Built for mining
Basalt's Greymouth practice has been working mining threat profiles long enough to know which controls actually move the dial — and which line items quietly waste budget. We bring that pattern recognition in week one.
Greymouth, New Zealand
Post-Quantum Cryptography Readiness in Greymouth.
Greymouth mining organisations face OT/SCADA on remote sites, satellite-link interception and contractor identity sprawl. Basalt's post-quantum cryptography readiness practice tests against that real threat profile, not a generic New Zealand-wide playbook. Post-quantum cryptography readiness ahead of the NIST PQC deadlines and the "harvest now, decrypt later" reality already in play — cryptographic inventory, agility assessment and a migration plan that does not block engineering for years.
Average 18-month head-start on PQC migration vs sector peers — across Basalt operations in the past 12 months.
THREAT VECTOR
Threats facing Greymouth mining.
The mining, fishing concentration around Greymouth sees OT/SCADA on remote sites, satellite-link interception and contractor identity sprawl. Our post-quantum cryptography readiness work in West Coast is scoped against this real threat profile, not a generic checklist.
Common pains
- No inventory of where cryptography lives across your stack
- Long-life secrets and signed data already being harvested today
- Vendor PQC claims that fall apart under scrutiny
ENGAGEMENT
How we engage.
- Cryptographic inventory across applications, infrastructure and vendors
- Crypto-agility assessment with prioritised migration roadmap
- PQC algorithm selection guidance (ML-KEM, ML-DSA, SLH-DSA) per use case
- Vendor and SaaS PQC readiness scorecard
Reporting
Every finding ships with a control reference against NZ Privacy Act 2020 and NZISM, with GCSB / NCSC NZ guidance cited where it changes the remediation priority. Board reporting follows the CERT NZ Critical Controls expectation set.
LOCAL CONTEXT
Local context.
Basalt delivers post-quantum cryptography readiness to organisations across Greymouth and the wider West Coast region (population ~14k). The mining, fishing sectors that anchor the region face a distinct threat profile — OT/SCADA on remote sites, satellite-link interception and contractor identity sprawl — and our engagements are scoped to that, not a generic playbook. Reporting maps cleanly to the NZ Privacy Act 2020 and NZISM that New Zealand boards already use, with regulator context (GCSB / NCSC NZ) called out where it changes a remediation priority.
RATIONALE
Why Basalt for post-quantum cryptography readiness in Greymouth.
Reporting that lands
Findings ship with control references against NZ Privacy Act 2020 and NZISM and remediation guidance written for the team that has to action it. Your board, your auditor, and your on-call engineer all get something they can use.
No vendor bias
Basalt doesn't resell tooling. New Zealand mining clients get an independent read on what's working, what isn't, and what's costing more than it should — not a thinly-veiled sales pipeline.
2026 THREAT LANDSCAPE
What we test for.
- Agentic AI tool-abuse and indirect prompt injection at scale
- MCP server and AI-tool supply chain compromise
- Post-quantum cryptographic readiness (NIST PQC migration)
- Identity-first attack chains across federated SaaS
- Open-source software supply chain (post-xz, post-tj-actions)
Cyber security in New Zealand can't be done with last year's threat models. The Basalt practice runs against current attacker tradecraft — agentic AI abuse, MCP and AI-tool supply chain, post-quantum readiness — alongside the legacy infrastructure work that still keeps most organisations awake at night.
FAQ
Frequently asked questions.
How fast can Basalt start a post-quantum cryptography readiness engagement in Greymouth?
Most Greymouth engagements scope inside one week and start within two. Retainer clients can trigger work the same day. We do not pipeline New Zealand clients through junior teams — a senior consultant scopes and runs the work end-to-end.
Do you do post-quantum cryptography readiness on-site in Greymouth or remote?
Both. Sensitive work — classified-adjacent environments, live incident response, OT walkthroughs — gets on-site time in Greymouth and the wider West Coast region. Routine assessments and detection engineering run remote with a tight feedback loop.
How does Basalt map findings to New Zealand regulators?
Every finding ships with a control reference against the NZ Privacy Act 2020 and NZISM so your compliance team is not re-mapping our report. Where GCSB / NCSC NZ guidance exists for the specific finding, we cite it inline. Board-level reporting follows the CERT NZ Critical Controls expectation set.
What makes post-quantum cryptography readiness in Greymouth different from a generic engagement?
The mining sector concentration in Greymouth drives a different threat model than a generic New Zealand engagement — OT/SCADA on remote sites, satellite-link interception and contractor identity sprawl. Our scoping reflects that, and so does the test library we bring to the work.
Is Basalt set up for AI-era threats, not just legacy infrastructure?
Yes — this is core to how we work. Basalt actively researches and tests against agentic AI tool-abuse and indirect prompt injection at scale, MCP server and AI-tool supply chain compromise and identity-first attack chains across federated SaaS. Most regional providers haven't mapped these attack paths; we run them in production against client systems with explicit scope.
RELATED OPERATIONS
Other operations in Greymouth.
Cyber Security Consulting in Greymouth
Strategic cyber security consulting
AI Red Teaming in Greymouth
Adversarial testing for LLMs and AI systems
Penetration Testing in Greymouth
CREST-aligned penetration testing
Code Security Audit in Greymouth
Source code review and SAST/DAST integration
OTHER DEPLOYMENTS
Post-Quantum Cryptography Readiness in other New Zealand cities.
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