Trust

    How Reso handles your information, and what it can and cannot do.

    Your dispute information is sensitive. Reso is designed to keep the information you provide controlled and to make the basis of its legal analysis visible. This section explains how Reso handles data, how legal sources are curated and the limitations users should understand before relying on an AI-assisted assessment.

    Your information stays controlled

    Dispute information is sensitive. Reso is designed so the material you provide is used to produce your assessment, kept within your account, and shared only when you choose to share it.

    The basis of the analysis is visible

    Each assessment sets out the issues it identified, the evidence it considered and the legal sources it relied on, with citations you can check for yourself.

    Legal sources are curated

    Reso works from a curated set of New Zealand legislation and decisions selected and indexed by lawyers, rather than open-ended search of the internet.

    Outputs are AI-assisted

    Assessments are generated with AI. Like all AI, they can be wrong or incomplete. Review anything you intend to rely on, and take professional advice before a decision that matters.

    Retention you can see

    How long data is held, and how it is deleted, is set out in our Data Retention Policy. Deletion requests can be made at any time.

    Clear limits

    Reso is not legal advice and is not a substitute for a lawyer, mediator or formal dispute resolution. It is a first assessment to help you decide what to do next.

    Policies

    Our policies, in full.

    Our Privacy Policy, Data Retention Policy, Cookie Notice and Terms of Service set out our commitments in detail.

    Understand where you stand, before you decide what to do.

    Start an assessment of your own matter, or book a demo to see how Reso works across a team.

    Reso provides AI-assisted analysis and is not legal advice or a substitute for a lawyer, mediator or formal dispute resolution. Review any output before relying on it.