We run a large retail brokerage, and our security engineers review code faster than ever, yet scanner noise buries the findings that matter. Real issues still slip through while people triage junk. A good solution must cut false positives sharply across several languages, plug into our pipeline and ticketing, add no delay to trading paths, and keep data in our region.
Healthtech · Digital Care · 200–1000 · Asia-Pacific #b040_11
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We run a nutrition and weight coaching app that blends human coaches with a conversational assistant used by members in several countries.
- Industry
- Healthtech · Digital Care
- Size
- 200–1000 employees
- Region
- Asia-Pacific
- Tools budget
- $5K–20K per month
- Needs
- LLM evaluation & testing. We compare language models from several providers and need a systematic way to score accuracy, safety and cost per answer.Today: a lean data team picks among model providers on accuracy, reliability and cost · Urgency: this yearGuardrails for AI agents and LLM apps. Our assistant gives diet guidance to people with conditions like diabetes, so unsafe or off-topic responses must be caught early.Today: human coaches oversee automated coaching replies, with no dedicated runtime safety layer described · Urgency: this year
- Who decides
- head of product · team trial
- Expects from suppliers
- Multi-provider model support; Health-specific safety test sets; Usage-based pricing that fits a lean tech team
- Not a fit
- Single-model lock-in; Tools without multilingual evaluation
- Stack
- LLM APIs in production, cloud: AWS-class hyperscaler
- Buying triggers
- AI adoption push, cost pressure
Needs
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We want AI coding help for our auditors, but the code we review belongs to clients and cannot leave our control. A good solution runs self-hosted or in a private deployment, never trains on our data, and has clear retention rules. Licensing must suit a small expert team, not large enterprise seat minimums. We are ready to trial now.
We're growing fast, and so is our codebase and open source footprint. Our security engineers are drowning in raw scanner findings. We need code-level vulnerability scanning that triages by real exploitability, plugs into our CI pipeline through an API, stays quiet on noise, and never slows developer laptops. Budget is modest.
Before every model change reaches partners, we must prove our symptom assessment still performs against clinical cases. Today we lean on synthetic cases and automated metrics, which feels thin. A good solution gives versioned, reproducible evaluation sets, clinician-reviewed scoring, regression comparison between model versions, and fits our release pipeline and quality agreements.
Findings from outside testers and our bounty programme arrive faster than we can sort them. Each one needs a clear owner, a severity call and a ticket in our tracker, and today that routing is mostly manual. A good solution deduplicates reports, assigns owners automatically, tracks fix deadlines, and shows evidence we can reuse in audits.
We run machine learning models for pricing and member engagement, deployed as services by data engineers, and checks before release are left to each team. We want one disciplined evaluation routine that works alongside actuarial staff, keeps an audit trail of model decisions, and runs inside our own cloud tenancy. Insurance references matter.
We wish for an evaluation workbench that reruns every model version against our full set of clinical findings and gives identical results each time, with locked data, code and settings. We would judge it by reproducibility across reruns, clear per-finding regression reports, audit trails fit for medical device reviewers, and how easily it plugs into our existing pipelines.
We run access across many segmented cloud accounts with single sign-on and role-based permissions, but periodic access reviews are still manual and slow. Drift between reviews goes unnoticed too long. A good solution must automate reviews across all accounts, flag drift quickly, and export audit trails for every admin action, because bank partners and examiners ask for proof constantly.
We publish claims about how coding agents behave on messy, real-world code, and today we rerun our benchmarks by hand each time a new model ships. It eats research time and results drift. We need repeatable runs we can trigger per model release, with comparable scores over time, light enough for a small team and modest budget.
We wish for evaluation tooling built for regulated advice. It would score our model's explanations of portfolio decisions against clear criteria, flag unsupported claims, and route doubtful outputs to a human reviewer with an audit trail. We would judge it by how fast a small team can trial it, how well it catches errors staff review finds, and whether it never trains on our data.
We wish for one tool that pulls alerts from endpoints, identity, email and cloud into a single view, then helps our engineers write and test detections instead of hand-building every rule. We would judge it by how much manual triage disappears, whether we keep full access to detection logic, and how it handles highly sensitive research data.
Our claims and fraud handlers keep repeating the same manual lookups across systems, which eats time better spent on judgement. We want agents that automate those lookups safely, with clear audit trails, human approval on sensitive actions, and tight access controls. Insurance experience matters. Who has handled this well in regulated claims environments?
We ship mobile and API changes constantly, and security scanning has to keep pace. We need code, dependency and dynamic testing that plugs into our existing pipelines without slowing releases. A good solution must have proven deployments at regulated European banks, keep data inside the EU, and give engineers clear, low-noise findings they can act on.