Expand ↗
Page list (29)
zetl

AusTender ATM cea1b989 — SABLE Response Draft

Working brief for Anuna Research Cooperative’s response to AusTender ATM cea1b989-ceb0-4b36-8b48-ac1330062362, positioning sable (Secure Attested Biometric Library for Edge — Halo2 zero-knowledge proofs over biometrics, fully offline, no special hardware) as the proposed solution. Anuna positions as “applied AI research, done through the work itself” — integrating AI engineering, organisational design and governance as one unified practice. Anuna is currently delivering eGov services (digital identity + citizen services + advisory) for the Bangsamoro Autonomous Region in Muslim Mindanao (BARMM), Philippines — production go-live July 2026 — the most directly relevant delivery-capability reference for this RFI (BARMM does not currently deploy SABLE; future SABLE deployment at BARMM is a candidate natural extension). Early international dialogue on the SABLE approach is under way with Germany’s Bundesamt für Sicherheit in der Informationstechnik (BSI). Adjacent prior clients include Microsoft, Autodesk, CSIRO Data61, Telus, Kellogg, Suncorp, IAG, GovUK and Telefónica.

ATM URL: https://www.tenders.gov.au/Atm/Show/cea1b989-ceb0-4b36-8b48-ac1330062362

Status

Layout

  • index.md — this file
  • plan.spl — hence-driven coordination plan
  • .crawl/ — raw crawl artefacts (gitignored, includes session/cookies)
  • attachments/ — downloaded files from the ATM page (PDFs, response templates, etc.)
  • sources/ — text/markdown extractions of attachments + ATM landing page
  • pages/ — curated synthesis (opportunity overview, evaluation criteria, etc.)
  • draft/ — the response document itself (narrative, pricing, compliance matrix)

Coordination

export HENCE_AGENT=hugo
hence plan board plan.spl
hence task next  plan.spl

Our solution: SABLE

../sable — Apache-2.0 ZK biometrics library by Anuna Research Cooperative:

  • True zero-knowledge proofs over biometric data — Halo2 transparent setup, ~250 ms proof gen, ~2 ms verification, 2 KB proofs
  • Fully offline — peer-to-peer verification via NFC/BLE/WiFi Direct, no cloud, no blockchain
  • No special hardware — works with any smartphone camera; spatial-flash liveness detection (Tang et al., NDSS 2018) without depth sensors
  • Selective disclosure — BBS+-signed Verifiable Credentials let users prove predicates (e.g. “≥ 18”) without revealing underlying data
  • 519 tests passing across the core library, 77 Halo2-specific

See sable-fit for the technical mapping from SABLE capabilities to the ATM’s stated requirements.

Reading order

  1. opportunity-overview — context and why SABLE fits
  2. evaluation-criteria — every requirement verbatim
  3. sable-fit — per-requirement compliance position
  4. gaps-and-risks — honest gap analysis
  5. ato-myid-context — strategic framing
  6. response-structure — what we have to submit
  7. key-dates — close 4-Jun-2026 14:00 ACT

Source extracts: source-index. Raw downloads: attachments/INDEX.md. All curated pages: page-index.