Pre-release · Pilot cohort open

The AI-native tech stack, designed & engineered as one.

Karrik is a full-stack, AI-native platform - from the business application all the way down to the execution substrate. Every layer is designed to work seamlessly together and support each other.

The AI-Native Business Platform for the 21st Century.

The stack

Six layers.
One coherent system.

Most AI products bolt intelligence onto a stack that wasn’t built for it. Karrik is designed the other way round - the substrate knows about the model, the model knows about the data, the agent knows about its beliefs, and the app knows about the agent.

  1. 06

    Business applications

    Apps

    The applications and tools people actually use day to day - chat assistants, dashboards, and workflows built into the systems your teams and customers already work in, like your CRM, inbox, or support desk. Applications range from improving the efficiency and effectiveness of the day to day operational disciplines to managing and delivering product and services unique to a business - 'why customer buy you'. All customers see their challenges as unique - so all business applications need to focus on co-ordinating and delivering a tailored, personalised service or product.

  2. 05

    Agentic & Symbolic AI runtime

    Agents

    This is the core of the platform, organising and scheduling fleets of agent teams to perform the work required by various human and systematic interactions. Controlling the workloads and workflows, aligning to budgeted costs, and performing various oversight checks.

  3. 04

    Agentic beliefs store

    Beliefs

    A dedicated store for what agents know, believe and remember. Keeps semantic state, learned context and reasoning explicit, versioned and queryable.

  4. 03

    Language model routing, execution & hosting

    Models

    Sovereign, foundational and bespoke models locally hosted and managed within the platform - plus the option to connect your own LLM accounts for commercial hosted models.

  5. 02

    Unified memory layer

    Data

    A multi-model data layer and data store fusing vector, graph, event, temporal, unstructured, and transactional information - governed, observable and shaped for AI workloads.

  6. 01

    The execution substrate

    Substrate

    The low-level OS substrate (CPU & GPU) the rest of the stack sits on - the models, compute, and I/O treated as first-class primitives with AI governance by default.

Governance

AI governance and compliance, built in from the start.

Compliance isn’t a checkpoint at the end of a deployment. Karrik is designed so that policy, auditability and human oversight are woven through every layer - from the substrate to the agent runtime to the application.

Policy by design

Access, data handling and agent behaviour are governed by policy models that live with the data, not outside it.

Observable and auditable

Every action, belief and decision is traceable - giving teams the evidence they need for regulators, auditors and their own assurance.

Human-in-the-loop

Escalation, review and approval are first-class concepts, not afterthoughts. AI does not operate without the right boundaries.

Sovereign control

Choose where models and data live. Connect your own LLM accounts and keep sensitive workloads inside your chosen boundary.

Pilots

Building with a handful of partners.

We’re working closely with a small number of pilot clients to shape the first production release. Every pilot gets direct access to the team, weekly builds, and a real voice in what Karrik becomes.

4
Active pilots
Q3 2026
Next cohort
1:1
Team access
How the pilot programme works →

Principles

What we mean by AI-native.

One system, not six vendors.

Every layer is built by us, for the layer above. No integration tax, no impedance mismatch between the app and the agent.

Agents as citizens.

Agents aren’t a bolt-on. They’re first-class users of the platform with their own identity, memory and governance.

Beliefs and data, separated.

Agentic beliefs and application data are distinct products. Each is optimised for its own workload, while remaining unified under one policy model.