Dashboard — Acme Corporation

This call is a near-perfect match for Acme Corporation: it is a French national application window for the IPCEI on Advanced Semiconductor Technologies (IPCEI-AST), directly targeting the semiconductor sector which is Acme's core domain. Eligible applicants are broad ('All'), but the call requires consortium participation with effective cross-border collaboration involving partners in at least one other European country — Acme's multi-country European footprint makes this highly feasible. The critical eligibility criterion to verify is the 'effective transfrontier collaboration' requirement, meaning Acme must identify genuine technical partners in other EU member states (not merely subsidiaries). The deadline of September 1, 2026 is approximately 14 months away, leaving meaningful preparation time but requiring early partner identification and template completion. Acme should begin now by contacting Bpifrance and the DGE to assess project maturity requirements and identify consortium partners across its target European regions.

This call is a direct match for Acme Corporation: it is a French IPCEI (Important Project of Common European Interest) call specifically targeting advanced semiconductor technologies, perfectly aligned with Acme's core domain in semiconductors and AI. Eligible applicants are typically companies engaged in R&D and innovation across the semiconductor value chain, which squarely fits Acme's profile. The call is managed by DGE (Direction Générale des Entreprises) under France's industrial policy framework, consistent with France being a primary target region for Acme. The deadline of 2026-09-01 is over a year away, so urgency is low, but early engagement with DGE is strongly advisable given the complexity of IPCEI applications. Acme should immediately initiate contact with DGE to confirm eligibility criteria, identify consortium partners (IPCEI projects are typically multi-country), and begin preparing the technical and financial dossier.

This call under the Smart Networks and Services Joint Undertaking (SNS JU) within Horizon Europe specifically targets microelectronics front-end module development, directly aligning with Acme Corporation's semiconductor domain and R&D innovation priorities. The RIA format means eligibility typically requires a consortium of research institutions, industry players, and SMEs from EU/associated countries, which Acme should be well-positioned to join or lead given its semiconductor focus. The call's geographic scope covers EU member states and associated countries, which matches Acme's target regions. Key uncertainties are the absence of stated budget and detailed eligibility criteria, requiring direct review of the full call document. Acme should immediately retrieve the full topic text from the HORIZON portal and begin consortium-building discussions, as SNS JU calls typically require significant preparation time.

This call is a strong match for Acme Corporation: it is a French national entry point (Bpifrance) into the EU-level IPCEI on Artificial Intelligence, directly targeting industrial AI ecosystems — squarely within Acme's semiconductor and AI domain. Eligibility is broad (SMEs, mid-caps, large enterprises, research bodies), so Acme is explicitly eligible provided it meets standard fiscal/social compliance and is not in financial difficulty. The IPCEI framework requires multinational collaborative projects funded by at least four Member States, meaning Acme must either lead or join a cross-border consortium — its multi-country presence across Europe is a structural advantage here. The deadline of 9 September 2026 leaves approximately 14 months, providing time to identify consortium partners and build a competitive project, but preparation should begin immediately given the complexity of IPCEI submissions. Acme should engage Bpifrance early to understand national notification timelines and align its AI/semiconductor R&D pipeline with the call's industrial AI focus.

This call under the Chips Joint Undertaking (Chips for Europe Initiative, EU Chips Act) targets AI chip demonstrators and includes collaboration with Japan, which is a near-perfect thematic match for Acme Corporation's semiconductor and AI focus. The call is part of the 2026 Chips JU Work Programme administered by FFG (Austria), meaning it is a program-level umbrella rather than a directly actionable sub-call with an open application window at this stage. Eligibility criteria are not yet detailed in publicly available documents, but Chips JU calls typically target consortia of research institutions, universities, and industrial actors in the semiconductor value chain — a profile Acme likely fits. The deadline is unknown and the call appears to be at an Expression of Interest or preparatory phase, significantly reducing its immediate urgency. Acme should register interest now and monitor the FFG Chips JU page for the opening of the specific 2026 sub-calls.

This Horizon Europe Research and Innovation Action targets the development of a Radiation Hard FPGA on 7nm node as a space critical EEE component for EU non-dependence — a highly specific call that sits squarely at the intersection of semiconductors (advanced node, FPGA design), space/defence electronics, and deep-tech hardware, all of which are stated strategic priorities for Acme Corporation. Eligibility is not explicitly stated in the extracted facts, but Horizon Europe RIA calls typically require a consortium of at least three independent legal entities from EU/associated countries; Acme's presence across multiple target regions (EU, Switzerland, UK, Norway) makes consortium formation highly feasible. The call's focus on 7nm radiation-hardened logic aligns directly with Acme's semiconductor domain and the broader Space/Defence and Deep Tech priorities. The main uncertainty is whether Acme has in-house radiation-hardening design capability or space-qualified EEE component expertise, or whether it would need to position as a technology supplier/partner rather than project coordinator. Acme should immediately assess its 7nm process or IP portfolio, identify complementary partners (e.g., a European space prime, a foundry, or a national space agency lab), and prepare a letter of intent ahead of the September 2026 deadline.

This call targets the development and industrialization of semi-insulating SiC substrate capabilities for GaN MMICs used in space-grade mm-Wave applications, sitting at the intersection of semiconductors, advanced materials, and space/defence — all areas within Acme Corporation's stated strategic priorities. The semiconductor and space/defence alignment is strong, and Horizon Europe Research and Innovation Actions are open to a broad range of eligible entities including private companies with relevant R&D capacity. However, the call is highly specialized in SiC substrate manufacturing and GaN MMIC process development for space-qualified components, meaning Acme would need to demonstrate credible expertise or partnerships in this very specific materials/fab domain rather than general semiconductor or AI capabilities. The deadline of September 2026 is over a year away, limiting urgency, and the absence of stated budget or applicant eligibility details introduces uncertainty that warrants further investigation of the full call text.

The ANR Generic Call (AAPG 2027) is France's broadest research funding instrument, open to all scientific domains including semiconductors, AI, photonics, and deep tech — all core priorities for Acme Corporation. Both public and private actors engaged in French research are eligible, meaning an industrial player like Acme can participate, typically as a partner in a collaborative project led by a public research entity or, in some instruments, as a direct applicant. The call's breadth is both its strength and its limitation: it is not targeted at industry-driven R&D, and competitiveness for a private company applying independently may be lower than for academic-led consortia. The October 2026 deadline is more than 14 months away, making this a low-urgency but plannable opportunity. Acme should assess whether it can anchor a collaborative project around a French academic partner in semiconductor or AI research to maximize eligibility and competitiveness.

This is a Horizon Europe meta-program (2021–2027) supporting innovative SMEs across the EU, which matches Acme's target regions and SME eligibility. However, the call lacks sector-specific focus and detailed objectives; it is a framework program rather than a direct application window for semiconductor or AI innovation, making the fit indirect and vague.

This EIT call bridges AI, Robotics & Data with global outreach ambitions, which aligns with Acme's AI and digital transition priorities. However, the extremely modest budget (€13,500) and vague program description suggest this is likely a meta-program or capacity-building initiative rather than a direct R&D or innovation project grant. The call requires verification of eligibility criteria and actual scope, as typical Acme priorities (semiconductors, deep tech) are not explicitly mentioned.

This call focuses on Earth Observation and Satellite Telecommunication solutions within the Space Partnership framework, which touches on Acme's Space/Defence priority but is sector-specific to space applications rather than core semiconductor or AI development. While semiconductors and digital enablers are mentioned as components, the call's primary objective is space-sector solutions, creating an indirect rather than direct match.

This is a meta-program call (Horizon Europe) channeled through the Enterprise Europe Network (EEN) with no specific application window, technical focus, or eligibility criteria disclosed in the available materials. While Acme's domains (semiconductors, AI) align broadly with Horizon Europe's scope, the lack of concrete details on the call's sectoral focus, applicant eligibility, and submission mechanism prevents a high relevance assessment.

This call targets teams from academia and/or industry to compete in two Generative AI challenges focused on autonomous robotics in agriculture and agentic AI for CAD/simulation — both areas tangentially related to Acme's AI and semiconductor domains. Acme is eligible as an industry participant (solo or consortium), but the competition format is prize-based with a maximum award of €100,000 per challenge winner, which is modest for a semiconductor/AI company with R&D infrastructure. The challenges are domain-specific (agriculture robotics and engineering CAD simulation) rather than semiconductor or photonics-oriented, meaning Acme would need to reposition its AI capabilities to fit these application areas. The two-phase structure (Concept Note → 5-month development programme) is feasible but requires significant effort for a relatively small financial return. If Acme has relevant AI/ML competencies in robotics or simulation, this could be worth a targeted bid for visibility and ecosystem positioning, but it is not a core strategic fit.