. For analog IC design layout tool KLayout is used. DRC features need to be established for this tool. IHP want to outsource a part of this work. Current Status: - DRC Rule Deck: Most of DRC rules are implemented with a semiautomated approach. 216 DRC rules are not implemented yet. Regularly maintained and currently up to date. - Critical Rules: 91 critical rules are implemented but runtime is slow. A manual DRC implementation has the potential to reduce run time by a factor of 2. - Quality assurance (QA) cells: Layer QA cells and device QA cells to verify DRC implementation are available Scope of Requirement: IHP seeks qualified suppliers to implement missing DRC rules and optimise 91 critical rules. List of rules is provided in an extra Excel sheet. Rule documentation can be found in IHP open PDK https://githucom/IHP-GmbH/IHP-Open-PDK. Qualifications Request for Potential Suppliers: Suppliers must demonstrate: 1. Expertise in Verification Tools: Extensive experience with KLayout and implementing DRC rule decks. 2. Technical Proficiency: A solid history of maintaining, debugging, and enhancing rule decks, with examples of previous similar projects. 3. Resource Availability: Commitment of at least 400 hours within 4 month period to fulfil IHP project requirements. 4. Collaborative Capability: Proven ability to work effectively with semiconductor project teams to meet specific verification needs. 5. Quality Assurance: A robust process to ensure the accuracy, reliability, and completeness of rule decks. Submission of Quotation: Qualified suppliers are invited to submit their proposals, which should include details of their experience, approach to the project, and how they meet the above qualifications. Proposals should also provide a possible timeline to achieve the goal within 4 month after project start.

IHP GmbH

Frist: 09. April 2025

Datenerhebung Survey-Das RWI – Leibniz-Institut für Wirtschaftsforschung ist am von der Deutschen Forschungsgemeinschaft (DFG) geförderten Projekt „Transregio 391. Spatio-temporal Statistics for the Transition of Energy and Transport” beteiligt, insbesondere am Teilprojekt „C04 – Targeting Energy Conservation“. Ein essenzieller Bestandteil dieses Projektes ist die Durchführung einer großflächigen und repräsentativen Erhebung, um das Energieverbrauchsverhalten von Privathaushalten und mögliche Einsparpotenziale zu untersuchen.

RWI - Leibniz-Institut für Wirtschaftsforschung

Frist: 07. Mai 2025

Open Market Consultation (OMC) for a future Pre-Commercial Procurement (PCP) of R&D (research and development) services on the climate adaptation domain using space and EO (Earth Observation)-based information to prevent and mitigate water related crisis challenges to increase climate resilience in Europe – PCP WISE-This Prior Information Notice announces an OMC and provides early information in preparation for a future PCP carried out by the PCP WISE project (Public Procurement of Innovative Solutions for Water Management from Space). This project receives funding from the European Union's Horizon Europe Research and Innovation Programme under grant agreement number No. 101182917 and selected under the HORIZON- CL6-2024-GOVERNANCE-01-5, topic: Customisation/pre-operationalisation of prototypes end- user services in the area Climate Change Adaptation and Mitigation (see EU Funding & Tenders Portal - https://ec.europa.eu/info/funding-tenders/opportunities/portal/screen /opportunities/topic-details/horizon-cl6-2024-governance-01-5), with a budget of €12 million earmarked for the R&D phases during the implementation of the PCP instrument. However, the European Union does not participate as a contracting authority in the procurement. PCP WISE aims to challenge the market to develop innovative solutions (up to TRL8) to improve water management, particularly in the fields of agriculture, urban climate resilience and planning, climate risk management and resilience to water-related natural disasters, using satellite based earth observation data, hydrological models, field data and artificial intelligence in order to provide intelligence on rural and urban soil-water-vegetation-system-conditions and related risks per sector. By leveraging space technology and environmental observation data, PCP WISE seeks to address critical challenges related to floods, fires, and infrastructure impacts both in rural and urban areas. This collaborative effort brings together public buyers, research institutions, and industry experts to create and implement advanced climate services that will enhance Europe's ability to adapt to and mitigate the effects of climate change. Therefore, it marks the start of an ambitious international collaboration dedicated to the sustainable management of water resources and the need to enlarge climate resilience across Europe. PCP WISE focuses on five distinct use cases, each addressing specific water-related challenges in different regions of Europe (North, South, West, and East) and geographical contexts (urban and rural) on flood, drought, subsidence, fire, or other concerns distinguishing between issues of a regular nature and those arising from crisis situations. For more information about the use cases, please see the OMC document. COMMUNICATION: Additional information can be obtained from the PCP WISE website* (PCP WISE: Pre- Commercial Procurement - Water management Innovation from Space for European climate resilience - https://pcp-wise.eu/open-market-consultation/) and/or the e-Procurement Platform** ( https://pcp-wise.tuttogare.it/index.php ). All the questions regarding the Open Market Consultation (OMC) should be asked through the PCP WISE OMC-Module in the aforementioned e-Procurement Platform. In the case of other issues (e.g. technical issues with the platform), the e-mail address of the Lead Procurer (see contact point) can be used. *The project’s official website will indicatively include information about the project, its Consortium, relevant news and events, matchmaking & networking opportunities, the PCP WISE’s Community Platform, the project’s social media and communication outputs as well as the OMC Documents.-The questionnaire should be filled out online and submitted via the following link: https://ec.europa.eu/eusurvey/runner/PCP-WISE- WERT: 12 000 000,00 EUR

Het Waterschapshuis

C3S2_384 Downscaling of CMIP6 Climate Projections using Machine Learning Tools to fill the Gaps of the Worldwide CORDEX RCM Simulations Beschreibung: The main objective of the contract is to create new regional climate data based on ML technology. The new data shall complement existing and planned CORDEX (RCM: Regional Climate Model) simulations and form a coherent dataset, where dynamical (RCM) and ML-based data can be used together. The work shall begin with a gap analysis checking the available and planned RCM data for the CORDEX simulations and what gaps are seen for all the 14 CORDEX domains and for all the available climate scenarios. A complete ML methodological overview is required to check whether there are ready-to-use emulators (which can provide similar set of dynamically consistent climate variables as RCMs) available to provide the ML-based data to fill the identified gaps. Ideally, the best available and tractable RCM emulator techniques need to be used to provide the missing data for the community. The data provided by the procured work needs to be published in the CDS in a similar manner to the other CORDEX climate projection datasets. User guidance and documentation will be written to fully inform the users on these new data, and particularly how they can be used alongside other available RCM datasets. ECMWF intends to award a single Framework Agreement for a period of maximum 32 months, which shall be implemented via a single Service Contract expected to commence in October 2025.-WERT: 2 730 000,00 EUR

European Centre for Medium-Range Weather Forecasts (ECMWF)

Frist: 29. Mai 2025