δημιουργός

DEMIOURGOS

Build and maintain production.

Operate the full product loop

Tired of prompting
Your last change broke checkout. Fix it now.

We built a deterministic review loop instead.

Demiourgos maps how your codebase actually works together. When something changes, it can trace which routes, services, utilities, and product flows are connected to that change instead of treating the task like an isolated file edit.

That means the AI is not just writing code and hoping it works. It can see what a change is likely to affect, what could break next, and whether the result still matches the product behavior you actually wanted.

We surface only what is impacted, allowing you to review the exact logical move, not just a raw file diff.

Logical Impact Verification
Intent Preserved

Business Intent

“Update razorpay client to handle asynchronous webhook refunds safely without dropping active sessions.”

Impact Validation

billing/razorpay.ts

Logic Modified

Implemented async webhook handler for refunds.

payments/checkout.ts

Downstream Risk

Checkout session validation previously dropped async state.

api/webhooks.ts

Auto-Resolved

Signature validation dynamically bridged to preserve checkout session state.

Full loop
Feedback
/Plan
/Build
/Test
/Review
/Ship

Documentation

Let us document
your system with graph-native memory.

Docs-first by default

Product specs, runbooks, decisions, and architecture notes are ingested as structured project context.

Ingest docs into your project graph.
Query by intent, file, and workflow.
Keep context live as docs evolve.
Flow
1. Connect your project keys.
2. Sync markdown and text docs.
3. Use the graph to steer build and review loops.

Skills

Install a skill. The model knows the domain.

Graph-native installrazorpay skill
RazorpaySKILLδCheckoutRefundsWebhooksSubscriptions

Razorpay becomes a live node in the graph. The model reads from it on every task — no manual context pasting.

payments/razorpay.tsskill active
1import Razorpay from "razorpay";
2
3const razorpay = new Razorpay({
4 key_id: env.RAZORPAY_KEY_ID,
5 key_secret: env.RAZORPAY_KEY_SECRET,
6});
7
8export async function createOrder(input: CheckoutInput) {
9 return razorpay.orders.create({
10 amount: input.amount * 100,
11 currency: "INR",
12 },
13);

No prompt stuffing

Structure loads before generation. No manual context pasting.

Integration accuracy

The model knows working patterns, shapes, and expected flows.

Evolves with approvals

Your decisions shape how the skill behaves on every task.

Self Product Evolution

User Feedback becomes verified upgrades.

User reports incoming

Humans manually flag production friction. The system ingests the raw context directly.

Structured Memory

One graph. Every connection visible.

A multi-layered, traversable ontology where business intent, human reasoning, and raw code all live in one interconnected graph. Hover any node to trace its connections.

BUSINESS
CAPABILITY
REASONING
STRUCTURAL
Secure AuthUser PrivacyData ComplianceOTP ServiceOAuth2 FlowEncryption APISession MgmtADR-001: RedisADR-002: JWTADR-003: Rate LimitADR-004: Sessionsverify_otp()auth_routes.pytokens.tsrate_limiter.pysession_store.py
Layer 1: BusinessRequirement traceability to business intent and epics.
Layer 2: CapabilityRollout coupling and feature-to-code mapping.
Layer 3: ReasoningArchitectural decisions and trade-offs.
Layer 4: StructuralThe physical AST, routes, and model schemas.

Optimistic possibilities

An infinite loop of context accumulation.

The Demiourgos graph doesn't just understand your code — it can understand your entire engineering operation. The more it connects, the more deterministic it becomes.

δ
Slack

Slack

future

User complaints, incident alerts, and team discussions flow directly into the graph as contextual signals.

Jira

Jira

future

Open tickets, sprint priorities, and bug reports are mapped against your codebase's logical impact graph.

GitHub

GitHub

future

Every PR, commit, and review comment enriches the graph's understanding of code evolution patterns.

Notion

Notion

future

Product specs, architectural decisions, and roadmaps ground the graph in documented business intent.

Linear

Linear

future

Engineering cycles, feature requests, and velocity data inform the graph about product momentum.

Execution Loop

The loop that makes autonomy shippable.

TASKDRAFTVERDICTδWorkerJudge
DemiourgosInitiate

Receives the task, gathers context from the Alloy Net, and dispatches to the Worker.

WorkerExecute

The Brain + Hands execute: generate code, run tools, produce a draft output.

JudgeValidate

Evaluates output against policy, tests, and graph constraints. Decides pass or retry.

Pass → Ship
Fail → Re-prompt
Budget Hit → Escalate

Why Demiourgos

Why this changes software delivery.

Demiourgos is more than an assistant. It is a platform layer that makes LLM-driven software execution more structured, more reusable, and far easier to govern.

Structured memory

Graph-native context

Demiourgos keeps code, product context, skills, reports, and decisions connected in one system instead of depending on raw prompt stuffing.

Skills

Reusable capability

Integrations become reusable graph nodes that can be activated, updated, and governed instead of rediscovered on every task.

Human gate

Controlled autonomy

The platform can move fast, but approvals, escalations, and shipping decisions stay visible and intentionally human-verifiable.

MCP native

Extensible execution

Demiourgos can cooperate with MCP servers and external tool surfaces to manage knowledge, integrations, and workflows beyond the repo.

Execution proof

Operational confidence

Testing, review context, API chains, and release evidence are part of the product story, not an afterthought bolted on later.

Shipping system

From request to release

Demiourgos can listen to feedback, plan changes, coordinate implementation, validate outcomes, and prepare shipping with less manual orchestration.

Platform Architecture

One execution platform. Three live systems. One human gate.

Demiourgos keeps reasoning, execution, and memory in one operating loop so the system can move with more autonomy without losing precision or human control.

δDEMIOURGOSBrainREASONINGHandsEXECUTIONMemoryCONTEXT
δ

Demiourgos

Orchestrator

The delta core decides when models should reason, when tools should act, what memory to load, and when a human should verify the move.

01Orchestration: Directs how reasoning, execution, and memory cooperate on each task.
02Skill Routing: Loads the right skill and context layer before the model starts working.
03Verification: Runs the worker-judge loop until the output is good enough to hand to a person.
04Human Gate: Keeps approval, escalation, and release decisions under explicit human control.
AI execution platform