TRUST & SECURITY

The questions that decide deals, answered in specifics.

Procurement reads this page so your engineers don't have to ask. Data ownership in one sentence, security posture in concrete mechanisms, and the honest status of what we do and don't hold — the same standard we apply to our forecast numbers.

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Inbound ports at the edge
Yours
Raw telemetry & outputs
Hash-chained
Audit logging
Propose-only
AI trading actions
DATA OWNERSHIP — ONE SENTENCE

You own your raw telemetry and everything derived from it for your plant. DYNVOLT owns its trained models.

In practice: your inverter, string, meter and sensor data, your forecasts, your reports and your work-order history are yours — exportable at any time, portable if you leave. DYNVOLT retains ownership of its model architectures, trained model weights, and aggregated, anonymised learnings across the fleet. The line is drawn in the contract in those words, not discovered in a dispute.

SECURITY POSTURE

Mechanisms, not adjectives.

Formal certification is on our compliance roadmap, sequenced by customer requirements. What we have today is a concrete, auditable posture — ask us to demonstrate any line below.

No inbound ports at the edge

Edge gateways accept no inbound connections. All connectivity is outbound encrypted tunnels; administrative access rides a private mesh, not an exposed port. There is nothing on the plant network for an internet scanner to find.

Signed everything

Configuration and secrets arrive in signed envelopes the edge verifies before applying. OS packages come from a GPG-signed repository; application images are CI-built. An attacker who owns the transport still can't inject config or code.

ID

Central identity, step-up auth

One identity provider for every surface: offline-verifiable tokens, TOTP step-up for sensitive actions, machine-to-machine credentials scoped per service.

Hash-chained audit

Audit records are hash-chained — an edit or deletion breaks the chain visibly. Every plant-control write also lands in a per-write command log with the actor, role, and context — the same log our own forecast audit used to find and exclude curtailment days.

Autonomous on link loss

Connectivity loss never becomes a control gap: control loops, alarms, and the export limit keep running at the edge, with encrypted off-site backups resuming on reconnect.

AI AUTONOMY — THE BOUNDARIES

The AI advises. Humans actuate.

The AI operator that analyses your fleet holds no plant-control scopes — by entitlement, not by policy document. It can read, correlate and recommend; it cannot write a setpoint. Trading recommendations are propose-only: a person confirms before anything is submitted to a market.

  • No control scopes for AI — enforced in the permission model, verifiable in the audit log.
  • Propose-only trading — every market action carries a human confirmation.
  • Bounded writes — human setpoint writes are RBAC-gated and clamped by the export limit enforced at the edge.
CONTINUITY — IF DYNVOLT DISAPPEARS

Source-code escrow is available for customers who require it. Your data is exportable at any time in open formats. And because the edge is autonomous by design, the plant keeps monitoring, alarming and enforcing its export limit even if every DYNVOLT cloud service vanished — vendor failure degrades reporting, not operation.

NIS2 POSITION

Energy operators fall inside NIS2 scope, which makes DYNVOLT part of your supply chain risk. We support your obligations with the mechanisms above, documentation of our architecture, and evidence on request — a supplier posture you can verify today, with formal certification on the compliance roadmap.

LEGAL ENTITY

DYNVOLT DOO Kavadarci
Bel Kamen 50, Kavadarci, North Macedonia
Registration number: 7957653 · Tax ID: 4011026526422
admin@dynvolt.com

The same entity appears in our terms, privacy policy, and on your contract.

Bring your diligence checklist.

Security architecture walkthrough, data-ownership contract language, and escrow terms — on a call with the people who built it.

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FAQ

Trust & security — frequently asked

Can't find what you're looking for? Talk to our team →

Who owns the data?
You own your raw telemetry and everything derived from it for your plant — forecasts, reports, work-order history — and you can export it or take it with you. DYNVOLT retains ownership of its trained models and aggregated, anonymised learnings.
Can the AI control my plant?
The AI operator holds no plant-control scopes — it can read and analyse, not actuate. Trading recommendations are propose-only: a human confirms before anything is submitted. Setpoint writes are RBAC-gated, audit-logged, and bounded by the export limit enforced at the edge.
What happens if DYNVOLT disappears?
Source-code escrow is available for customers who need it, your data is exportable at any time, and the edge keeps operating autonomously — the plant does not stop producing because a vendor stops answering.
Are you NIS2 / IEC 62443 certified?
Formal certification is on our compliance roadmap, sequenced by what our customers' regulators require. What we offer today is a concrete posture you can audit right now: no inbound ports at the edge, outbound tunnels only, signed configuration and images, central identity with TOTP step-up, and hash-chained audit logs. As a supplier to operators in NIS2 scope, we support your compliance obligations with documentation and evidence — and any certification we obtain will be announced here first.