Ship decisions backed by evidence, not assumptions about your product

Netguru designs and runs experimentation platforms that combine A/B testing infrastructure, feature flagging, and a rigorous statistical engine — so every change your team ships is measured, not guessed.

Trusted by product teams at

Book a discovery call

What an experimentation platform actually is — and what it isn't

An experimentation platform is a purpose-built system for running controlled experiments on live products. It handles user assignment, metric collection, statistical analysis, and the feature-flag infrastructure needed to act on results — all in one connected workflow.

That makes it fundamentally different from a generic A/B testing tool. A point-solution testing tool lets you run one experiment at a time, usually on a single surface such as a webpage. An experimentation platform supports concurrent experiments across your entire product, with guardrails to prevent them interfering with each other and governance controls to keep the programme trustworthy at scale.

It is also distinct from an analytics platform. Analytics tells you what happened — page views dropped, conversion fell, engagement rose. It records what users did, but it cannot tell you why. An experimentation platform establishes causation through controlled assignment: one group sees the change, a comparable group does not, and the difference in outcomes is measured under conditions that rule out coincidence. Correlation is useful for spotting patterns; causal inference is what lets you make confident product decisions.

  • Generic A/B tool: single-surface tests, manual setup, no statistical guardrails
  • Analytics platform: passive observation, correlational insight, no controlled assignment
  • Experimentation platform: concurrent controlled experiments, causal inference, feature flagging, and governance built in

How an experimentation platform works, from hypothesis to deploy decision

  1. Hypothesis definition

    The team states a falsifiable hypothesis — which metric should move, by how much, and for which user segment. A clear hypothesis prevents post-hoc rationalisation later.
  2. Experiment design and assignment

    The platform assigns users to control or treatment groups using a deterministic hashing algorithm, ensuring consistent exposure and preventing the same user from switching groups mid-experiment.
  3. Feature flag and rollout control

    A feature flag gates the change so only assigned users see it. The same flag controls traffic percentage, enabling a gradual rollout or an immediate kill switch if something goes wrong.
  4. Data collection and instrumentation

    Every relevant user action is logged against the experiment ID and variant. The platform validates that event pipelines are firing correctly before analysis begins.
  5. Statistical analysis

    The statistical engine calculates treatment effects, confidence intervals, and p-values — and checks for sample ratio mismatch and guardrail metric violations before surfacing a result.
  6. Deploy decision and governance

    A documented decision record captures the result, who approved it, and what shipped. This audit trail feeds the next hypothesis and keeps the programme accountable over time.

Helping Case.One stand out in a saturated SaaS market

Case.One is a legal practice management platform operating in a highly competitive SaaS landscape. With a complex landing page structure and a need to honour their existing corporate identity, they struggled to differentiate themselves visually without sacrificing usability.

Netguru's Product Design team carried out comprehensive industry research before crafting a modern, elegant design concept complete with ten custom isometric illustrations tailored specifically to the legal sector. The refreshed platform earned recognition beyond the client relationship — the work was featured in Dribbble's Hot Shots and became one of Netguru's most celebrated projects, drawing over 18,000 views from the Behance community.

Netguru was the right fit, their feel is very similar to ours and how we do things internally.

Bahar Ansari

Co-Founder

Read case study
Case.One case study

Why statistical rigour is the part most teams get wrong

Running an experiment is straightforward. Running one whose results you can trust is harder. Four problems trip up most product teams when they try to build experimentation without specialist support.

The peeking problem. When analysts check results daily and stop an experiment the moment significance is reached, they inflate the false-positive rate substantially. The experiment looks like a win, but the result is an artefact of when you stopped looking, not a true effect. Sequential testing methods — such as always-valid p-values or Bayesian approaches with proper stopping rules — solve this by allowing continuous monitoring without inflating error rates.

Sample ratio mismatch. If the ratio of users in your control and treatment groups differs from what the assignment algorithm intended, the experiment is compromised. This usually signals a bug in logging, a caching layer stripping cookies, or a bot-filtering step applied inconsistently. A well-built platform detects sample ratio mismatch automatically and flags the experiment before anyone draws conclusions from bad data.

Guardrail metrics. Every experiment targets a primary metric, but a change that lifts conversion while quietly degrading page-load time or support contact rate is not a win. Guardrail metrics are secondary metrics the platform monitors in every experiment — not to optimise, but to catch unintended harm. Defining them in advance, not after the fact, is what separates a mature programme from an ad-hoc one.

Interaction effects. Running multiple experiments simultaneously on overlapping user populations can cause their effects to interfere. Mutual exclusion layers and interaction detection are the platform-level answers; without them, results from concurrent experiments are unreliable.

Netguru's approach addresses all four: we configure sequential testing, build sample ratio mismatch alerts, define guardrail metric sets with your product team, and design experiment scheduling to minimise interaction effects from day one.

Where does your team sit on the experimentation maturity model?

Most product organisations move through three recognisable stages. Identifying yours clarifies what to build next.

01

Ad-hoc

Experiments run occasionally, set up manually each time, with no shared metric definitions or statistical standards. Results are hard to compare and decisions rely on whoever ran the test.

02

Repeatable

A central platform handles assignment, logging, and analysis. Teams follow a shared process, guardrail metrics are defined, and there is a documented decision record for every experiment.

03

Optimising

Experiment velocity is high, the platform surfaces interaction effects automatically, and the programme feeds a continuous learning repository that informs roadmap prioritisation across the organisation.

What our clients say

Netguru's work has resulted in an improved average order value, increased basket size, and higher number of monthly active users. They're proactive, caring, and highly experienced.

Ayman Kaheel

CTO, Breadfast

They leave no stone unturned when it comes to understanding the business context. Thanks to their unique approach, we were able to reduce the workload on our operations team whilst improving the user experience.

Tiago Goncalves Cabaço

VP of Design, Careem

Netguru has been the best agency we've worked with so far. They are able to design new skills, features, and interactions within our model, with a great focus on speed to market.

Adi Pavlovic

Director of Innovation, Keller Williams

Common questions about experimentation platforms

What is the difference between an experimentation platform and an analytics platform?

An analytics platform records what users did — it observes behaviour passively and surfaces correlations. An experimentation platform establishes why something happened by assigning users to controlled groups and measuring the causal effect of a specific change. You need both, but they answer different questions. Analytics tells you where to look; experimentation tells you what to do about it.

Should we build an experimentation platform or buy one?

The right answer depends on your experiment volume, the sensitivity of your user data, and how tightly the platform needs to integrate with your existing data warehouse and feature-flag infrastructure. Off-the-shelf platforms get you running quickly and suit teams with standard web or mobile surfaces. A custom-built or heavily configured platform makes sense when your data cannot leave your own infrastructure, when you need experiment logic embedded deep in a backend service, or when vendor pricing becomes prohibitive at high traffic volumes. Netguru helps you evaluate both paths honestly before recommending one.

How long does it take to run a first experiment?

With an existing data pipeline and a clear hypothesis, a first experiment can be live within a few weeks. The longer work is building the foundations that make subsequent experiments trustworthy and fast: metric definitions, guardrail metric sets, sample ratio mismatch detection, and a governance process. Teams that invest in those foundations run experiments at a much higher cadence within three to six months.

What does governance look like in practice?

Governance means having a consistent, documented process for every experiment — from hypothesis sign-off through to the deploy decision record. In practice it includes: a shared metric taxonomy so teams measure the same things the same way, a pre-registration step that locks the hypothesis before data is collected, a review gate that checks for sample ratio mismatch and guardrail violations before results are read, and a decision log that records what shipped and why. Without governance, experiment results accumulate but institutional learning does not.

How does Netguru fit into an existing stack?

We work with what you already have. If you use a data warehouse such as BigQuery or Snowflake, we build the experiment assignment and analysis layer on top of it rather than alongside it. If you already have a feature-flag tool, we assess whether it can serve as the assignment layer or whether a dedicated assignment service is needed. Our role is to close the gaps between your existing tools and a trustworthy end-to-end experimentation workflow — not to replace your stack.

What is feature flagging and why is it part of experimentation?

A feature flag is a configuration switch that controls whether a user sees a new behaviour in your product. In an experimentation context, the flag is what enforces the controlled assignment: users in the treatment group have the flag on, users in the control group have it off. The same flag also gives you a kill switch if a live experiment causes unexpected harm, and it supports progressive rollouts — gradually increasing the percentage of users who see a change before committing to a full release. Experimentation without feature flagging forces you to deploy code to run a test, which is slower and riskier.

Find out where your experimentation programme should go next

In a focused scoping call, our team reviews your current testing setup, data pipeline, and product workflow, then maps out the specific steps to build a trustworthy experimentation programme — whether that means configuring an existing tool, building a custom platform, or strengthening the statistical foundations you already have.

Book a scoping call