Stop guessing from CVs, measure skills objectively instead
The most reliable hiring decisions are built on structured, job-relevant skill measurement. Grounded in evidence, designed for fairness, and validated for predictive performance rather than inferred from CVs.
Predictive and fair selection, grounded in evidence
How structured, job-relevant methods predict performance and improve fairness.
Reliability and consistency by design
How we design scoring systems that are consistent, reproducible, and decision-ready.
Continuous fairness and adverse impact monitoring
How we test, track, and govern outcomes to reduce bias over time.
What CVs can and cannot tell you
CVs reflect where someone has been, they do not reliably show what someone can do in your role.
CVs optimize for storytelling, not job performance evidence.
Experience and education are indirect proxies; they can correlate, but they are noisy and unequal signals.
CV review produces inconsistent decisions across reviewers and over time.
Why skills-based selection is more predictive and fair
Structured, job-relevant skill assessments outperform unstructured screening by measuring the capabilities that truly drive performance.
Research shows job-specific, behaviorally grounded methods are both more predictive and more equitable; structured interviews and situational judgement tests are strong examples (Sackett et al., 2023).
This is the core design principle behind Maki’s assessments: structured tasks, observable evidence, defensible scoring.
Why experience alone can mislead hiring decisions
Past roles can bring useful knowledge; they can also introduce rigidities that limit performance in a new environment.
Prior experience can add value when prior roles are similar because people bring transferable knowledge and skills.
The benefit fades as people gain organisation-specific experience in the new context.
Experience can also carry rigidities; cognitive and behavioral habits from past roles can hinder performance, and those costs can persist.
Whether experience helps or hurts depends on individual attributes like adaptability and cultural fit.
What “skill” means at Maki
Skills defined before they are measured
Every assessment starts with clearly defined job-relevant constructs, evaluated through structured tasks that generate observable evidence and decision-ready signals.
Designed tasks that reveal real capability
Candidates complete structured prompts, scenarios, and activities built to elicit job-relevant behavior, not self-presentation or keyword matching.
Decision-ready, explainable signals
Scores are tied to observable evidence and defined criteria; enabling clear, defensible hiring decisions rather than intuition or black-box rankings.
Why Maki assessments are reliable ways to measure skills
Defined constructs before measurement
Every assessment starts with clearly defined, job-relevant capabilities; not proxies like experience, education, or pedigree.
Healthy score distributions that support real decisions
Assessments are designed to meaningfully differentiate candidates; enabling defensible cut-scores and scalable hiring.
Observable, explainable evidence
Scores are tied to structured tasks and explicit criteria; not opaque inference or black-box modeling.
Fairness and validity built into the system
Skill models are calibrated, validated, and monitored to ensure they measure what they intend to measure; equitably and defensibly.
Reliability as a release requirement
Results must be consistent and reproducible; with strong alignment between AI scoring and expert human judgment before deployment.
How Maki delivers skills-based hiring in practice
From early screening to in-depth evaluation, Maki operationalizes structured skill measurement across the entire hiring funnel.
Shiro: early funnel skills screening
Mochi: structured conversational screening
Ken: deeper evaluation for high-stakes roles
Security
Technology & trust
From compliance certifications to bias audits and AI Act readiness, Maki is built on transparency, safety, and fairness.
Bias-audited AI
Explainable scoring
Ethical AI standards
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