The Agentic Runtime for Modern Software

Build intelligent software—not agent infrastructure. Kyronix is the execution layer that sits between your application and large language models, coordinating planning, tools, context, and state.

agent.ts
1import { Kyronix } from "@kyronix/sdk";
2
3const kyronix = new Kyronix({ apiKey: process.env.KYRONIX_API_KEY });
4
5const response = await kyronix.run({
6 agent: "assistant",
7 input: "Build a matrix comparing top 3 agents runtimes."
8});
9
10console.log(response.output);
HTTP Requests payload interface
RUNTIME CONSOLEID: e_8b248a

Click "Run Simulation" in the code editor to trigger the Kyronix execution runtime.

Architecture

What is the Agentic Layer?

Everything that sits between your application and the language model. Kyronix compiles it into a single serverless runtime so you never build it yourself.

Layer 01

Your Application

Your product, your logic, your users. Send a prompt and a schema definition through the SDK. That is all the surface area you manage.

TS/JS SDKREST API
Layer 02 — The Agentic Layer

Kyronix Runtime

The invisible operating system for your agent. It compiles context, orchestrates tool calls, manages memory, and self-heals errors — all in one serverless execution.

Planning
Context
Memory
Tools
Streaming
State
Layer 03

Language Model

The intelligence engine. Receives optimized, compressed context and returns structured token streams. You choose the provider — Kyronix handles the rest.

GPTClaudeGemini

Runtime Responsibilities

Unlike simple API wrappers, a true agentic runtime must manage the complete lifecycle of model interactions.

Task Understanding & Planning

Generates dynamic execution graphs. Translates high-level user prompts into structured multi-step plans in real time.

PROMPT: Deploy a landing page
PLANNER LOGICAL STATE
step 3/3
1. Resolve Prompt Query✓ Done
2. Compile Context Nodes✓ Done
3. Dispatch Tool (compilerCall)✓ Active

Context Assembly & Memory

Assembles conversational state, vector matches, and short-term variables into optimal prompt windows dynamically.

Click cards to bring context blocks into active memory
user_context.json
{
  "userId": "usr_942",
  "tier": "enterprise",
  "preferred_lang": "TypeScript"
}
vector_embeddings
[
  {"id": "doc_12", "score": 0.94},
  {"id": "doc_84", "score": 0.88}
]
schema_payload
{
  "tool": "webSearch",
  "arguments": {"q": "Next.js 16"}
}
session_state
{
  "threadId": "th_8b2a",
  "stepCount": 4,
  "creditUsage": 0.008
}

Observability & Self-Healing

Hooks execution traces for debugging. Auto-recovers on schema failures or model hallucination errors natively.

TRACE LOGS TRACER
[0.001s] INIT: Thread Session Connected
[0.042s] PULL: Vector Index retrieved 4 matches
[0.128s] SUCCESS: Tool run complete
[0.210s] STREAM: Initiated chunk buffer

Global Serverless Runtime

Safely dispatches tool actions, validates schemas, and scales execution loops globally with zero infra maintenance.

Active Edge Node: AP-South (Mumbai)
RTT latency: 9ms

Available Agents

Kyronix provides specialized agents built on top of the same runtime. Every agent shares the same execution engine while exposing capabilities tailored to specific domains.

Specialized Domain Agent

Assistant Agent

A general-purpose conversational agent capable of answering questions, reasoning through problems, and interacting with tools.

Capabilities

  • AI Chatbots
  • Virtual Assistants
  • Internal Company Assistants
  • General AI Applications
ASSISTANT RUNTIME
User: Book a calendar meeting with Sarah for tomorrow at 2 PM.
System: Calling tool googleCalendarCreateEvent... Success.
Task execution: Successful | Status: IDLE

Future Agents (Roadmap)

Finance AgentLegal AgentMedical AgentMarketing AgentSecurity AgentDevOps AgentHR AgentRecruitment AgentOperations AgentProduct Management AgentAI TutorBusiness Intelligence Agent

Infrastructure Costs Calculator

Compare building and hosting custom agentic logic vs running Kyronix serverless infrastructure.

50,000
5,000250,000500,000

Included with Auth: 100 Credits

Sign in with GitHub and immediately claim your free tier. Test tools execution, memory compilation, and vector storage at zero cost.

Custom Infrastructure

Build It Yourself

Dev & Maintenance:115 hrs/mo
Vector DB Hosting:$120.00/mo
Token Schema Loss:~12% inefficient
Estimated Total cost
$1,450.00/mo
RECOMMENDED
Kyronix Runtime

Serverless Run

Dev & Maintenance:< 1 hr/mo
Vector DB Hosting:Included
Token Optimization:Auto-Compiling
Credits Consumed:100,000
Serverless Billing
$100.00/mo

Kyronix Platform Roadmap

Our timeline for building the universal operating layer for intelligent agentic software.

Q3 2026

Phase 1: The Core Serverless Runtime

Establish the fundamental execution layers to run single-agent processes with zero server maintenance.

Completed

TypeScript & JavaScript SDKs released for client integrations.

Completed

Zod schema compilation engine for automatic tool parsing.

In Progress

Context compiler matching short-term session threads & vector bases.

In Progress

Real-time RTT telemetry logs dashboard for latency audits.

Q4 2026

Phase 2: Multi-Agent Swarms & Automation

Scale single-agent operations into parallel scheduling swarms with native error correction loops.

Planned

Swarm Orchestrator with conditional branching nodes & queue queues.

Planned

Self-healing compile interceptors auto-correcting code on build error.

Planned

Headless Playwright Chromium browser crawlers for stateless scraping.

Planned

Secure credentials vaults storing Stripe, Slack, & HubSpot auth secrets.

Q1 2027

Phase 3: Enterprise Scale & Analytics

Open production capacity with custom fine-tunes, audit trails, and strict enterprise security controls.

Planned

Business intelligence dashboards displaying execution latency trends.

Planned

Private VPC endpoints & custom LLM fine-tuned parameters hosting.

Frequently Asked Questions

Got questions about Kyronix runtime stack? Here are answers to the most common inquiries.

The agentic layer is everything that sits between your core application and the language model—including planning loops, tool selection, error retries, memory vectors, and response streaming. Kyronix compiles and hosts this entire stack so you don't rebuild it from scratch.

When you sign up using GitHub, you are automatically allocated 100 free execution credits. Each runtime step (like a tool execution, model call, or planning loop) consumes a small number of credits depending on the complexity and model used. You can top up your account at any time using Stripe.

Yes. Kyronix is designed to be highly modular. You can define tools using standard JSON Schemas or connect your OpenAPI specifications. The planning engine automatically selects, compiles schemas, and triggers your tools securely.

Absolutely. The Memory Engine provides short-term conversation logs and long-term user memory. When an agent runs, the Context Compiler automatically retrieves relevant historical state and compiles it into the LLM context window without leaking tokens.

Ready to Build Intelligent Software?

Stop building agent state machines, tool loop parsing code, and memory vectors. Let the Kyronix runtime host your execution layer.

Sign In with GitHubIncludes 100 free sandbox execution credits.