Select file → review draft → confirm
Explorer binds context to a file and scope before confirmed dispatch to existing ID01/ID02 terminals. Assignment controls stay above the scrolling tree.
DEVELOPMENT / KAPX IDE
Explore an AI engineering environment designed around project coordinates, human control and development evidence, with current readiness and next milestones.
C01 · K.PUBLIC.DEVELOPMENT
Explorer runs in KAPX IDE on your computer. An online IDE service is not yet available from this page.
Development services & workspace
KAPX IDE / 0.4.6 /
VERSION and CHANGELOG checked on 2026-10-15; the observed IDE badge also showed 0.4.6. This is not end-to-end verification or a public installer release.
Explorer binds context to a file and scope before confirmed dispatch to existing ID01/ID02 terminals. Assignment controls stay above the scrolling tree.
Work stays separate from ordinary Chat and Human terminals, with per-ID recorded / running / replied / failed history. Stale files, timeouts and incomplete output remain explicit.
Candidate work does not automatically authorize canonical source changes. Requested model/effort labels are not provider attestations. Human acceptance is separate.
Changelog summary only: no model, Tests or Debug executed for this report. Mockups use synthetic data and are not screenshots.
KAPX / DATA STRUCTURE
All content follows one data chain from product records to service status, comparison and evidence, so each surface has a clear source and next check.
Reviewed
Tools, roles, workflow, continuity and trade-offs come from the same Engineering.Products records used by Technology (8 current records).
Version, installer, connector and end-to-end readiness remain explicitly PLANNED or NOT_VERIFIED according to public evidence.
Read all 8 tools by row and 16 dimensions by column from one read-model; it is not a ranking or superiority score.
Evidence status and review date stay separate from product claims, distinguishing source-observed parts from runtime checks still pending.
KAPX / TECHNOLOGY & ARCHITECTURE
Explore the program's architecture, technology and inspectable evidence. Each topic links to its section on the same Technology page.
Source and documentation evidence is not end-to-end verification or a service release. Each section identifies its evidence status.
KAPX-IDE · INTERNAL DEVELOPMENT
Coordinate-Driven AI Engineering Environment
An engineering workspace designed to connect project understanding, AI-assisted changes, human review and development continuity.
Designed for Continuity. Built for Verifiable Engineering.
Addresses repeated project explanation, disconnected tool results and unclear next steps when people or AI sessions change.
AENET contributors and developers evaluating projects maintained across multiple sessions; public onboarding remains planned.
Beyond a file tree, KGRID / DGRID / XGRID / FGRID describe components, ownership, relationships and work boundaries. Registry structures exist in source; complete runtime integration is not yet verified.
People define goals, scope and risk. AI assists through authorized tools; a model response or plan does not itself grant permission to change a system.
Connect source identity, context, verification and next actions so handoffs have a reference point. Structures and test definitions were inspected in source; end-to-end runtime behavior was not tested in this review.
The initial goal is using KAPX to develop AENET Trading and related systems, reuse verification structures and measure repeated work before making performance claims.
Design workflow: define a goal → review project context → develop with configured tools → review changes and tests → record progress for the next session.
Eight tools covering IDEs, local and cloud agents, context and human controls. This overview shares the Technology page's data and compares it with KAPX's currently evidenced components, not performance rankings or claims that other tools lack these capabilities. Vendor documentation reviewed on
| Tool / documentation | Documented focus |
|---|---|
| KAPX IDE ↗ CANDIDATE Product details → | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| VS Code / GitHub Copilot ↗ NOT_VERIFIED Product details → | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Cursor ↗ NOT_VERIFIED Product details → | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Windsurf / Devin Desktop ↗ NOT_VERIFIED Product details → | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Devin Cloud ↗ NOT_VERIFIED Product details → | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Continue ↗ NOT_VERIFIED Product details → | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| OpenHands ↗ NOT_VERIFIED Product details → | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
| Replit ↗ NOT_VERIFIED Product details → | Primary purpose Main workflow Continuity approach Trade-offs / checks Evidence / runtime status |
Explore each component's role and evidence status using the same records as the product technology page.
XGRID, DGRID, KGRID and FGRID organize visual structure, screen layout, navigation and typography. The design gives developers a consistent way to locate and discuss a part of the interface across updates.
Designed to connect independently maintained components into a shared development workflow. Clear responsibilities help people review a change and understand where related work continues.
Includes source-level work on Thai requests and project context, intended to clarify the user's goal before development. Language accuracy and installed workflows still need task-specific validation.
Designed to retain useful project context, reviewed progress and next steps when returning to a project. This supports continuity across sessions; installed end-to-end integration remains NOT_VERIFIED.
Design work connects observations to proposed plans and improvements for human review. Users can assess the intended outcome and supporting evidence before accepting work; autonomous learning is not established.
The local interface review observed Explorer, terminal controls and an AI sidebar in the IDE. The intended workflow brings project navigation and development tools together. Execution depends on configured tools, model providers and permissions.
Designed to make work passed between components understandable and reviewable. KAPX coordinates the workflow while operating systems and external providers retain their own roles. Public connector availability remains PLANNED.
Inspect evidence by LIVE, VERIFIED_COMPONENT, CANDIDATE and PLANNED status →
Have the AENET team use KAPX to scope, edit, test and hand off a product task with reproducible evidence before expanding availability.
KAPX / SOURCE-BASED ILLUSTRATIONS
Vector illustrations use a sample project, informed by the interface and changelog. They are not screenshots, account data or successful execution evidence.
Services are in pilot and scope review. Register interest to begin discussing your project.
Explore all KAPX services →D01 · L01DevelopmentDevelopment services and KAPX IDE workspace
D02 · L02APIRead-only public data interface
D03 · L03ContractsVersioned schemas and response contracts
D04 · L04Early AccessPublic intake and launch readiness
D05 · L05IntegrationFuture integration adapter surface
D06 · L06Use CasesApplied system workflows
D07 · L07TourGuided architecture path
D08 · L08KAPXKAPX design and integration services
Follow recorded snapshots, their predecessors and change reports. A recorded snapshot does not establish deployment.
Loading version history…
AENET Wallet becomes a first-class subsystem of AENET Cloud — a trilingual wallet section (overview, architecture, security, receive, transfer, network fees, hardware signer, machine, Rust+MBROT, ev
Created the public-safe entrance: static site, sanitized snapshots, boundary contract and boundary tests.
Multi-page public surface with clean routes, shared shell, KAP public contracts and an anonymous traffic channel.
Coordinate-driven layout, a central motion grammar with 14 presets, layered field background, responsive mapping and a reduced-motion fallback.
Content-aware adaptive spatial grid, motion orchestration v2, animated public system map, and full English / Thai / Simplified Chinese UI.
Evidence-based knowledge blocks for every public system, a Go search compiler that generates crawlable multilingual static HTML, sitemaps, robots, structured data and an internal search readiness scor
A build-time quality engine (Go) that audits the generated site — AENET DESIGN QUALITY, SEARCH READINESS, CONTENT QUALITY, a recommendation engine and safe auto repair — while never claiming a Goo
LAUNCH ROADMAP
The public gateway opens in phases. Status reflects this repository's verified state — the system is not fully open.