ANGULARJS IS END-OF-LIFEUNPATCHED CVEs KEEP ACCUMULATING · NO FIXES COMINGTHE LEDGER →

AngularJS migration, engineered.

From AngularJS
to Angular

Your application. A supported future.

We migrate your existing app to modern Angular, verify every route in a real browser, and hand over code your team owns.

INSIDE THE MIGRATION

From source code to a supported future.

Follow one application through the pipeline.
The engineering behind the outcome.

One application, from source to handover

01 / 07

Application understanding

We combine onboarding, structural analysis, and AI-assisted dependency resolution.

Explore the engineering behind the journey

Understand

Onboarding establishes how the application builds and runs, its dependencies, and migration scope. AST parsing identifies artifacts and relationships. AI-assisted analysis helps resolve dynamic $injector calls whose targets depend on runtime variables, using application context. Resolved targets are checked against registered artifacts; unresolved cases remain visible for review.

An application inventory and dependency model

Onboarding + AST + AI-assisted dynamic injection resolution

Resolve types

Type information is extracted from source and resolved across connected artifacts. Unknowns remain visible for further resolution.

Typed contracts that guide code generation

Local evidence → cross-file types

Library strategy

Application analysis identifies external libraries and how their APIs are used. Library strategy determines which dependencies to retain, replace, or bridge with adapters. These decisions guide code generation; unsupported mappings remain explicit review items.

Dependency decisions that guide the generated code

Library usage → retain / replace / adapt → generation context

Design & plan

State readers and writers inform typed stores. Dependency waves organize conversion, keeping cyclic groups together. Output strategies include Signals, NgRx SignalStore, and classic NgRx.

Store designs and a dependency-aware conversion plan

State ownership + dependency-ordered migration waves

Convert

AI-assisted, artifact-aware generation uses resolved application context. Compiler feedback guides corrections, with AST-based chunking for supported oversized artifacts.

Angular code checked against the compiler

Generate → compile → correct → check again

Verify

Runtime comparison examines the legacy and migrated application. Differences and unmeasured behavior remain distinct from passed checks; render success alone is not full functional parity.

Verification results with explicit comparison coverage

Passed ≠ different ≠ not measured

Hand over

The engagement delivers standard Angular code, a verification report, and outstanding issues for review, followed by a team walkthrough. Release acceptance and go-live are scoped separately.

An Angular codebase your team can take forward

Code + evidence + remaining work

A simplified view of the process. Analysis and correction can repeat; outputs and timelines depend on the application.

The reference run, verified

Skewbird’s Freespace ERP · 300+ businesses · 7 countries

Routes verified
87/87
Compiling under strict TypeScript
100%
Files migrated
745
Files flagged for review
11/745

Exceptions are part of the handover. Each flag includes the file, the reason, and a suggested owner. Read the full report →

01 · PROCESS

Every file parsed, typed, compiled, and run

  1. AST analysis

    Every file is parsed into a full abstract syntax tree. Module graphs, DI edges, and template bindings are resolved from structure — never regex, never string matching.

  2. Typed state extraction

    $scope trees, watchers, and broadcasts are lifted into an explicit typed model: what state exists, who reads it, who writes it, and where it should live.

  3. Compiler-in-the-loop codegen

    Generated code is fed back through the Angular compiler and strict tsc on every iteration. Nothing ships that does not build. The compiler is the judge, not us.

— VERIFIED IN THE BROWSER

Runtime verification of every route, in a real browser

The migrated app is built, served, and driven route by route through headless Chrome via the Chrome DevTools Protocol. A route passes only if it renders, throws zero console errors, and completes its network calls. “It compiles” is not the bar. “It runs” is. Read the verification report →

  • renders without exceptions
  • zero console errors
  • network calls resolve
  • every route, not a sample
SEE THIS RUN AGAINST YOUR CODEBASEBook a 30-min consultor start a one-module pilot

02 · COST

What this actually costs you today

Scroll the table to compare outcomes →

Comparison of migration paths by timeline, cost, and outcome
PATHTIMELINECOSTWHERE YOU END UP
Hand rewrite, in-house12–24 months$500K+Roadmap frozen; two codebases in flight the whole time
ConsultancyQuarters, T&MOpen-endedKnowledge leaves when they do
Extended-support subscriptionForever$25–75K / yrStill on AngularJS. Zero progress, compounding rent
SoftwareMigrationFactory.aiDaysFixed scopePlain Angular your team owns, with a verification report

PRICING: FIXED PER MODULE · QUOTED AFTER THE AUDIT · YOU SEE THE NUMBER BEFORE ANY CODE MOVES.

03 · HANDOVER

You own the output. All of it.

Work directly with the founder-operator: 14+ years of frontend engineering, from the first audit to your team’s handover.

  • Plain Angular code. Standard CLI workspace, standard dependencies. A new hire who knows Angular is productive on day one.
  • No proprietary runtime. No SDK, no framework of ours in your bundle, no import from our packages. Delete every trace of us and the app still builds.
  • Your migrated app phones nobody home. No telemetry, no license check, no callback in the delivered code. Your relationship with us can end the day the report is delivered.

04 · YOUR QUESTIONS

Security, scope, and the people behind it

Where does my code run during an AngularJS migration?

In an isolated, single-tenant environment provisioned for your engagement and destroyed after delivery. For regulated codebases we run the pipeline inside your VPC; your code never leaves your network.

What does the model see?

The pipeline is AST- and compiler-driven; model assistance operates inside it on scoped fragments, under a zero-retention agreement and a US/EU-only model-provider allowlist. Your code is never used for training. DPA and subprocessor list available before you send anything.

What happens with edge cases like dynamic $injector lookups?

They are flagged, not guessed. Anything the pipeline cannot prove correct lands in the issue registry with the file, the reason, and a suggested owner on your team. On the reference migration that was 11 files out of 745.

How much of my team's time does the migration need?

About two hours up front: repo access and a walkthrough of how you build and run the app. At the end, a review pass over the flagged list — typically half a day for a senior engineer. A training walkthrough of the new codebase for your Angular developers is included at handover.

Is AngularJS still safe to run in production?

AngularJS reached end-of-life in January 2022. Advisories since then — including CVE-2025-4690, CVE-2025-2336, CVE-2025-0716 and CVE-2024-21490 — will never receive patches, and PCI DSS 4.0 treats EOL software as a control failure.

Who actually does the work?

A founder-operator with 14+ years of frontend engineering across frameworks, running a deterministic pipeline. The pipeline does the scale; the human does the judgment. No offshore bench, no juniors touching your code — you talk to the person who runs the line.

LET’S LOOK AT YOUR APP

Thirty minutes. Bring the audit finding, the quote, or the module you dread.

We walk through the pipeline against your actual codebase and a real verification report, and you leave with a scoped plan — whether or not you use us.

A live pipeline walkthrough, your codebase questions, and a scoped plan. No code needed before we agree on secure access.

Fixed scope, quoted after the audit. Prefer email? Get in touch →