Roclas Technologies

From message to outcome. Automatically.

Every workflow below used to cost someone an hour. Every day.

Email Spreadsheet Web App Logistics App WhatsApp
πŸ“§ Gmail Β· Inbox ops@acmedist.example
deliveries_05_04.xlsx β€” parsing...
#CustomerAddressStatus
001Brown, M.Oak St 47, 3FUploading
002Smith, J.Elm Ave 212Uploading
003Davis, A.Maple Rd 88Uploading
+ 31 more rows...
Extracting delivery data...
Web App β€” Delivery Manager
0
Total
0
Pending
0
Done
001
Brown, M.
Oak St 47, 3F
Pending
002
Smith, J.
Elm Ave 212
Pending
003
Davis, A.
Maple Rd 88
Pending
Loading deliveries...
9:41 AMπŸ”‹ 87%
🚐 Logistics App
Route A β€” 12 stops Β· Est. 14:30
001
Brown, M.
Oak St 47, 3F
βœ…
002
Smith, J.
Elm Ave 212
Delivered βœ“
003
Davis, A.
Maple Rd 88
πŸ’¬ Logistics Team Β· Orchestra
Workflow β€” real time Processing
πŸ“§
Gmail
Inbound email
πŸ”
Email Filter
Rule engine
βœ“ from: trusted sender
βœ“ has: spreadsheet
Sheet Parser
Extract deliveries
πŸ–₯️
Web App
External API Β· load
Other rules
Different path
Logistics App
Status: delivered
🚚
Logistics Agent
Claude Β· supervised
πŸ’¬
WhatsApp Group
Team notification

Waiting for incoming email...

Drag. Connect. Simulate.

Don't know where to start? The AI will help you. Double-click any node to configure it β€” or ask the AI tab to fill it for you. Hit Simulate to see it run. No API credits burned, no real agents firing. Book a call to see a live flow against your actual data.

01
Connect
Drag a channel node

WhatsApp, Telegram, voice, email, webhooks β€” all in the palette on the left. Drag one onto the canvas.

02
Route
Wire it to an agent

Connect Router β†’ Intent AI β†’ your agent. Double-click to configure. No manual rules. No if/else spaghetti.

03
Simulate
Hit β–Ά and watch it run

Agents run in parallel. One crashes β€” it restarts itself. You wake up to results, not pages.

Meets your team where they already are

No new apps. No training. Just the tools your people already use.

WhatsApp
Telegram
Gmail
Voice / Phone
Webhooks
REST APIs
Scheduled Jobs

Looks like n8n.
Built for the scale of WhatsApp.

Zapier, Make, n8n β€” great tools. Built on Python or Node.js. They work until they don't. When an agent crashes at 3 am nobody notices, everything stops, and you wake up to silence.

Orchestra is built on Elixir OTP β€” the same battle-tested runtime that powers WhatsApp (2B users), Discord, and Riot Games. Agents are supervised processes. One crash = one restart in <5ms. The rest keep running. You stay asleep.

Python
Zapier Β· Make Β· IFTTT
Node.js
n8n Β· Activepieces
Elixir OTP
Orchestra
Concurrency Sequential tasks
queue-based, one at a time
Shared process heap
one V8 GC pause stalls every agent
Millions of actors
every agent truly parallel
Throughput ~2k msg/s ~10k msg/s ~1M+ msg/s per node
Agent crash Flow stops.
manual restart required
Process dies.
everything it owned goes down
Restart in <5ms.
all other agents untouched
Deploy update Full restart
active flows interrupted
Restart required
downtime guaranteed
Hot swap β€” zero downtime
running sessions unaffected
State on crash Lost Lost Supervisor restores it
Distribution Cloud-only vendor lock-in Manual (k8s, PM2) Built into the VM
just connect nodes
Async events Polling / webhooks
artificial delays
Callbacks / async-await
still single-threaded
Native message passing
truly async, no blocking
Orchestra vs Zapier

What you'd build to replace Orchestra

To run reliable agent workflows at WhatsApp scale yourself, you'd need this stack β€” and these monthly bills.

Do It Yourself Stack
Cloud infra (compute, queues, Redis) $350/mo
Monitoring + alerting (Grafana, PagerDuty) $150/mo
LLM API keys (Anthropic, OpenAI, Whisper) $380/mo
WhatsApp Business API fees $220/mo
Build time amortised (60h @ $100/h Γ· 12) $500/mo
Ongoing maintenance (10 hrs/mo @ $100/h) $1,000/mo
Total $2,600/mo
β†’
ONE TOOL
Orchestra
βœ“Message queue β€” built in
βœ“Process supervision β€” built in
βœ“Distributed state β€” built in
βœ“Auto-restart on crash β€” built in
βœ“AI self-healing β€” built in
βœ“Zero DevOps overhead
Total $299/mo

LET IT
BREAK.

The system reads its own logs when it fails.
You wake up to a post-mortem, not a page.

Traditional ops: alert fires at 3am β†’ on-call engineer wakes up β†’ reads logs β†’ fixes β†’ goes back to sleep. That costs $4,200 every time.

Orchestra agents crash, read their own error logs, search for the root cause, apply the fix β€” and report to Slack. You wake up to a post-mortem, not a page.

πŸ”΄
Agent crashes at 03:14
OTP supervisor restarts in <5ms
πŸ”
Error log analysed by AI
Root cause identified in 8 seconds
Fix applied automatically
Config patched, service restored
πŸ“²
You get a WhatsApp at 09:00
"Incident resolved. 14 min downtime. RCA attached."
// 03:14:22 β€” Auto-recovery log
❌ [invoice-agent] DBError: connection pool exhausted
βš™οΈ Supervisor: restarting in 3ms...
βœ“ Agent restarted. Checking last 100 error lines.
AI: root cause = DB pool_size=5, peak load=47 conns
AI: fix = increase pool_size to 25, apply now? yes
βœ“ Config updated. No downtime. Pool: 25.
πŸ“² WhatsApp β†’ You: "Resolved. 14min. RCA saved."
// 03:14:36 β€” Total elapsed: 14 seconds
// On-call pages sent: 0
// Engineers woken: 0

Ready to run your business
on autopilot?

We set it up. You keep the results.

Book a demo