LogoMESH
DEPLOY PILOT NODE →
DISTRIBUTED MESNO CENTRAL SERVER

The shop floor
runs itself.

Mesh deploys a MES instance directly onto each edge node. Shop floor data never leaves the plant. Syncs when it wants to. Never waits for a datacenter three states away.

Sub-second cycle tracking. Zero firewall exposure. Two-week migration from any legacy MES.

DEPLOY A PILOT NODE →EDGE ARCHITECTURE WHITEPAPER ↓
< 80ms
Cycle latency
847
Live nodes
99.97%
Edge uptime
2 wks
Migration avg
mesh-node.config.yaml● DEPLOYING
1
mesh-cli deploy --node press-line-0711 lines · yaml

"we need to talk." — OT Eng → CTO

●press-line-07 · 847 nodes synced◆cycle time 74ms avg · last 60s●plant-floor-3 · offline 0 nodes▲OEE 94.2% · shift 3 running●weld-cell-12 · sync: eventual ✓◆ISA-95 compliant · IEC 62443 certified●press-line-07 · 847 nodes synced◆cycle time 74ms avg · last 60s●plant-floor-3 · offline 0 nodes▲OEE 94.2% · shift 3 running●weld-cell-12 · sync: eventual ✓◆ISA-95 compliant · IEC 62443 certified
// DOWNTIME COST CALCULATOR

What is your downtime
actually costing?

Before the pitch — your number. Every feature card after this answers one question: how does Mesh shrink it.

102,000
$1$500
1%30%
ANNUAL DOWNTIME LOSS
$0
discrete · 240 units/hr · $18/unit · 8% downtime
RECOVERABLE WITH MESH (73% AVG)
$0/ year
Lost units / year1,68,192
Downtime hours / year701
Cost per downtime hour$4K

↓ Feature cards below answer how Mesh reduces each line item above

// ARCHITECTURE

Every node is a complete system.

NODE TOPOLOGY MAP

Distributed mesh — no hub required

LIVE
press-line-07
weld-cell-12
assembly-03
qc-station-01
pack-line-09
Active Syncing Mesh link
CYCLE LATENCY BENCHMARK

Sub-80ms. Every time.

Mesh (edge)74ms
Centralized MES380ms
Cloud MES820ms

Tested across 12 discrete plants, 847 nodes, 90-day rolling average. No central server in path.

SYNC CONSISTENCY MODES

Your plant, your trade-off.

sync: eventual● RECOMMENDED

Default. Nodes sync when bandwidth allows. Shop floor never stalls.

sync: strong◆ OPTIONAL

Consensus required before write. For safety-critical operations only.

sync: offline▲ RESILIENT

Full autonomy. Node operates independently, queues sync for reconnect.

EDGE DEPLOYMENT MODEL

No VPN. No firewall rules. No exceptions.

Runs on
Any Linux edge device
Egress
Zero required for operation
Install time
< 15 min per node
Migration
2 weeks avg from any MES
// COMPLIANCE MATRIX

Your OT team
already knows these.

ISA-95Enterprise-control integration model
CERTIFIED
IEC 62443Industrial network & system security
CERTIFIED
OSHA 1910.147Lockout/tagout procedure integration
COMPLIANT
FDA 21 CFR Part 11Electronic records for regulated mfg
COMPLIANT
ISO 9001:2015Quality management system alignment
ALIGNED
NERC CIPCritical infrastructure protection
ALIGNED
// CUSTOMER DEPLOYMENTS

Running in production.
Not in a slide deck.

Tier-1 Auto Supplier

Detroit, MI · Discrete
99.94%
14
Lines
112
Nodes
11 days
Migration

Aerospace Components

Wichita, KS · Discrete
99.99%
6
Lines
48
Nodes
9 days
Migration

Contract Electronics

Austin, TX · Batch
99.91%
22
Lines
176
Nodes
14 days
Migration

Industrial Coatings

Cleveland, OH · Continuous
99.97%
4
Lines
32
Nodes
7 days
Migration
847
Total nodes live
99.96%
Fleet uptime
11 days
Avg migration
// DEPLOY A PILOT NODE

Your first node.
This weekend.

No sales call required to start. Tell us your plant type and line count — we'll pre-configure a pilot deployment package before we talk.

DEPLOY PILOT NODE3 fields. No phone.
1
2
3

What type of plant?

NOT READY TO TALK TO A HUMAN?

Edge Architecture
Whitepaper

42 pages. How distributed consensus works in discrete manufacturing, latency math, ISA-95 compliance mapping, and a migration checklist your integrator can run with.

⬡

Pilot runs alongside your existing MES — zero disruption

⬡

First node live in under 15 minutes on any Linux edge device

⬡

Full rollback. If it doesn't work, nothing changed.