Modulos vs Lumenova: AI Governance Comparison (2026)
Two layers of the AI governance lifecycle: the compliance-and-evidence layer and the model-evaluation-and-testing layer. Side-by-side analysis of which layer your procurement is funding, and how some organisations run both.
May 2026 · 13 min read · Updated for the EU AI Act Omnibus deal (December 2027 deadline)
Modulos and Lumenova address different layers of the AI governance lifecycle. Modulos is the default choice for governance, risk, and compliance teams owning audit-ready evidence and regulatory conformity across frameworks like the EU AI Act and ISO/IEC 42001. Lumenova is an AI governance and model-risk platform with strong model-evaluation, explainability, and monitoring depth, spanning evaluation, fairness and robustness testing, AI inventory, guardrails, observability, lifecycle management, and compliance mapping. The first buyer question is not head-to-head feature comparison but which AI governance layer the procurement is funding, and which team owns the decision.
Because the two platforms sit at different layers, they are more naturally complementary than substitutable. Some organisations run both, with model-evaluation outputs from the ML layer becoming evidence artefacts referenced by the compliance and governance layer. The frequently asked questions below address the co-existence pattern directly.
At a glance: Modulos vs Lumenova
Fifteen dimensions buyers weigh in 2026 procurement, with the canonical positioning of each platform on each. The deeper analysis follows below, including the layer distinction between compliance-and-evidence and model-evaluation governance.
| Dimension | Modulos | Lumenova |
|---|---|---|
| Headquarters | Zurich, Switzerland | Los Angeles, California, United States |
| Founded | 2018 (ETH Zurich spin-out) | 2022 |
| Primary buyer | GRC, compliance, AI Centre of Excellence | ML engineering, data science, model risk management |
| Product scope | Dedicated AI compliance and evidence platform | AI governance and model-risk platform with strong model-evaluation, explainability, and monitoring depth |
| Core approach | AI-native compliance automation built on the Governance Graph (connected data model) | AI governance and model-risk management spanning evaluation, explainability, fairness and robustness testing, AI inventory, guardrails, observability, lifecycle management, and compliance mapping, with distinctive depth at the model layer |
| ISO/IEC 42001 | First platform to achieve product conformity (assessed by CertX) | Holds SOC 2 Type II and ISO/IEC 27001, and offers ISO/IEC 42001 compliance-support tooling to customers; does not publicly disclose holding ISO/IEC 42001 certification itself as of May 2026 |
| Risk quantification | Monetary, using Fermi estimation to assign defensible EUR, GBP, USD exposure at programme level | Model-level performance, bias, fairness, and robustness metrics; programme-level monetary risk quantification not the primary positioning |
| Cross-framework reuse | Governance Graph treats frameworks, requirements, controls, and evidence as connected objects with first-class deduplication | Maps model-evaluation and risk-assessment outputs to frameworks such as the EU AI Act, NIST AI RMF, and ISO/IEC 42001 at the model layer |
| Regulatory framework coverage | EU AI Act, ISO/IEC 42001, NIST AI RMF, OWASP, GDPR, NIS2, DORA, 10+ | Maps governance, model-evaluation, and risk-assessment outputs to the EU AI Act, NIST AI RMF, ISO/IEC 42001, and GDPR |
| Model evaluation depth | Compliance and evidence layer references model-evaluation outputs via integrations; native model-testing functionality is not the platform’s primary positioning | Native model evaluation, foundational model testing, bias and fairness testing, GenAI behavioural assessment, explainability dashboards; Lumenova’s primary positioning and depth |
| Agentic automation | Scout (investigative AI agent with deep-agent reasoning across GitHub, Bitbucket, Google Drive, Confluence, Jira, AWS, Azure, and the Governance Graph itself); evidence and control-assessment agents | Automated model evaluation against a library of risk scenarios and continuous monitoring of deployed models |
| Integrations | GitHub, Bitbucket, Confluence, Google Drive, Jira, AWS, Azure; partner telemetry from Vijil and Zenity | Connects to deployed ML and GenAI models and model pipelines for evaluation and monitoring |
| Deployment | SaaS, private cloud, on-premise (including sovereign-AI and air-gap) | SaaS platform |
| Public customer references | PwC, Armasuisse, Beyond Gravity, ETH AI Center, Xayn, JobCloud, SCSK, Serai | Serves enterprises in regulated industries; specific publicly attributed customer names should be verified directly with Lumenova |
| Strongest fit | Regulatory compliance and audit-ready evidence across multiple frameworks; ISO/IEC 42001 conformity; multi-framework compliance for regulated industries | AI governance and model-risk management with distinctive depth in model evaluation, bias and fairness testing, GenAI behavioural assessment, and explainability for specific high-stakes models |
Table reflects publicly available product information as of 27 May 2026. Verify current status with each vendor before procurement.
Why this comparison matters now
The EU AI Act Omnibus political agreement anchors high-risk compliance investments around the 2 December 2027 deadline, and ISO/IEC 42001 has become a market differentiator for demonstrating AI governance maturity to a regulator, a customer, or a board. At the same time, GenAI-specific testing has become a distinct procurement line for ML teams across 2025 and 2026, separate from the compliance budget.
AI governance buying decisions in 2026 are increasingly split between two distinct teams: compliance and GRC functions buying for audit-ready evidence across regulatory frameworks, and ML engineering and data science functions buying for model evaluation, bias testing, and GenAI behavioural assessment. The first question is not “which AI governance platform is best?” but “which layer are we buying for, and is the budget owner the same team in both cases?”
The Modulos and Lumenova shortlists meet where a single team is trying to cover both layers at once and has not yet separated the compliance-and-evidence requirement from the model-evaluation requirement. The contrast in this comparison is not which platform wins; it is which layer the procurement is funding, and whether the buying organisation needs to invest in both. For the full landscape, see the 2026 buyer’s guide.
How each vendor positions itself
Modulos
Modulos is purpose-built as the compliance and audit-evidence layer of AI governance: the system of record for regulatory conformity, control assessment, and audit trails, rather than a model-testing or model-evaluation platform. The product is built around the Governance Graph, a connected data model that links frameworks, requirements, controls, and evidence as first-class objects. Scout, the platform’s investigative AI agent, conducts multi-step research across the customer’s engineering and governance estate (code repositories, cloud accounts, document stores, and the Governance Graph itself), returning structured findings with file paths, line references, relevance and confidence scores, and continuously checking AI systems against published policies. Dedicated evidence-processing and control-assessment agents propose evidence attachments and control state changes for human review. Modulos is the first AI governance platform to have completed ISO/IEC 42001 product conformity assessment, audited by CertX, and quantifies AI risk in monetary terms using Fermi estimation. Model-evaluation outputs from the ML layer are referenced by the Governance Graph as evidence artefacts; the model-testing function itself is owned by ML teams and ML-layer tooling.
Lumenova
Lumenova positions itself as an AI governance and model-risk management platform, spanning model evaluation, explainability, fairness and robustness testing, AI inventory, guardrails, observability and monitoring, lifecycle management, and compliance mapping to frameworks including the EU AI Act, NIST AI RMF, ISO/IEC 42001, and GDPR. Its distinctive depth sits at the model layer: the platform provides extensive tools for testing and monitoring AI and GenAI models, with comprehensive dashboards on the technical performance of algorithms, and it excels at evaluating specific models for bias, fairness, and performance natively. Lumenova validates and stress-tests AI systems with dedicated metric sets for performance, fairness and bias, robustness, and explainability across both traditional ML and GenAI models, backed by a library covering many risk scenarios. For foundation and fine-tuned GenAI models it tests performance, fairness, robustness, and hallucination, and for retrieval-augmented generation applications it evaluates overall, retriever, and generator performance. Explainability dashboards let teams ask why a model made a decision, and continuous monitoring detects when a validated model drifts or begins to exhibit new behaviour in production. The market posture is a governance and model-risk platform whose strongest differentiation is the depth of its native model evaluation, explainability, and monitoring.
Capability deep dive
Five capabilities where the two platforms diverge by layer rather than in marketing language. Each subsection describes the underlying mechanic, not the demo. The first subsection addresses the layer distinction directly.
Product scope and the layer distinction
AI governance in 2026 is increasingly understood as a stack of distinct layers: model evaluation and testing at the ML layer, compliance and audit-evidence at the governance layer, and runtime monitoring at the operations layer. Modulos and Lumenova each span parts of this stack but anchor their distinctive depth at different layers. Modulos anchors the compliance-and-evidence layer, the system of record for regulatory conformity, control assessment, and audit trails across multiple frameworks. Lumenova is an AI governance and model-risk platform whose distinctive depth sits at the model-evaluation layer: bias and fairness testing, foundational model assessment, GenAI behavioural monitoring, and explainability on specific high-stakes models, alongside AI inventory, guardrails, observability, and compliance mapping. The buyer question is not which platform wins, but which layer the procurement is funding, and whether the buying organisation needs to invest in both.
A practical test makes the distinction concrete. Ask each vendor for a worked example of producing an audit-ready compliance pack for one regulatory framework, for example EU AI Act Article 9 risk management, and ask the same vendor for a worked example of evaluating one specific deployed model for demographic bias under a fairness metric. The two demos will reveal which layer each platform actually owns. Some organisations will need only one layer; others will run both, with the model-evaluation outputs from the ML layer becoming evidence artefacts referenced by the compliance and governance layer.
Regulatory framework coverage and depth
Modulos covers the EU AI Act, ISO/IEC 42001, NIST AI RMF, OWASP, GDPR, NIS2, DORA, and more than ten additional frameworks inside a single Governance Graph. Framework intelligence is maintained against primary regulatory sources by a team that contributes to the EU GPAI Code of Practice, the NIST AI Safety Institute Consortium, and CEN-CENELEC JTC 21. The differentiating mechanic is cross-framework deduplication: one control mapped against multiple frameworks shares evidence and reduces implementation effort across the regulatory stack, which is the compliance-and-evidence layer’s core job.
Lumenova maps its model-evaluation and risk-assessment outputs to regulatory frameworks including the EU AI Act, NIST AI RMF, ISO/IEC 42001, and GDPR, which is the model-layer view of those regulations: connecting test results and risk scenarios to the relevant obligations. The two platforms read the same regulations from different layers. Modulos reads them as a controls-and-evidence system of record across the programme; Lumenova reads them as the regulatory context for evaluating specific models. Which framework view fits depends on whether the binding requirement is audit-ready compliance evidence or model-level evaluation mapped to regulation.
Risk quantification approach
Modulos quantifies AI risk in monetary terms using Fermi estimation, a structured method for arriving at defensible numeric exposure ranges in EUR, GBP, or USD even where direct historical loss data is sparse. The output is a numeric expected loss per AI system at the programme level, comparable across the AI estate and reportable in the same financial units as operational and market risk. Board audit committees and prudential supervisors that read AI risk alongside the rest of the enterprise financial risk taxonomy are the audiences this serves directly.
Lumenova quantifies risk at the model level, producing performance, bias, fairness, and robustness metrics and scoring models against a library of risk scenarios. This answers a different question: how a specific model behaves and where it is weak, expressed in model-quality terms for ML risk assessment. The two approaches are both legitimate and operate at different layers of the governance stack: programme-level monetary exposure for board reporting versus model-level technical metrics for ML risk assessment. Neither is superior; they answer different questions for different buyers.
Model evaluation, GenAI testing, and explainability
Model evaluation, GenAI testing, and explainability are Lumenova’s primary positioning, and the depth is real. Lumenova validates and stress-tests AI systems with dedicated metric sets for performance, fairness and bias, robustness, and explainability across both traditional ML and GenAI models, with a library covering many risk scenarios. For foundation and fine-tuned GenAI models it tests performance, fairness, robustness, and hallucination; for retrieval-augmented generation applications it evaluates overall, retriever, and generator performance. Bias and fairness testing across protected attributes, explainability dashboards, and continuous monitoring for drift and emerging behaviour round out one of the broader model-evaluation stories in the AI governance category.
Native model evaluation is not Modulos’s primary positioning. Model-evaluation outputs from third-party tools, including potentially Lumenova, become evidence artefacts referenced by Modulos’s Governance Graph rather than being natively generated by the Modulos platform. Integration partners Vijil and Zenity feed runtime telemetry from the model and agent layers into the evidence framework. The division of labour is clear: the model-testing function is owned by ML teams and ML-layer tooling, and Modulos references those outputs at the compliance-and-evidence layer.
Buyer profile and budget ownership
AI governance buying decisions in 2026 are increasingly split between two distinct teams. Compliance and GRC functions buy for audit-ready evidence across regulatory frameworks; ML engineering and data science functions buy for model evaluation, bias testing, and GenAI behavioural assessment. Modulos and Lumenova map to these two different buyers and budget centres. The first question for a buying organisation is which team owns the decision, because that determines which layer the budget is funding.
For organisations where AI governance is a unified programme owned by a single team, the buyer must decide which layer is the primary procurement and whether the second layer is needed at all. For organisations where the layers are owned by different teams with different budgets, the two platforms may coexist, with each owning its respective layer: Lumenova at the model-evaluation layer and Modulos at the compliance-and-evidence layer. The frequently asked questions below address the co-existence pattern directly.
When to choose Modulos
Five buyer profiles where Modulos is the natural shortlist entry. Each profile is criterion-based and anchored on the compliance-and-evidence layer: the primary requirement, certification pursuit, multi-framework reuse, programme-level risk, and the buying team that owns the decision.
Compliance and audit-evidence is the primary requirement
Where the primary AI governance requirement is regulatory compliance and audit-ready evidence across multiple frameworks, and the system of record needs to be the controls-and-evidence layer rather than the model-testing layer, Modulos is the natural fit. The binding question is whether the organisation can produce audit-ready evidence of compliance, not the model-level fairness, robustness, and explainability evaluation of a single model.
Enterprises pursuing ISO/IEC 42001 product conformity
Modulos is the first AI governance platform to have completed ISO/IEC 42001 product conformity assessment, audited by CertX. For organisations whose AI governance procurement is anchored on ISO/IEC 42001, where the assessment scope is the governance programme rather than individual models, the vendor-level product conformity signal is procurement-relevant in a way it is not for platforms that have not made an equivalent public disclosure.
Multi-framework compliance teams managing several regimes at once
If your obligations stack EU AI Act, ISO/IEC 42001, DORA, NIS2, and NIST AI RMF simultaneously, the Governance Graph’s cross-framework deduplication maps a single control against several frameworks with shared evidence. One implementation, multiple regulatory artefacts, one audit-ready evidence chain across the regulatory stack, where cross-framework reuse is a material procurement criterion.
Boards and supervisors requiring programme-level monetary risk
Modulos quantifies AI risk in EUR, GBP, and USD using Fermi estimation at the programme level. Board audit committees and prudential supervisors that read AI risk in defensible financial decision units, rather than model-level performance metrics, get the same reporting frame for AI risk as they get for operational and market risk across the programme as a whole.
Regulated industries where audit-ready evidence is the binding test
In financial services, defense, aerospace, healthcare, telecommunications, and critical infrastructure, the primary AI scrutiny is often whether you can produce audit-ready evidence of compliance with the framework, rather than the model-level fairness, robustness, and explainability evaluation of a specific model. Where the AI governance buying decision is owned by GRC, compliance, or AI Centre of Excellence leadership, Modulos maps to that buyer and budget centre.
When to choose Lumenova
Five buyer profiles where Lumenova is the natural shortlist entry. Each profile draws on Lumenova’s genuine strengths: model evaluation and explainability, bias and fairness testing, GenAI tooling, model performance tracking, and governance and model-risk teams wanting model-layer depth in one platform.
ML and data science teams owning model evaluation and explainability
Where the primary AI governance requirement is model evaluation, testing, and explainability, and the buying decision is owned by ML or data science leadership rather than by compliance or GRC functions, Lumenova is the natural fit. The platform validates and stress-tests models with custom metrics for performance, fairness, bias, robustness, and explainability across both traditional ML and GenAI.
Bias and fairness testing for specific high-stakes models
For organisations focused on bias and fairness testing as a core capability for specific high-stakes models, such as hiring, credit, healthcare diagnostic, or insurance underwriting models, Lumenova provides native testing of protected attributes. Where rigorous model-level fairness assessment is the binding requirement, this depth is one of the stronger model-evaluation stories in the category.
Enterprises building extensive GenAI applications
Enterprises building extensive GenAI applications that need model-specific testing tools, behavioural monitoring, and evaluation dashboards fit Lumenova’s GenAI tooling well. The platform covers performance, fairness, robustness, and hallucination detection for foundation and fine-tuned models, and evaluates retrieval-augmented generation across retriever and generator performance. GenAI tooling is one of the more developed parts of its positioning.
Buyers prioritising explainability dashboards and model performance tracking
For buyers whose analytical frame is "what is happening inside this specific model?" rather than "where does this control sit across our regulatory framework portfolio?", Lumenova’s explainability dashboards, library of risk scenarios, and continuous monitoring for drift and emerging behaviour are built directly for that question. The depth of native model analysis is the platform’s primary strength.
Governance, model-risk, and compliance teams wanting model-layer depth in one platform
Where a governance, model-risk management, or compliance function wants an AI governance platform that also carries deep native model evaluation, explainability, and monitoring, Lumenova maps to that buyer. It pairs AI inventory, guardrails, observability, and compliance mapping to the EU AI Act, NIST AI RMF, ISO/IEC 42001, and GDPR with the model-level fairness, robustness, and explainability testing that model-risk teams need, making it a strong fit where one platform must serve both the governance programme and the model layer.
What if neither is right
A handful of adjacent options that come up in the same shortlists, and the buyer profile each fits best. For the full 22-vendor landscape, see the 2026 buyer’s guide.
Closer fit for US enterprise scale, autonomous agent management at runtime, and AWS, Databricks, and Snowflake-centric MLOps stacks.
Closer fit if you already run OneTrust for GDPR or CCPA and AI governance is extending that existing privacy and trust platform.
Closer fit if you already run IBM Cloud Pak for Data, OpenPages, or adjacent IBM systems and the integration economics favour extending the IBM stack.
Closer fit for bias-and-fairness-heavy use cases with a different vendor profile from Lumenova across the compliance and runtime layers.
Closer fit if your primary need is pure model observability and runtime monitoring rather than compliance evidence or model-evaluation testing.
Closer fit if your problem is agent-layer security and shadow-agent discovery rather than the compliance layer or the model-evaluation layer.
For comprehensive multi-vendor coverage across all five segments of the AI governance landscape.
Frequently asked questions
Nine questions that come up in Modulos vs Lumenova procurement conversations, with direct answers. The first question addresses whether the two platforms can run together across the two layers.
Can you use Modulos and Lumenova together?
Yes. Modulos and Lumenova address different layers of the AI governance lifecycle and are more naturally complementary than substitutable. Some organisations run Lumenova at the model-evaluation layer (bias and fairness testing, GenAI behavioural assessment, explainability dashboards for specific high-stakes models) and Modulos at the compliance-and-evidence layer (audit-ready evidence, control assessment, multi-framework regulatory conformity, ISO/IEC 42001 product conformity). Model-evaluation outputs from Lumenova become evidence artefacts referenced by Modulos’s Governance Graph for control conformity, while Modulos’s compliance and evidence layer references the model-testing outputs without owning the model-testing function itself.
Is Modulos a replacement for Lumenova?
Not in a direct sense. Modulos is a compliance-and-evidence platform built for governance, risk, and compliance teams owning audit-ready evidence and regulatory conformity; Lumenova is an AI governance and model-risk platform whose distinctive depth sits in model evaluation, explainability, and monitoring, serving model quality, bias and fairness testing, and behavioural assessment of specific models alongside AI inventory, guardrails, and compliance mapping. Their distinctive depth anchors different layers of the AI governance stack, so the decision is which layer the procurement is funding rather than which platform replaces the other.
Does Lumenova hold ISO/IEC 42001 certification?
As of May 2026, Lumenova does not publicly disclose ISO/IEC 42001 certification, either as an organisational AI management system certification or as product conformity assessment. Lumenova publicly holds SOC 2 Type II and ISO/IEC 27001 certifications and offers tooling to help its own customers work toward ISO/IEC 42001 compliance. Verify directly with Lumenova before any procurement decision, since certification status can change between page refresh cycles.
Which platform has better EU AI Act coverage?
The two platforms address the EU AI Act at different layers. Modulos is built around continuous EU AI Act conformity workflows, Annex III risk classification, and Fundamental Rights Impact Assessment templates across the controls-and-evidence layer, with framework intelligence maintained against primary regulatory sources by a team contributing to the EU GPAI Code of Practice and CEN-CENELEC JTC 21. Lumenova maps its model-evaluation and risk-assessment outputs to the EU AI Act among other frameworks, which is the model-layer view of the same regulation. Which one fits depends on whether the binding requirement is audit-ready compliance evidence or model-level evaluation.
Which platform owns model-level bias and fairness testing?
Lumenova owns model-level bias and fairness testing as a native, primary capability, with metrics for fairness and bias across protected attributes, performance, robustness, and explainability for both traditional ML and GenAI models. Modulos does not natively generate model-level bias and fairness test results; instead, model-evaluation outputs from tools such as Lumenova are referenced by Modulos’s Governance Graph as evidence artefacts that map to regulatory controls. The two platforms own different functions in the same lifecycle.
How do the pricing models compare?
Neither vendor publishes standard list pricing for enterprise deployments, so both are typically quoted per engagement. Indicative ranges for dedicated AI governance and AI evaluation platforms in 2026 run from approximately 50,000 USD per year for a focused mid-market deployment to several hundred thousand USD per year for enterprise-wide programmes. Confirm current pricing and scope directly with each vendor, since the model-evaluation and compliance segments price on different units (models and evaluations versus frameworks and controls).
What is the difference between compliance-and-evidence AI governance and model-evaluation AI governance?
Compliance-and-evidence AI governance is the system of record for regulatory conformity, control assessment, and audit trails across frameworks such as the EU AI Act and ISO/IEC 42001; the binding question is whether you can produce audit-ready evidence of compliance. Model-evaluation AI governance is the system of record for testing specific models for bias, fairness, performance, robustness, and behaviour; the binding question is what is happening inside a given model. Modulos sits at the compliance-and-evidence layer and Lumenova sits at the model-evaluation layer.
How long does implementation take for each?
Implementation timelines depend on AI estate size, framework or model scope, and integration depth. As a public reference point for the compliance-and-evidence layer, Xayn reached ISO/IEC 42001 audit readiness with Modulos in four weeks. Model-evaluation deployments are scoped by the number and type of models under test and the metrics and risk scenarios in scope; confirm timelines directly with Lumenova for the model set you intend to evaluate.
Which platform is better for GenAI applications?
For model-level GenAI work, Lumenova ships native GenAI evaluation tooling covering performance, fairness, robustness, and hallucination detection, including evaluation of retrieval-augmented generation applications across retriever and generator performance. For the compliance-and-evidence view of the same GenAI applications, Modulos maps GenAI evaluation outputs and runtime telemetry to regulatory controls in the Governance Graph. The better fit depends on whether the primary requirement is model-level evaluation or audit-ready compliance evidence.
Evaluating the compliance-and-evidence layer?
If Modulos is on your shortlist after this comparison, we can walk through how the Governance Graph (as a connected data model), Fermi-style monetary risk quantification, and ISO/IEC 42001 product conformity map to your specific framework scope and AI estate, including how model-evaluation outputs from your ML layer become evidence artefacts at the compliance layer. Book a 30-minute working session with a Modulos solutions engineer.
Book a working session →Methodology and disclosures
Methodology
This comparison evaluates Modulos and Lumenova based on publicly available information: vendor websites, product documentation, public marketing materials, analyst reports including the IAPP AI Governance Vendor Report January 2026, peer review platforms, press coverage, and direct product experience on the Modulos side. Capabilities reflect publicly available information as of 27 May 2026. The page frames Modulos as anchored on the compliance-and-evidence layer and Lumenova as an AI governance and model-risk platform whose distinctive depth sits at the model-evaluation, explainability, and monitoring layer, rather than as substitutable head-to-head competitors.
Disclosure
This comparison is published by Modulos AG. Modulos is one of the two vendors compared on this page. Lumenova’s capabilities are described from publicly available product information; no commercial relationship between Modulos and Lumenova is implied. Lumenova is not in Modulos’s 22-vendor buyer’s guide; it sits in an adjacent segment rather than as a direct competitor, and this page is published because buyers searching “Modulos vs Lumenova” deserve an authoritative source for the comparison, not because the two vendors compete head-to-head in the same segment. No vendor paid for inclusion or favourable treatment. The buyer profiles in “When to choose Lumenova” reflect Lumenova’s genuine strengths in the model-evaluation segment.
Refresh cadence
This page is reviewed quarterly. The next scheduled review is . Material changes to either platform’s capabilities, certifications, or buyer fit should be reflected within one refresh cycle. For questions about this comparison or to flag a factual correction, contact the Modulos team.
Published by Modulos AG. Last updated: 27 May 2026. Next refresh: 27 August 2026.
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