Kernel Capabilities

Every critical runtime surface for enterprise agent systems.

Agentkernet is built for teams that need more than prompting. It provides the execution primitives and control surfaces required to run multi-step, multi-model, enterprise AI applications safely and predictably.

Service Domains

The kernel services that hold advanced agent workflows together.

Each service can be extended, constrained, or integrated into the way your organization already governs software and data systems.

Planner and decomposition engine

Convert high-level objectives into task graphs with dependencies, checkpoint logic, fallback paths, and verifiable outputs.

  • Deterministic or model-generated planning modes.
  • Explicit task ownership and handoff rules.
  • Support for review stages and partial completion.

Model routing and orchestration

Distribute work across planning, execution, verification, and fallback models according to the rules you define.

  • Route by task class, risk level, or response target.
  • Use proprietary, open, or internal models together.
  • Swap providers without restructuring the application.

Scheduler and runtime queueing

Control when tasks run, what can run in parallel, how retries behave, and how long-running sessions are resumed.

  • Priorities, deadlines, retries, and idempotency.
  • Parallel execution with policy-aware limits.
  • Pause, resume, and escalation support.

Memory lifecycle management

Define how short-term context, durable memory, retrieval state, and evidence stores are shaped over time.

  • Separate session memory from durable knowledge.
  • Control retention, expiration, and summarization.
  • Link memory writes to audit and approval outcomes.

Tool gateway and action execution

Expose business systems as validated tools with typed inputs, constrained outputs, and well-defined permissions.

  • Internal APIs, data platforms, and SaaS connectors.
  • Approval checks before sensitive operations.
  • Structured tool traces for every action.

Governance, telemetry, and review

Track what happened, why it happened, and whether it complied with the policies defined for your environment and use case.

  • Execution history across models, tools, and memory.
  • Risk checkpoints and human escalation rules.
  • Observability for operators and auditors.
Configuration Surface

Customize the kernel without hardcoding orchestration into each app.

Teams can adapt model roles, queueing rules, memory policies, tool permissions, and approval workflows to each domain while keeping one shared runtime foundation.

  • Map models to planner, worker, verifier, or fallback roles.
  • Declare tool permissions for business-critical actions.
  • Define retention and recall behavior for every memory lane.
  • Configure trace, audit, and escalation requirements.
Illustrative Kernel Policy
kernel:
  objective_mode: decompose
  scheduler:
    max_parallel_tasks: 8
    retry_policy: bounded-exponential
    human_approval_for: [write_customer_data, submit_financial_action]
  models:
    planner: enterprise-planner
    executor: frontier-general
    verifier: domain-checker
  memory:
    session_store: redis
    durable_store: pgvector
    retention_policy: policy-controlled
  tools:
    allow: [crm.lookup, ticket.update, warehouse.query]
    block: [erp.payment.release]
  observability:
    trace_model_calls: true
    trace_tool_io: true
    export_sink: enterprise-observability
Operational Design

Capabilities that help platform teams stay in control.

Agentkernet is designed to give technical leaders leverage over how agents behave across different environments, teams, and risk profiles.

01

Shared runtime standards

One kernel layer lets multiple product teams align on execution contracts, safety gates, telemetry, and tool access without blocking domain flexibility.

02

Enterprise deployment fit

Use private, hybrid, or controlled hosted deployments based on the data sensitivity and operational posture required by the business.

03

Policy by environment

Define different rules for sandbox, staging, and production so high-risk tools and writes are never governed by convention alone.

Why Enterprises Choose It

Built for organizations assembling serious AI applications.

The product is aimed at mid-sized and large enterprises that need durable AI infrastructure, not isolated prototypes.

Reduce orchestration sprawl

Stop rebuilding planning, queueing, retries, memory, and tool adapters across every AI workflow.

Improve execution reliability

Use retries, checkpoints, verifiers, memory policies, and fallback models to keep long-running agent behavior stable.

Govern agent actions

Apply policy and approval requirements across tools, writes, escalations, and memory updates in a consistent way.

Give platform teams observability

Make it possible to debug, tune, and explain agent behavior with first-class runtime traces and execution telemetry.

Discuss Your Use Case

Want to map these capabilities to your enterprise AI architecture?

Agentkernet is intended for organizations building complex AI applications with multiple models, multiple tools, and strict operational requirements.