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Information Security

TrustCloud

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Panel rating · 6 judges · How to read the stars

Category median

Sovereignty: not determined

0–5 in half steps. 5 means the rubric's top anchor is met on the evidence.

by TrustCloud S.L. · trustcloud.ai

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Read this page as one judge. Each weighs the same scores by what they care about.

The Lead Auditor

Weighted verdict

Certifies ISMSs for a living and has seen every folder of screenshots. Optimizes for revision-safe history, an SoA generated from live control status, and a defensible answer to "show me the state on date X". Rejects audit trails assembled the week before the audit.

Same scores as the panel view — this lens weights them the way this judge cares.

Scored by The Lead Auditor

Asset & risk management depth

How this is scored

The ISMS core: asset inventory, risk methodology (identification, assessment, treatment), protection-needs inheritance, incident handling with statutory clocks.

0 — No ISMS substance; "information security" is a chapter in the marketing site.

3 — A flat risk list and an asset spreadsheet import; no treatment tracking, no inheritance, incidents live in the ticket system.

5 — Asset and risk management with configurable matrices and treatment tracking; basic incident handling; inheritance and aggregation need manual work.

8 — A real risk backbone: documented methodology (ISO 27005 or equivalent), inherited protection needs across asset relations, incident workflows with statutory reporting clocks (NIS2 24h/72h), risk acceptance with ownership.

10 — Risk management a certifier works inside: complete asset-risk-treatment chain with inheritance, continuity planning, incident reporting with authority export, and risk reporting the executive level actually reads.

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The Lead Auditor

The risk register is live rather than a spreadsheet: treatment status, residual risk, assigned ownership, quantified exposure in dollars and board-ready reports are all evidenced, with controls feeding risk measurement. But we found no public information on a documented risk methodology, protection needs inherited across asset relations, or incident workflows with statutory reporting clocks — only a downloadable breach-notification template, which is content, not an incident process. 3 4 1 2

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Controls, SoA & measures

How this is scored

Control catalogs, statement of applicability, measure tracking and internal audit — whether the control side of the ISMS is operable or a checklist.

0 — A static control checklist; applicability, implementation status and evidence are the consultant's spreadsheet.

3 — Control catalogs with status fields, but no SoA generation, no measure ownership, no link between controls and risks.

5 — Controls linked to risks and measures with owners and due dates; SoA producible with manual assembly; internal audit supported by checklists.

8 — SoA on demand from live control status, measure tracking with delegation and escalation, internal audit workflows with findings management, controls carrying their own evidence.

10 — The control fabric as a living system: catalog updates versioned, SoA always current, audit programs with recurring schedules, and every control answerable with linked evidence at any moment.

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The Lead Auditor

Controls are genuinely wired into the environment: the Control Graph links each control to policies, applications and risks, automated tests run continuously, and remediation lands as tasks in Jira and ServiceNow. We found no public information on statement-of-applicability generation, internal audit workflows with findings management, or versioned catalog updates — continuous monitoring is not the same as an operable control side. 4 5 7 10

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Framework & standard coverage

How this is scored

Which regimes the product actually operationalizes — ISO 27001, NIS2, TISAX/VDA ISA, DORA, BSI IT-Grundschutz, SOC 2 — and whether one control maps across them or each framework is a fresh island.

0 — One framework, hard-coded; anything else is "on the roadmap".

3 — Two or three frameworks as separate checklists; the same control is answered once per framework.

5 — The major regimes for its market with partial cross-mapping; newer regimes (NIS2, DORA) present as content packs of varying depth.

8 — Broad current coverage including NIS2/TISAX/DORA where relevant, one-control-many-frameworks mapping, and visible maintenance as regimes evolve.

10 — Framework coverage as a living product: dozens of regimes, genuine multi-compliance mapping on one data basis, per-industry profiles, and documented update cadence when the standard moves.

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The Lead Auditor

Eighteen-plus named regimes from SOC 2 and ISO 27001 through CMMC, FedRAMP, SOX ITGC and ISO 42001, sitting on a Common Control Framework where one satisfied control advances several programs at once, and the catalog visibly expanded between captured pages. We found no public information on NIS2, DORA, TISAX or BSI IT-Grundschutz — the European regimes my certifications actually run on. 6 7 4

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Audit readiness & evidence

How this is scored

Whether the system produces defensible proof: revision-safe history, evidence collection, reports for auditors, authorities and management.

0 — Exports are screenshots; history is overwritten in place.

3 — PDF reports exist but evidence is attached ad hoc and changes leave no reliable trail.

5 — Versioned records, standard report generators, evidence attachments per control; assembling a full audit file still takes days.

8 — Revision-safe change history, audit-scoped evidence packs on demand, management reports current at a click, auditor access roles.

10 — Audit readiness as a standing state: continuous evidence status per framework and scope, exportable proof packs an external auditor accepts as-is, and a defensible answer to "show me the state on date X".

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The Lead Auditor

Evidence is collected automatically and cited — a Jira link pulls an audit-ready ticket in place of screenshots, every output is traceable to a graph node, and posture is shareable with auditors and the board from one data set. But we found no public information on revision-safe change history, point-in-time state reconstruction, or auditor access roles, so the question every external auditor asks first — the state on a given date — has no evidenced answer. 9 5 4 1 7

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Integrations & automation

How this is scored

Whether the platform feeds from the real IT estate — directory import, CMDB, ticketing, scanners, API — and automates evidence collection instead of re-typing it.

0 — A closed island: manual entry in, PDF out, no API.

3 — CSV/Excel import and export; no live connections, no API worth the name.

5 — Directory import (AD/Entra), a documented REST API for core objects, a handful of native connectors (ticketing, CMDB or SSO); automation is reminders and recurrence.

8 — Real connector set (Jira/ServiceNow-class ticketing, CMDB, cloud and endpoint sources), webhooks, SSO/SCIM, automated evidence tests with human review.

10 — The platform behaves like infrastructure: API parity for the data model, event streams, continuous control monitoring against the live estate, and automation that measurably removes the recurring toil rather than renaming it.

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The Lead Auditor

This platform is fed rather than typed into: 150+ integrations across cloud, hybrid and on-premises, ServiceNow and Jira-class ticketing with automatic evidence collection, Splunk, CMDB and identity feeds, and an API plus SDK for continuous testing of on-premises data with human approval on every automated action. We found no public information on webhooks, SSO/SCIM or event streams, which is what separates this from infrastructure grade. 5 10 9 11 4

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European sovereignty

How this is scored

Where the security posture of the whole company actually lives and under whose law — entity, hosting, subprocessors, DPA. The risk register is itself a target.

0 — Non-EU entity, non-EU-default hosting, no public DPA or subprocessor list — for the system holding your risk register.

3 — A DPA exists and an EU region is available on request or on top tiers; subprocessor exposure to US CLOUD Act reach is broad or undocumented.

5 — EU hosting is the default, DPA and subprocessor list published; the vendor or a critical subprocessor is still within non-European jurisdictional reach.

8 — EU entity, EU hosting with named data centers, published subprocessor list free of content-touching non-EU processors, DPA and TOMs public.

10 — Jurisdictionally clean end to end: European ownership, EU-only hosting and subprocessors, on-premises or sovereign-cloud options, and the whole chain documented publicly.

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The Lead Auditor

The captured copyright lines name TrustCloud Corporation as holder of the marks, while the vendor is recorded as a Spanish company, and we found no public information on hosting location, data residency, a DPA, TOMs or a subprocessor list. For the system that would hold my client's risk register — itself a target — that is an undocumented chain from end to end. 3 6 4

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Pricing transparency not rated — the vendor publishes no price

How this is scored

Whether a buyer can compute the real invoice — per module, per entity, per year, with consulting unbundled — from public pages alone. Unpublished pricing is the B2B norm in this market, so this criterion describes rather than condemns; the benches weight it accordingly.

0 — No public prices at all; every configuration is a sales conversation.

3 — An entry price exists, but module add-ons, scale steps or bundled consulting make the real total incomputable.

5 — Most editions carry real numbers with billing period stated and software separated from services; at least one commonly needed module or scale step is unpriced.

8 — Every edition and module priced publicly with entity/user boundaries and setup fees stated; only genuine corporate-group contracts are custom.

10 — Complete price computability: modules, scale steps, service packages and renewal rules public, so the invoice for a 100-employee company and a certification project is a two-minute exercise.

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The Lead Auditor

A Pricing entry appears in the navigation and the conversion path shown is scheduling a demo; we found no public information on price figures, billing periods, module boundaries or setup fees. The real invoice is a sales conversation, which is normal for this market but leaves the buyer with nothing to compute. 1 3

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European sovereignty — proven facts

0 of 4 dimensions proven

Built only from facts shown on the vendor's own pages. A dimension we could not prove is left open, not scored as zero.

Ownership Not determined — uncited Report an error
Data residency Not determined — uncited Report an error
Subprocessors Not determined — uncited Report an error

Where this could be wrong

What we left out

A claim that does not survive our checks costs us the claim, not the page. This is what was taken off this one.

Sources (11)

The pages every claim on this page was read from — each one checked, dated, and kept verifiable.

  1. 1 Vendor page trustcloud.ai Checked 29 Sep 2026 Details →
  2. 2 Asset & risk management depth — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →
  3. 3 Asset & risk management depth — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →
  4. 4 Controls, SoA & measures — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →
  5. 5 Controls, SoA & measures — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →
  6. 6 Framework & standard coverage — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →
  7. 7 Framework & standard coverage — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →
  8. 8 Audit readiness & evidence — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →
  9. 9 Audit readiness & evidence — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →
  10. 10 Integrations & automation — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →
  11. 11 Integrations & automation — found from sitemap www.trustcloud.ai Checked 1 Oct 2026 Details →