Platform roadmap

Verj.io

Roadmap and platform evolution

 

The next phase of Verj.io

Strengthening architecture, expanding capability, simplifying the Cloud.

Verj.io is entering its next phase of evolution. The focus is architectural clarity, composability and operational simplicity, ensuring that the platform remains robust, flexible, and future-ready.

Architectural clarity

Modern applications demand clean structure and long-term maintainability. The latest enhancements introduce clearer separation of concerns and stronger internal boundaries, making complex applications easier to understand, extend, and operate. These changes improve scalability without increasing platform complexity.
Q1 2026 — Application Layouts (V5.14)

Application Layouts are a new first-class entity within Verj.io. An Application Layout (AL) is a container that defines the shared structural framework of an application across all its forms. An AL can define:

  • Header regions
  • Footer regions
  • Side panels
  • Navigation structures
  • Shared UI components

Each Verj.io Form is hosted within an AL. Changes made to the AL are automatically inherited by all forms that use it. This enables:

  • Consistent structure across large applications
  • Centralised control of shared UI elements
  • Cleaner separation between layout and form-specific logic
  • Reduced duplication

ALs can also be switched dynamically. For example, an application may toggle between dark and light themes simply by switching the active layout.

This creates a clear architectural boundary:

  • Forms define application logic and interaction
  • Application Layouts define structure and shared behaviour

The result is stronger modularity, simpler maintenance, and controlled visual and behavioural consistency across the application estate.

Q2 2026 — Global State (V5.15)

Verj.io currently maintains application state at the individual form level. Shared state across forms is supported, but is handled programmatically using servlet context objects. This works, but relies on custom code and careful lifecycle management.

Global State is a new application-level entity that formalises shared state within a user session, and acts as a persistent container for:

  • Fields
  • Tables
  • Resources and Resource mappings
  • Data connectors
  • Initialisation logic, executed once per session

Updates to elements in Global State are immediately available to all forms, integration services and workflows within the same session.

This shifts shared context from:

  • Code-managed objects inserted dynamically into servlet context

to:

  • Declaratively defined, session-scoped application state

The impact is structural:

  • Less custom state-management code
  • Reduced lifecycle errors
  • Clearer application behaviour
  • Stronger separation between business logic and state infrastructure
  • Improved maintainability of enterprise applications

Global State is available to forms, integration services and workflows, and makes shared application context explicit, controlled, and predictable.

Q1 2027 — Cloud V2

Cloud V2 introduces a silo architecture that deliberately isolates each customer within its own dedicated cloud environment. This strengthens resilience, increases independence, and provides greater flexibility and scalability as requirements evolve. The design leverages core AWS capabilities to simplify operations and improve long-term supportability.

All existing Service Plans will be transitioned in a phased manner, with no loss of service.

Q2 2027 Onwards — AI-Enabled Development

Verj.io’s role in the AI era is to help developers use generative AI to build auditable, governed, production-quality applications.

From Q2 2027 onwards, we will introduce a suite of generative AI and LLM-based capabilities designed to accelerate the development of Verj.io applications using natural language. These facilities will assist with workflow construction, integration definition and application scaffolding, while operating within Verj.io’s event-driven architecture and execution model.

Low-code is not diminished by AI. On the contrary, AI-driven code generation strengthens its core value proposition: faster delivery, clearer structure, and controlled execution within an enterprise framework.

AI within Verj.io will be integrated as an accelerator of structured, governed development rather than an uncontrolled generation layer.

See the full list of capabilities on the features page.
 
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