The design review layer for distributed systems.
Detect architecture gaps, stack mismatches, and blueprint risks before code is written.
The problem
Someone asks what the architecture looks like. You open a blank doc. Three hours later you have something half-baked that nobody is fully happy with. Actual coding gets delayed by a full day.
This is not a skill issue. Translating requirements into a structured, presentable architecture blueprint is genuinely time-consuming, even for engineers who have done it dozens of times. The real problem is that there is no standard format. Every team reinvents the wheel on every project.
Meanwhile your competitor is shipping features you have been planning for two quarters.
Differentiation
Philosophy
Most tools ask you to draw what you already know. Archivolt asks what you're building, then tells you what will break before you write a single line of code.
Methodology
Unlike drawing tools that just render what you describe, Archivolt validates your system to separate what's stable from what will change, so your architecture doesn't become legacy on day one.
How it works
From plain English to governed architecture in about a minute.
Step 01
Type your system in plain English: users, integrations, and what must stay stable.
Step 02
Identifies what will break, what will change, and what needs to stay stable, so your architecture does not become legacy on day one.
Step 03
Receive a system design diagram, interface contracts, build order, and a future-proof score.
Example blueprints
Real architecture outputs for common system types. Each blueprint includes a diagram, volatility axes, and a ready-to-use tech stack.
Multi-vendor SaaS marketplace with payments
graph TD
Client[Web Client]
API[API Gateway]
Auth[Auth Service]
Pay[IPaymentProcessor]
Vendor[IVendorManager]
Order[Order Queue]
DB[(PostgreSQL)]
Cache[Redis Cache]
Client -->|REST| API
API -->|Token Verify| Auth
API -->|Checkout| Pay
API -->|Vendor CRUD| Vendor
Pay -->|Enqueue| Order
Order -->|Persist| DB
API -->|Cache| CacheLow-latency messaging with offline support
graph TD
Client[Web / Mobile Client]
WS[IMessageTransport]
Queue[Message Queue]
DB[(Primary PostgreSQL)]
Replica[(Read Replica)]
Cache[Redis Pub/Sub]
Push[IPushNotifier]
Client -->|WS Connect| WS
WS -->|Publish| Cache
Cache -->|Fan-out| Queue
Queue -->|Write| DB
DB -->|Replicate| Replica
Client -->|History| Replica
Queue -->|Offline| PushVideo hosting and streaming service
graph TD
Upload[Upload Service]
Trans[IMediaTranscoder]
Store[IObjectStorage]
CDN[ICdnProvider]
Client[Video Player]
Analytics[IAnalyticsCollector]
DB[(Metadata DB)]
Upload -->|Raw Video| Trans
Trans -->|HLS Segments| Store
Store -->|Invalidate| CDN
Client -->|Stream| CDN
Client -->|Events| Analytics
Analytics -->|Write| DB
Upload -->|Metadata| DBWatch how Archivolt generates a full architecture blueprint in 60 seconds
What you'll get
Get a complete system diagram generated from your plain English description.
Not after a production incident that costs you three days.
Get actual code contracts you can drop into your project today.
Get a sequenced plan that prevents you from painting yourself into a corner.
Prompts are ready to paste into Cursor, Claude, or Copilot.
So you do not miss the one that would have saved you a month of refactoring.
Audience
Archivolt is built for senior engineers, tech leads, and architects who are responsible for architecture decisions and need to validate them fast, before the team starts building.
Generate your first system blueprint in 60 seconds
Generate a free validated blueprintFree tier available. No signup required. Your first blueprint in 60 seconds.
Plans
Start free. Pay once to ship an MVP, or subscribe when architecture is ongoing work.
One product, no subscription.
$79
$49 once
🔒 Secure payment
Multi-product teams
$49/mo
$29/mo
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Teams & agencies
$79/mo
$49/mo
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