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rinselabs
Original computational artwork: an interconnected silver and lime intelligence lattice on a pale fieldOriginal computational artwork: an interconnected silver and lime intelligence lattice

Rinse Labs — AI Research & Engineering

We explore the frontier of AI. Then we build with it.

Rinse Labs is an AI research and engineering lab exploring intelligent agents, language models, reinforcement learning, and new ways to build software. We experiment with emerging techniques and engineer them into systems that solve real problems.

Language Models · Agents · Learning Systems · AI-Native Engineering

What we're exploring

Hard problems. New approaches. Useful intelligence.

Six connected areas of exploration. From the architecture of a small model to the systems that put intelligence to work.

All research areas
Conceptual research illustration: Small Language Models01 / RESEARCH

Small Language Models

Less model. More focus. Exploring compact architectures built for well-defined tasks.

  • Compact architectures
  • Domain specialization
  • Quantization
  • Efficient deployment
Conceptual research illustration: Model Fine-Tuning & Training02 / RESEARCH

Model Fine-Tuning & Training

Adapting general intelligence to specific contexts, data, and real-world constraints.

  • Fine-tuning
  • Domain adaptation
  • Model training
  • Dataset quality
Conceptual research illustration: Reinforcement Learning03 / RESEARCH

Reinforcement Learning

How systems learn to act, explore, and improve through feedback rather than instructions alone.

  • Reward design
  • Planning & reasoning
  • Policy optimization
  • Experimental environments
Conceptual research illustration: AI Agents & Multi-Agent Systems04 / RESEARCH

AI Agents & Multi-Agent Systems

Coordinated intelligence that uses tools, shares context, and operates within clear boundaries.

  • Multi-agent architectures
  • Tool use & orchestration
  • Memory & retrieval
  • Human approvals
Conceptual research illustration: Efficient Inference & Evaluation05 / RESEARCH

Efficient Inference & Evaluation

Knowing what works, what it costs, and where it fails — before a model reaches production.

  • Inference optimization
  • Evaluation design
  • Reasoning reliability
  • Performance & cost
Conceptual research illustration: AI-Native Software Engineering06 / RESEARCH

AI-Native Software Engineering

Rethinking specification, implementation, and verification with AI inside the engineering loop.

  • Claude & Codex workflows
  • AI-generated testing
  • Architecture & review
  • Custom AI applications

How we work

Curiosity is the starting point. Engineering is how we make it real.

A continuous research-to-engineering cycle — not a one-way consulting pipeline. What we learn in exploration feeds what we build; what we build raises new questions.

  1. 01

    Explore

    Investigate emerging research, technical challenges, and promising approaches.

  2. 02

    Experiment

    Test hypotheses, models, tools, and alternative architectures.

  3. 03

    Engineer

    Build prototypes, applications, agents, and complete systems.

  4. 04↺ back to explore

    Apply

    Turn promising approaches into useful products and real-world solutions.

Inside the lab

Ideas worth investigating.

Our product direction and conceptual research themes. Exploration entries are not claims of completed research or working prototypes.

Everything we're building
Conceptual interconnected processing architecture representing agent orchestration
Product developmentIn Development

Rinse Labs AI Agent Platform

Problem
Teams experimenting with agents lack a single place to build, connect, orchestrate, and govern them.
Approach
A platform for agent creation, workflow orchestration, tool connections, approvals, and execution observability.
  • Agent orchestration
  • Tool APIs
  • Human-in-the-loop
Conceptual compact model lattice held between precision mesh layers
Model experimentsResearch Direction

Small-model specialization study

Problem
When does a small, adapted language model outperform a frontier model on a narrow business task?
Approach
Fine-tuning and quantization compared against prompted baselines on domain evaluation sets.
  • SLMs
  • Fine-tuning
  • Evaluation

Conceptual exploration — not completed research

Conceptual evaluation gates checking an output pathway
Evaluation & optimization toolsResearch Direction

Agent reliability harness

Problem
Agent behaviour regresses silently when prompts, models, or tools change.
Approach
An evaluation runner that replays golden task sets and scores completion, tool-call accuracy, and cost.
  • Eval harness
  • Tracing
  • CI gates

Conceptual exploration — not completed research

Agents & agentic workflows

From isolated prompts to coordinated intelligence.

Models, tools, memory, and human judgment — coordinated around a goal. An illustrative workflow, not a live execution.

ILLUSTRATIVE WORKFLOW — not a live agent
ARCHITECTURE / AGENT ORCHESTRATIONIllustrative system
User requestGoal + context
OrchestratorPlan & coordinate
Research agentRetrieve & reason
Execution agentPlan & use tools
Validation agentCheck evidence

Tools & data

Knowledge
Databases
Scoped APIs
Other agents
EvaluationEvidence & policyHuman oversight
ResultScoped action

Stage 01 / 8

Request

A user or system submits a goal — e.g. “Prepare a renewal summary for account X.” The request is captured with context, permissions, and constraints.

# trace (simulated)
step: request
output: goal + context
status: handoff → Planning▍

AI-native engineering

More than faster code. A better engineering loop.

Claude and Codex support implementation. Engineers own architecture, testing, security, and every release.

Conceptual modular software architecture linked by verification pathways
SYSTEM STUDY / AI-NATIVE ENGINEERING

Engineering loop / illustrative

architecture / define boundaries

Requirements · interfaces · security

implementation / Claude + Codex

AI-assisted code · engineer-led decisions

verification / before release

Tests · review · evaluation · CI gates

Human judgment at every release.

More engineering leverage. Faster iteration. Quality designed into the process.

How we engineer with AI
Concept preview — platform in development

An intelligent layer for the way work gets done.

The Rinse Labs AI Agent Platform is our product direction: one place to create, connect, orchestrate, deploy, and manage AI agents. It is in development and not yet available.

  • +Agent inventory
  • +Workflow orchestration
  • +Tool integrations
  • +Execution history
  • +Monitoring
  • +Human approvals
Register Interest
Concept preview — platform in development
Workflow builder · contract-review
needs revision ↶passRequestevent / incomingPlanneragent / runningResearchdocs + memoryExtracttools / scoped APIEvaluaterules + evidenceApprovalhuman / waitingMODEL · KNOWLEDGE · TOOL CONNECTIONS
Execution history
  • Contract reviewawaiting approval
    run_8f2a · illustrative
  • Support triagecompleted
    run_8f29 · illustrative
  • Weekly reportcompleted
    run_8f27 · illustrative
Approval queue

Update renewal terms in CRM

Requested by QA Validator · 3 sources cited

Monitoring (sample data)

Illustrative values only — no live data.

Work with the lab

Have a hard problem? Let's work on it.

We work with teams facing challenging technical problems — from adapting models and engineering AI agents to building custom AI applications and transforming complex ideas into production systems.

  • Applied AI research & experimentation
  • Model fine-tuning & adaptation
  • AI agent & workflow engineering
  • Custom AI application development
  • AI-native software engineering
  • AI infrastructure & deployment
Bring Us a Problem

Lab notes

Thinking, testing, and building at the edge of AI.

All lab notes

Bring us a problem worth solving.

Whether you're exploring a difficult AI challenge, developing a new intelligent system, or rethinking how software gets built, let's investigate what's possible.