Product Deep-Dive

🖥️ ATMImageOrch
Compose, Version & Roll Back ATM Images

Replace monolithic ghost images with a modular, component-based build system. Compose ATM images from versioned components, validate them in an automated pipeline, and roll back to any prior build with confidence.

✅ Available · Pilot Ready 📦 Component-Based Builds 🧱 Image Composition 🔄 Full Version Control ↩️ One-Click Rollback 💾 Reduced Storage Footprint
COMPONENT-BASED ATM IMAGE BUILD
🖥️
OS Base Layer
Windows 10 IoT v22H2
3.2 GB
🏧
ATM Application
Aptra Edge v7.3.1
1.1 GB
🔌
XFS Device Drivers
CEN/XFS v3.30 pack
420 MB
🔒
Security Module
BOSEC v4.1 ← NEW
85 MB
⚙️
Config & Certs
Region: IN-South
12 MB
Composed build — versioned & signedv2026.06 ✓
Only the changed component is rebuilt and re-versioned — no monolithic re-bake
100%
Builds Versioned & Audited
95%+
Storage Reduction vs Ghost Image
Full
Version Control & Rollback
CI/CD
Style Automated Builds
The Problem

Ghost Images Are
Killing ATM Operations

Traditional ATM image management means 4–6 GB monolithic ghost images, a full rebuild for any change, and no real version history. ATMImageOrch replaces that with a component-based build system.

❌ TRADITIONAL GHOST IMAGE APPROACH
4–6 GB monolithic ghost images — every component bundled into one massive file
Full rebuild for any change — even a 5 MB security fix means re-baking the entire image
No build automation — images hand-assembled, slow to produce and hard to reproduce
No version control — hard to track what a build contains or roll back safely
Manual, error-prone — image management depends on individual engineer knowledge
High storage costs — storing and archiving large monolithic images at scale is expensive
Slow to produce — a new branch or region image takes days to assemble by hand
✅ ATMImageOrch — COMPONENT ARCHITECTURE
Modular components — OS, application, drivers, security, config as separate packages
Rebuild only what changed — re-version a single component instead of the whole image
Reproducible builds — every image is assembled the same way, every time
Full version control — every component and build versioned; safe rollback to any prior version
Automated CI/CD builds — pipelines assemble and test images automatically
95%+ storage reduction — smaller component packages dramatically cut storage cost
Fast image creation — compose a new branch or region image in hours from the component library
KEY METRICS: TRADITIONAL vs ATMImageOrch
Produce a patched image build
Hours (full re-bake)Minutes
Image artifact to store & version
4–6 GB~200 MB
Compose a new branch image
2–3 days2–4 hrs
How It Works

The ATMImageOrch
Build & Release Pipeline

A CI/CD-style pipeline for ATM software — from component library through automated build, testing, approval, versioned release, and rollback.

📦
Component Library
Versioned OS, app, driver, security, config packages
🏗️
Automated Build
CI pipeline composes and validates the component set into an image
🧪
Testing
Automated functional and regression testing on reference ATM
Sign-Off
Change-control approval before a build is released
🏷️
Versioned Release
Signed image version published to the build registry
↩️
Registry & Rollback
Every build tracked and audited; restore any prior version on demand
Real-World Example: Producing a Patched Image Release
How long to build, validate and version a release containing one security fix?
❌ Traditional Ghost Image
Day 1Re-bake the full 4–6 GB ghost image with the fix included
Day 2Re-test the entire monolithic image from scratch
Day 3Manual sign-off; archive the new 4–6 GB image build
Rollback?No clean version history — reverting means rebuilding the old image
~DaysTo a release-ready image build
✅ ATMImageOrch
Hour 1Bump the changed component to a new version (~200 MB component)
Hour 2–3Automated build composes the image and runs regression tests
Hour 4Change-control sign-off; signed version published to the registry
RollbackAny prior version stays in the registry — restorable instantly
~HoursTo a versioned, release-ready build
Platform Capabilities

Everything Your ATM Team
Needs to Manage Software at Scale

📦

Component Library Management

Central repository of versioned components: OS layers, ATM applications, XFS drivers, security modules, regional configurations. Each independently versioned and testable.

🏗️

Automated Build Pipelines

CI/CD-style pipelines compose ATM images from components automatically — triggered by component updates or scheduled builds. Human review before any release.

🧱

Image Composition

Assemble a complete ATM image from any combination of component versions — OS, application, drivers, security, regional config — into a single reproducible, signed build.

🔄

Version Control & Rollback

Every build and component version is recorded in the registry. Restore any prior known-good image version as the active build in minutes — not days.

🔍

Version Registry & Compliance

A single source of truth for every image build and component version — know exactly what each build contains and prove it for security and regulatory audits.

📋

Change Audit Trail

Immutable audit log of every build and release — who approved it, what changed between versions, and when. Essential for security audits and regulatory reviews.

🖥️

Stop Re-Imaging. Start Orchestrating.

Tell us about your current ATM image management process — we'll show you exactly how much time and cost ATMImageOrch can save your team.

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