14LabsAI Engineering and Research Lab

From AI Researchto Production Systems

14Labs builds reliable AI solutions by combining research, engineering, and evaluation. We create intelligent agents, retrieval systems, and machine learning products designed for real-world users.

Why 14Labs

We don't just build AI systems. We measure them. Research guides our decisions. Evaluation validates our systems. Engineering turns ideas into reliable products that perform in the real world. That is the difference between a demo and a product.

We Measure Quality

We test the system regularly to understand what is improving and what needs attention.

We Understand Failures

We track how the system works so problems can be identified and fixed quickly.

We Control Performance and Cost

We monitor speed and usage costs to keep the system reliable and practical.

All Services

Multi-Agent Systems

Pipelines of specialised agents, each with a contract, a budget and a trace.

Retrieval & Knowledge Systems

The right context in front of the model — measured, not guessed.

Applied Machine Learning

Models chosen for the decision they support, not for the hype cycle.

Evaluation & Reliability

Golden sets, regression gates and tracing, so every change is measurable.

Research notes

What we measured, what failed and what we would do again.

15+

Projects Delivered

In production, not pilots

10+

Client Teams

Across four industries

4+

Years Building

Since before the agent boom

95%

Satisfaction

Measured post-engagement

Building an AI prototype is only the beginning. The real challenges appear when systems need to become reliable, scalable, and ready for real users.

Read the Research
  1. 01 / 04Production

    The Demo Works. The System Doesn't.

    Moving from a controlled prototype to a real product requires handling unpredictable users, data, and scale. Most pilots die between the notebook and the first real user.

    See our approach ›
    <1% of calls<1% of calls1% of calls3% of calls6% of calls8% of calls8% of calls10% of calls9% of calls8% of calls7% of calls6% of calls5% of calls4% of calls4% of calls3% of calls3% of calls2% of calls2% of calls1% of calls1% of calls1% of calls1% of calls1% of calls1% of calls1% of calls<1% of calls<1% of calls<1% of calls<1% of callsp50p95tail

    Median against tail latency, once the traffic is real.

  2. 02 / 04Evaluation

    You Can't Improve What You Can't Measure.

    AI systems can change from one release to the next without anyone knowing what actually improved. Good evaluation makes those changes measurable.

    How we approach it ›
    grounded qa+0.06grounded qa +0.06json valid+0.05json valid +0.05multi-hop+0.04multi-hop +0.04tool choice+0.03tool choice +0.03summarise+0.02summarise +0.02pii redact−0.01pii redact −0.01refusal−0.03refusal −0.03citation acc−0.11citation acc −0.110r06 → r07blended +0.01

    Per-suite change across one release. The blend moved +0.01.

  3. 03 / 04Retrieval

    The Knowledge Is There. The Model Can't Reach It.

    Your knowledge may live across documents, databases, wikis, and internal tools. The challenge is finding the right information when the user needs it.

    Our approach ›
    010.81rank 01 · 0.81020.78rank 02 · 0.78030.74rank 03 · 0.74040.71rank 04 · 0.71050.68rank 05 · 0.68060.63rank 06 · 0.63070.61rank 07 · 0.61080.58rank 08 · 0.58090.55rank 09 · 0.55100.52rank 10 · 0.52110.49rank 11 · 0.49120.47← holds the answerrank 12 · 0.47130.44rank 13 · 0.44140.41rank 14 · 0.41top-k = 5one query · 14 candidates

    Top-k retrieval for one query. The answer ranked twelfth.

  4. 04 / 04Multi-Agent Systems

    Adding More Agents Doesn't Always Help.

    Complex workflows can become difficult to debug, trace, and control. The first step is understanding what each agent is doing and why.

    Explore the practice ›
    orchestrateorchestrate · 12.4splanplan · 1.0sretrieveretrieve · 1.6srerankrerank · 0.9stool:sqltool:sql · 1.1stool:http×4tool:http · 3.1scriticcritic · 0.6ssynthesisesynthesise · 1.1sguardrailguardrail · 0.5sformatformat · 0.5semitemit · 0.4s0s6.2s12.4s11 spans · 1 request

    One request on a clock. Four of twelve seconds were retries.

Research

We research, experiment, and measure before committing to a production build. What we learn helps us understand what works, what doesn't, and what is worth building.

Our research explores applied machine learning across different domains. The methods we develop inform how we approach real-world AI systems.

5
Papers Published
3
Under Review
4
In Progress
Aug 2026
Latest Paper

Latest Papers

All 5 Papers

All Case Studies

Real Estate

AI Find Sites Real Estate Solution

AI-Driven Commercial Real Estate Site Discovery - Automating hours of manual research into minutes of intelligent analysis

Timeline
1 Month
Engineers
3
Pipeline Nodes
11

EdTech

AI-Powered Admission Counselor

Transforming University Admissions with Multi-Agent Intelligence

Timeline
3 months
Team Size
4 engineers
Agents
7 AI

Clear principles. Practical engineering. No unnecessary complexity.

  • We Measure What We Build

    We define how success will be measured from the start, so we can see what is improving and what needs to change.

  • We Start With What Works

    We use the simplest approach that can solve the problem well. We add complexity only when it brings a clear improvement.

  • You Own What We Build

    The code, infrastructure, evaluation, and documentation stay with you. We don't build systems that depend on us to keep working.

Tell Us What Isn't Working Yet

Send the shape of the problem, the data you have and what a good outcome would look like. We will reply with an honest read on whether it is worth building — including when it is not.