Belfort Labs: Strategic Analysis of Fully Homomorphic Encryption (FHE)
Strategic audit of Belfort Labs’ FHE hardware accelerator. Evaluating its role in NATO DIANA, secure data processing, and European strategic autonomy.
9 pages · PDF · 04 January 2026 · Licensed single-user copy, watermarked to the buyer
Strategic Artificial Intelligence, Big Data & Analytics Cyber Defense, Information Security & Cryptography Semiconductors, Microelectronics & PCB
€299 excl. VAT — EU VAT calculated at checkout (VAT ID accepted for reverse charge); invoice issued after payment
One click to Stripe — guest checkout, no account. Your download appears on the confirmation page and arrives by e-mail right after payment (link valid 72 hours, up to 5 downloads).
See a sample before you buy. Read the full public summary of this report — free, no account needed: Read the free sample →
Not deciding today? Leave your e-mail and we will send you the free public summary of this report and answer any question before you buy. Optional — the purchase above works without it.
Sold by STRONCATURE S.R.L. (VAT IT05960160652) · Secure checkout by Stripe · Instant watermarked PDF · EU invoice issued after payment.
What this report covers
Technologies: Artificial Intelligence, Big Data & Analytics, Cyber Defense, Information Security & Cryptography, Semiconductors, Microelectronics & PCB. A sourced, structured 9-page analysis for European defence and dual-use decision-makers, from the DFM research desk and built on official and primary sources.
About this report
Belfort Labs is a Belgian deep-tech startup spun out of KU Leuven’s renowned COSIC cryptography lab . It has developed a novel hardware accelerator that can process data entirely in encrypted form – the world’s first purpose-built chip for fully homomorphic encryption .
This capability allows organisations to run analytics or machine learning on sensitive data without decryption, greatly enhancing data confidentiality. For example, a 2025 UK Ministry of Defence breach (impacting 19,000 personnel) demonstrated the urgent need for such secure-by-design processing .
Key questions this report answers
- How does Belfort Labs' purpose-built chip, described as the world's first for fully homomorphic encryption, process data entirely in encrypted form without decryption?
- What defence and data-confidentiality problems, illustrated by the 2025 UK Ministry of Defence breach affecting 19,000 personnel, does hardware-accelerated FHE solve?
- What advantage does Belfort's spin-out from KU Leuven's COSIC cryptography lab give it as first mover in FHE silicon?
- At what readiness level is Belfort's FHE accelerator, and what stands between the first chip and deployable secure-by-design processing?
Inside this report
- Executive Summary
Who it's for
Strategy, corporate-development and investment teams that need an ecosystem-level view — budgets, industrial capacity and technology landscapes — before committing capital or capacity.
Related reports
Methodology, format & delivery
DFM reports are built from primary and official sources — TED procurement notices, CORDIS and the EU Funding & Tenders Portal, EIB operations, the NATO Innovation Fund portfolio, SIPRI data, official budget documents and company disclosures — read together with the underlying legal texts. Sources are cited in the document; it reflects them as of its publication date (04 January 2026). You receive a 9-page PDF, watermarked to you on every page, delivered on the confirmation page and by e-mail immediately after checkout (personal link valid 72 hours, up to 5 downloads). Guest checkout, single-user licence — Terms of Sale.
Related on DFM
More Strategic reports · Artificial Intelligence, Big Data & Analytics · Cyber Defense, Information Security & Cryptography · Semiconductors, Microelectronics & PCB · Free summary of this report · All reports
For your role
Investors
Investment intelligence on this company or segment
Request an investment-intelligence brief →SMEs & scale-ups
Position your capability with European programmes
Request a positioning & funding-eligibility check →Universities & research
Technology scouting and multi-seat access for your group
Request technology scouting / team access →Legal & compliance
Eligibility, export-control and regulatory analysis
Request a compliance analysis →Institutional & team access. Labs, primes and universities can equip a whole desk — multi-seat / institutional licensing. Request team / institutional access →
Follow Artificial Intelligence, Big Data & Analytics
Get notified by email when DFM publishes new reports on this topic. Free, unsubscribe anytime.
Prefer unlimited access?
Prefer unlimited access? Every report like this is included in the DFM Analysis subscription. See plans →