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David Archer, PhD

David Archer, PhD

Chief Technology Officer

Prior to co-founding Niobium, Dr. Archer was a Principal Scientist leading Cryptography & Multiparty Computation for Galois, Inc., with customers including DARPA, the intelligence community, IARPA, and the Department of Homeland Security. Dr. Archer has over 40 years of R&D experience in complex ASICs, system hardware, software architectures, secure computation, and cryptography. Dave holds a PhD in Computer Science, an MS in Electrical Engineering, and a BS in Computer Engineering.

7 posts by David Archer, PhD

From Bletchley Park to AI-Augmented Development for Encrypted Compute

Jul 30, 2026

From Bletchley Park to AI-Augmented Development for Encrypted Compute

An FHE AI agent to make encrypted app development fast, rigorous, and open to anyone ready to try.

  • FHE Solutions
André Maginot and the Privacy Enhancing Technologists

Jul 9, 2026

André Maginot and the Privacy Enhancing Technologists

Trust Assumptions Make All the Difference

  • Zero Trust Computing
The Lighthouse Keeper's Dilemma: What a Wartime Weather Report Teaches Us About FHE and Data Sovereignty

Jun 25, 2026

The Lighthouse Keeper's Dilemma: What a Wartime Weather Report Teaches Us About FHE and Data Sovereignty

A look at how fully homomorphic encryption enables privacy-preserving computation on encrypted data across borders, what GDPR's cross-border transfer rules require, and where FHE stops.

  • FHE Solutions
What FHE Secures, and What It Doesn't: A Field Guide to Swiss Banking Laws

May 28, 2026

What FHE Secures, and What It Doesn't: A Field Guide to Swiss Banking Laws

A field guide to what fully homomorphic encryption secures, using Switzerland's 1934 banking secrecy laws as a metaphor for FHE's real guarantees.

  • FHE Solutions
Using the FHE Application Roadmap: How We Built an Encrypted Anomaly Detector

Apr 29, 2026

Using the FHE Application Roadmap: How We Built an Encrypted Anomaly Detector

How Niobium built a fully encrypted network intrusion detector on the Fog. A step-by-step walkthrough of applying the FHE application checklist to a real, production-style workload.

  • FHE Solutions
Alan Turing, Banburies, Narvik, and What FHE Can and Cannot Do

Apr 16, 2026

Alan Turing, Banburies, Narvik, and What FHE Can and Cannot Do

FHE lets you compute on encrypted data. But it has real constraints. This guide breaks down the rubric for fully homomorphic encryption, and how to know if your workload is a fit.

  • FHE Solutions
Building Your First FHE Application

Apr 9, 2026

Building Your First FHE Application

A practical checklist for building fully homomorphic encryption (FHE) applications, covering noise budgets, scheme selection, and performance tuning

  • FHE Solutions