VOIDLAB
applied cryptography & adversarial research
FOUNDED
2018
2018
RESIDENT FELLOWS
09
09
STATUS
ACCEPTING SUBMISSIONS
ACCEPTING SUBMISSIONS
SECTION 01 / RESEARCH AREAS
Four lines
of inquiry.
01 ZERO-KNOWLEDGEsince 2018
// post-quantum ZK proofs fn prove(stmt: Stmt) -> Proof { let r = rand::"poseidon"; bind(stmt, r).reduce() }
Constant-size, post-quantum-resistant ZK SNARKs aimed at production wallets, not whiteboards.
02 SECURE MULTI-PARTYsince 2019
// MPC threshold signing async fn sign(msg: [u8]) { let s = mpc::shares(3 of 5); combine(s).await }
Threshold signing schemes that survive partial node compromise. Audited by two external labs.
03 ADVERSARIAL MLsince 2022
// model poisoning detection def scan(model): embed = forward(model) return outliers( embed, k=12, method="sparse")
Detecting backdoors, poisons, and silent drift in production ML pipelines.
04 INCIDENT FORENSICSsince 2023
// chain-of-custody verify match trace.verify() { Ok(_) => report.sign(), Err(e) => escalate(e), }
Closed engagements: post-mortems for incident response teams. Output is a signed forensic report.
SECTION 02 / TELEMETRY
The numbers we
actually care about.
PAPERS
1,204
peer-reviewed / 2018→
DISCLOSURES
42
CVEs filed
FELLOWS
09
in residence
UPTIME
99.998
% public infra
SECTION 03 / RECENT WORK
Selected publications.
2026.03
SPARSE — constant-size ZK proofs over lattice commitments
→ READ
2026.02
A practical attack on naive MPC threshold-2 signing
→ READ
2025.11
CASCADE — silent drift in publicly hosted LLMs (advisory)
→ READ
2025.07
A field guide to chain-of-custody for forensic ML
→ READ
2025.04
PIVOT — a survivable threshold-3-of-5 signing protocol
→ READ
We publish everything.
Even the attacks that worked.
Even the attacks that worked.
Voidlab is a small applied cryptography lab. We publish under a public licence, disclose vulnerabilities responsibly, and refuse contracts that come with a non-disclosure stipulation.
Funding: grant-based, audited annually, no token, no equity.
Hiring: closed except by referral. Fellows announced 2026 Q4.
Press: by appointment. We do not comment on rumours.
REACH / OUT
contact@voidlab.demo
> pgp: 4F2A 8B0D C19E 33A2 5C7F E1AB BB04 8821 D9F0 6132
> tor: voidlabxxxxxxxxxxxxxxxxxxxxxxxxxxxxx.onion
> loc: Zürich (CH) / encrypted at rest
> press: press@voidlab.demo · by appointment