# Hr Tech Evaluation > Runs a rigorous selection process for HR or TA technology — ATS, HRIS, payroll, performance, engagement, sourcing, assessment, LMS — producing a ranked requirements document, a weighted scorecard set before demos, demo scripts that expose real differences, a reference call guide, and a decision paper naming the recommendation and the runner-up. Use when someone says they are "choosing an ATS", "r… - **Type:** Skill - **Install:** `agentstack add skill-we-are-move-claude-skills-for-ta-and-people-teams-hr-tech-evaluation` - **Verified:** Yes — security-reviewed for prompt injection and unsafe behavior - **Seller:** [we-are-move](https://agentstack.voostack.com/s/we-are-move) - **Installs:** 0 - **Category:** [Agent Skills](https://agentstack.voostack.com/c/agent-skills) - **Latest version:** 0.1.0 - **License:** MIT - **Upstream author:** [we-are-move](https://github.com/we-are-move) - **Source:** https://github.com/we-are-move/claude-skills-for-ta-and-people-teams/tree/main/skills/hr-tech-evaluation ## Install ```sh agentstack add skill-we-are-move-claude-skills-for-ta-and-people-teams-hr-tech-evaluation ``` Requires the [AgentStack CLI](https://agentstack.voostack.com/docs/cli). Works with Claude Code, Cursor, and any MCP-compatible agent. ## About # HR & TA Technology Evaluation Produces the artefacts that make a multi-year system decision defensible: a ranked requirements document, a weighted scorecard fixed before the first demo, demo scripts that force vendors off their script, a reference call guide, and a decision paper with a recommendation and a named runner-up. The problem this solves is an asymmetry. You buy an ATS every four to six years; the person selling it sells one every week, has run this exact conversation hundreds of times, and knows which three screens to show and in what order. A fair fight requires structure that exists before the first demo, because after the first demo your requirements are contaminated by what you have seen. ## The reframe: start with the problem, never the category This is the most valuable thing in this skill, and worth saying to the user in plain terms early. Almost every failed system purchase started as "we need a new ATS" rather than, e.g., "hiring managers do not give feedback, candidates wait [11] days at final stage, and we lose [1 in 5] offers as a result". The first framing sends you to a demo. The second tells you what a fix looks like — and sometimes tells you the fix is not a purchase at all, but a process change, a configuration of what you already own, or a person. The mechanical consequence matters: **a requirements list assembled after seeing demos is just a description of the demos.** Every vendor shows you a capability you had not thought to want, and it feels like insight. Three demos later the list has been quietly rewritten to match whichever vendor demoed most confidently, and the scorecard that follows is a rationalisation, not a test. So the order is fixed: problem, requirements, weights, vendors. Say this to the user, give the reason, and hold the line if they want to skip ahead. ## What you need to start Two things: **what is broken**, and **the category they think they need**. Everything else — user counts, budget, integrations, timeline — sharpens the work but does not gate it. If the user does not know their budget or which systems must integrate, proceed on stated assumptions, label them inline, and list them in the assumptions block of the output. A requirements document built on five labelled assumptions is worth far more than a stalled conversation. Ask in small batches, two or three questions at a time, reflecting back what you now understand after each. Where the environment supports structured multiple-choice questions (Cowork's `AskUserQuestion` or equivalent), prefer it for scoping questions with a small answer set — category, replacement or first system, budget band, timeline. Keep free text for the problem statement, where the texture is the whole point. ## Process ### 1. Get the problem statement before anything else Ask what is broken, and push past the first answer. "Our ATS is terrible" is not a problem statement. Get to observable consequence: - What specifically happens today that should not, or does not happen that should? - Who feels it — recruiters, hiring managers, candidates, employees, payroll, finance? - How long has it been like this, and what has already been tried? - What does "fixed" look like in twelve months? Name something you could measure. - If you changed nothing, what is the cost of that over the next two years? Then ask the question that saves the most money: **is this a technology problem?** If requisition approvals take nine days because four people must approve and two are on holiday, no ATS fixes that. If the current system is unloved because it was never configured and nobody was trained, a new system will be unloved in eighteen months for the same reason. Say so directly when the evidence points there — it is the highest-value thing you can tell them. If it is a technology problem, write the problem statement down and get their agreement on it. It becomes the first section of every artefact and the tiebreak when scoring is close. ### 2. Scope the decision Cover these, in two or three batches: - **Category and sub-scope.** If a suite, which modules are genuinely in scope now versus aspirationally later — vendors price and demo on the aspiration. - **Replacement or first system.** A replacement carries data migration, parallel running and change management. A first system carries process design work instead. - **Current stack and integrations.** What it must talk to, in which direction, and how critical each link is. HRIS, payroll, SSO/identity, background check, assessment, scheduling, comms, finance, BI/warehouse, job boards. - **Scale.** Employees, system users by type (admin, recruiter, hiring manager, employee self-service), hires per year, and expected growth over the contract term. Pricing models bite at growth, not at signature. - **Jurisdictions.** Where employees and candidates are, and where data may or may not sit. This drives payroll capability, data residency, works council and consultation requirements, statutory reporting and language support harder than any other input. Ask it early; retro-fitting it invalidates a shortlist. - **Budget range and shape.** Annual licence, one-off implementation, internal resource. A range is fine; "no idea" is fine too — say what a range would need to come from. - **Timeline and the forcing event.** Renewal date, funding round, a go-live tied to a cycle. Note the notice period on the incumbent contract now — it is routinely missed and missing it costs a full extra year. - **Who decides, and who can veto.** IT, security, legal, procurement, finance, the works council. A shortlist that has not been through security review is not a shortlist. ### 3. Build requirements in three tiers, then make them rank Tiers: **must-have** (its absence disqualifies the vendor), **should-have** (significant value, but you would live without it), **nice-to-have** (tiebreak only). Two rules do the work. **Must-have means disqualifying.** If a vendor failing it would not actually stop you buying them, it is a should-have. Test each one out loud with that question. Most initial lists carry twenty-five must-haves and almost none survive; expect to land around six to ten. **Rank within tiers, not just between them.** Unranked requirements produce scorecards where every vendor scores 3.8 out of 5 and nothing differentiates, because the twelve things that barely matter outnumber and outweigh the three that decide it. Force an ordering. If the user resists, ask which single requirement they would keep if they could keep only one, then the next — a forced sequence beats an argument about relative importance. Pull from `references/requirements-library.md`, including the categories users routinely forget and vendors are rarely asked about: - Data migration from the incumbent — what comes across, at what fidelity, who does it - Reporting and data export — can you get **your** data out, in what format, at what cost - Integration with the rest of the stack, and whether the API is real or a roadmap item - Permissions and access model — role granularity, who can see comp, notes, protected data - Candidate or employee-facing experience — the part with the largest user population - Accessibility (state which standard the organisation is held to, and ask for evidence) - Support model, response times, escalation, and who answers at 6am in your other region - Implementation resource required from **your** team, in named people and days - The offboarding and exit path — what leaving looks like, before you enter Write this out as the requirements document — problem statement, scope, the three tiers in rank order, each requirement with a named owner and the reason it exists. It is what vendors get, and the record that these requirements existed before the demos did. ### 4. Set the weights before you see anything Assign a weight to each requirement or requirement group, summing to 100, with the user, in the conversation, and write it to the scorecard file. Then state the rule plainly: **weights are fixed before demos and are not changed afterwards.** The moment a weight moves after a demo, the scorecard stops testing the preference and starts justifying it — and it still looks rigorous to everyone who reads it, which is what makes it dangerous. If a demo genuinely reveals a requirement nobody had considered, add it as a new line with its own weight, record the date and reason in the change log at the foot of the scorecard, and re-score every vendor against it including those already seen. Visible and rare is fine. Silent is not. Use `assets/scorecard-template.md`, and set the scoring anchors at the same time — a 1–5 scale where each point has a written meaning, because "4 out of 5" means nothing across three different evaluators. ### 5. Assemble the vendor list Ask which vendors are already in view and why. If they want to widen the field, use web search at runtime to identify current products in the category and cite what you find with dates — do not assert from memory. Capability, pricing and ownership in this market change quarterly, and stale confidence here is worse than silence. Do not rank vendors on remembered reputation, and do not tell a user one product is better than another at anything — the scorecard is the ranking mechanism, which is the point of building it. Structure the longlist, write the screening questions that cut it to three or four, and note where a claim needs verifying in a demo. Screen the longlist on must-haves and hard constraints only — jurisdiction coverage, integration with a named critical system, scale, budget band. Three or four vendors is the right shortlist; five is a scheduling problem and produces worse notes. ### 6. Write demo scripts that differentiate A generic demo is vendor-controlled marketing, and every vendor's generic demo looks excellent because it has been refined over hundreds of runs to look excellent. A demo becomes evidence only when you control the scenarios. Full technique in `references/demo-and-reference-guide.md`; the core of it: - **Send your scenarios in advance** — three to five, drawn from your real workflows, identical for every vendor. Same scenarios, same order, same time budget. - **Insist on a configured environment** resembling your structure, not the polished demo tenant with perfect data and four job titles. - **Make them show the ugly workflows.** Bulk edits. Correcting a mistake made three weeks ago. An untrained hiring manager's first review. Reporting on a question they were not given in advance. The unhappy path is where products differ; on the happy path they are all the same. - **Have the daily users in the room**, not only the buyer. The coordinator who will live in this eight hours a day notices in ten minutes what an executive buyer misses across three demos. - **Score within an hour of the demo ending**, independently, before discussion. Otherwise memory converges on the most confident presenter. Build one script per shortlisted vendor from the same template, plus the category-specific probing questions from the reference file. ### 7. Run reference calls properly The most under-used and highest-signal step, and the one most often cut for time. A vendor-supplied reference is a happy customer who agreed to take the call — still useful, if you ask questions a happy customer will answer honestly. Full guide in `references/demo-and-reference-guide.md`. The questions that work: - What took longer than you expected? - What would you do differently if you were implementing it again? - What does your team complain about? - Who on your side does the day-to-day admin, and how much of their time does it take? - What did you have to change about how you work to fit the tool? - What did you assume it would do that it does not do? - Would you buy it again, and what would have to be true for you to switch? Ask for one reference at your scale and in your jurisdictions, one who implemented within the last twelve months (product and implementation team both change), and one who switched away from your incumbent — that call is the migration reference. Also try to reach a customer the vendor did not introduce you to. ### 8. Cover the commercial and contract questions Structure the questions, get them answered in writing, and hand the answers to legal and procurement. Contract review is their job, not this skill's — say that plainly, and do not draft or interpret contract terms. What to get in writing before the shortlist closes: - **Pricing model and how it scales** — per employee, per user, per hire, per module, tiered. Model the cost at today's headcount, at plan, and at plan plus 30%. - **What triggers an increase** — headcount bands, module additions, renewal uplift, an indexation clause, volume overage. - **Contract length, notice period and renewal mechanics** — including auto-renewal and the date by which notice must be given. - **Implementation and migration cost**, and what is excluded from it. - **Sandbox or test environment** — whether it exists, whether it costs, whether it refreshes from production. - **Service levels** — uptime, support response by severity, and the remedy when missed. - **Data ownership and exit** — that your data is yours, the export format available, at what cost, over what window after termination, and their retention afterwards. Exit terms are the most often skipped and most expensive to discover late. Ask before signature, while you have leverage. ### 9. Interrogate the AI claims specifically Every vendor in every category now claims AI features. Treat the claim as a requirement like any other: define what it must do, then test it. For each feature the vendor leads with, get answers to: - **What does it actually do**, in one sentence, as a workflow rather than a benefit? Ask them to show it running on your scenario, not a recorded example. - **Does it make or influence an employment decision** — screening, ranking, scoring, matching, recommending, rejecting? This is the question that changes the regulatory picture, and vendors answer it carelessly. Get the answer in writing. - **What is it trained on**, and does customer data train the vendor's models? If it does, can you opt out, and what does opting out cost you in capability? - **Bias auditing** — audited by whom, when, against what, and will they share the results or only a summary? "Yes, we audit" with nothing shareable behind it is a no. - **Human oversight design** — where a person is in the loop by design rather than by configuration, what that person actually sees, and whether the reasoning is visible enough to review or override. - **What happens when it is wrong**, and how you would find out. Where regulatory obligations are relevant — for anything touching selection they usually are — verify the current position by web search at runtime and cite what you find with dates. The rules for employment-related automated decision-making move quarterly across jurisdictions; anything from memory will be stale or subtly wrong. Frame the output as questions for legal, not as a compliance determination. ### 10. Score, then write the decision paper Score each vendor independently, per evaluator, before any group discussion. Then discuss the gaps: where two evaluators are two points apart on the same requirement, the disagreement carries more information than either score. Do not let the total decide on its own — check three things before writing: - **Does the winner pass every must-have?** A must-have failure disqualifies regardless of total. That is what the tier means. - **Is the gap real?** Inside a few points across a 100-point weighted scale, the vendors are equivalent on the evidence you have. Say so, and decide on something else — implementation confidence, references, exit terms, total cost over the term. - **Where is the score thin?** A requiremen … ## Source & license This open-source skill is cataloged on AgentStack and links to its original source — we do not rehost the code. - **Author:** [we-are-move](https://github.com/we-are-move) - **Source:** [we-are-move/claude-skills-for-ta-and-people-teams](https://github.com/we-are-move/claude-skills-for-ta-and-people-teams) - **License:** MIT Install and usage instructions live in the source repository linked above. ## Pricing - **Free** — Free ## Security capabilities Automated source analysis of v0.1.0 — what this tool can access: - **Network access:** no - **Filesystem access:** no - **Shell / process execution:** no - **Environment & secrets:** no - **Dynamic code execution:** no *"Yes" means the capability is present in the source — more access means more to trust, not that it is unsafe.* ## Versions - **0.1.0** — security scan: passed — Imported from the upstream source. ## Links - Listing page: https://agentstack.voostack.com/l/skill-we-are-move-claude-skills-for-ta-and-people-teams-hr-tech-evaluation - Seller: https://agentstack.voostack.com/s/we-are-move - Browse the marketplace: https://agentstack.voostack.com/browse --- Listed on AgentStack — the marketplace for AI agent skills and MCP servers. 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