On a Sandy Beach: JVM

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A three-data-centre model for Pipi

Mike's Notes

On Monday, I met with DataGrid NZ to discuss the provision of a future data centre for Pipi. Here are my evolving notes. This will no doubt change with experimentation.

Update

See Apple's security model using stateless infrastructure.

Resources

References

Reference

Repository

Home > Ajabbi Research > Library >
Home > Handbook >

Last Updated

25/03/2026

A three-data-centre model for Pipi

By: Mike Peters

On a Sandy Beach: 06/05/2025

Mike is the inventor and architect of Pipi and the founder of Ajabbi.

Perrine Dhalluin, CEO of DataGrid NZ, recently spoke at a meeting in April in Invercargill, New Zealand, about the new Data Centre to be built nearby in Makarewa. I got to meet her.

I had a further remote meeting on Monday, May 5, 2025, with Perrine Dhalluin and Pierre-Emmanuel Goiffon, DataGrid's CTO. The discussion was open and broad-ranging. I can work with these people.

Ongoing discussions and in-person meet-ups are planned.

Data Centre Requirements

The top priorities are

Reliability
Security

Reliability

This will require extensive power, cooling, compute monitoring, and connectivity redundancy. Also, plan for fires, tornadoes, earthquakes, undersea landslides, perimeter incursion, solar flares, etc.

Security

This critical infrastructure needs to meet any country's highest government security requirements. There must never be security or privacy breaches.

Data Centres

Because of its unusual architecture, Pipi needs three separate data centres that work together in a chain.

Rendering > Staging > Cloud

Rendering built enterprise applications
Staging update, localise and deploy enterprise applications
Cloud hosting enterprise applications

Rendering

The rendering farm data centre is like a CNC machine for software; it automatically builds massive SaaS enterprise systems for critical infrastructure to order. The first rendering rack is being constructed and will be operational later this year. Plan for growth over time.

Processes applied include;

Applying versioned industry schema, eg Snowmed, IATF
Ontologies
Laws of physics
Human language translations
Digital twins
Systems that learn by evolutionary algorithms and reproduce
etc

Digital twins of configuration settings and the path taken for each;

Enterprise customer
Industry
World model
Common core
etc

Rittal is the preferred supplier.

Staging

The staging data centre updates, localises and deploys the applications to the customer's cloud hosting environment and sends GitHub, open-source modules, and plug-ins. It needs to be somewhere very secure with excellent connectivity. Plan for growth over time.

Processes include;

Update servers
Additional prerendering
Localisation
Future AI usage
Documentation
etc

DataGrid NZ is the preferred supplier.

Cloud

Cloud hosting of the built enterprise systems for customer use in production.

Initial availability will be;

Apple
AWS
Azure
Digital Ocean
GCP
IBM
Meta
Oracle

With Ortus's help, more cloud hosts, including private clouds, can be added over time.

There is no preferred cloud supplier.

No Moats

The applications will not have moats and can use open API connectors to other systems, enabling the customer to choose. For example;

RDMS

MSSQL
Postgresql
Oracle
etc

MapInfo
ESRI
QGIS
etc.

Maths & Science

Wolfram
MatLab
Kepler
etc.

Platform Requirements

The common platform will be;

VM
Open-source BoxLang
JVM on Open JDK 21+
OS - Ubuntu Linux and Windows

Ortus is the preferred supplier.

Connectivity

This needs to be confirmed, but my understanding is that the Makarewa data centre will be connected via;

"Hawaiki Nui will connect South-East Asia, Australasia, and North America; the 12 fibre pair, 240Tbps cable will connect Singapore, Sydney, and Los Angeles, as well as New Zealand via Invercargill." - DataCentreDynamics.org

Before the data centre is built, two cables will come ashore at Oreti Beach, near Invercargill.

Update 15/03/2026

Datagrid New Zealand has received resource consent for the 78,000 square-metre data centre, which will be built in Makarewa, north of Invercargill. The company was founded by Rémi Galasso and Malcolm Dick in 2021. - RNZ

DataGrid Video

BoxLang 1.00

Mike's Notes

"BoxLang is a modern dynamic JVM language that can be deployed on multiple platforms: all operating systems, web servers, Java application servers, AWS Lambda, ios, Android, Web Assembly, and more.

BoxLang combines many features from different programming languages, including Java, ColdFusion, Python, Ruby, Go, and PHP, to provide developers with a modern, fluent and expressive syntax. BoxLang has been designed to be a highly modular and dynamic language to take advantage of all the modern features of the JVM." - Ortus

BoxLang recently emerged from beta as version 1.0, which looks incredible. Since version 3, Pipi has been built using CFML code. Pipi 9 already uses some Ortus products as part of its stack. I have put complete migration to BoxLang on the roadmap for Pipi 10.

This means other languages can then be used in addition to CFML.

BoxLang is completely open-source on GitHub, and Ortus offers paid support. It requires JDK 21 or later.

Initially, Pipi will use the free open-source community-supported plan for BoxLang.

Once Ajabbi generates enough revenue, it will generously sponsor Ortus on an ongoing basis and purchase paid custom enterprise-level support from Ortus, including the development of extra modules, dedicated platform support, etc.

The team led by Luis Majano at Ortus are superb, and outsourcing makes sense.

Resources

References

Reference

Repository

Home > Ajabbi Research > Library > ColdFusion
Home > pipiWiki >

Last Updated

04/05/2025

Article

By: Ortus

BoxLang: 03/05/2025

BoxLang is a modern dynamic JVM language that can be deployed on multiple platforms: all operating systems, web servers, Java application servers, AWS lambda, iOS, android, web assembly, and more.

Dynamic Language

BoxLang is dynamically typed, meaning you don’t need to declare types if you don’t want to. It can do type inference, auto-casting and promotions between different types. The language adapts itself to its deployed runtime. It can add/remove/modify methods and properties at runtime. Making it highly flexible and adaptable.

Dynamically typed just like CFML, but we go further…
JDK21+ Minimum
JSR-223 compatible
No reflection, we use InvokeDynamic for everything
Type inference, auto-casting, type promotions
Interface and superclass default method promotions
Use all new JDK features and types

Multi-Runtime Development

BoxLang has been designed to run on multiple platforms. This allows you to write adaptive code for any Operating System JVM, a servlet container web server, cloud lambda functions, iOS, Android, or even the browser via our web assembly package. BoxLang® builds upon its language core so it can be deployed on almost any running platform, present or future.

Coming Soon:

Android
IOS
WebAssembly
Microsoft Azure Functions

Established Ecosystem

Even though BoxLang is a new language, it already has an established ecosystem, since every Java and ColdFusion/CFML library works already with BoxLang. This was our priority when designing BoxLang, that it would automatically be able to integrate and run libraries from the Java and ColdFusion/CFML ecosystems. It ships with CommandBox as it's package manager, server manager, task manager and REPL tool. Almost any project in https://central.sonatype.com and https://www.forgebox.io should work with BoxLang.

Java Interoperability

BoxLang is 100% interoperable with Java. You can extend and implement Java objects, use annotations, declare classes, imports, and more. Thanks to InvokeDynamic and our BoxLang DynamicObject core, everything in BoxLang is interoperable with Java.

If you are a Java Developer you will feel right at home, but with tons of more tools, functional programming and less ceremony.

Example Here

import java:ortus.boxlang.runtime.scopes.Key;
import java:java.util.concurrent.ConcurrentHashMap;

myMap = new ConcurrentHashMap();
result = Key.of( "hello" ).getName();

printLn( result );

Low Verbosity Syntax

BOXLANG is a low-verbosity syntax language. It is highly functional, fluent, and human-readable. Our intent with BOXLANG is to make it highly expressive and low ceremony.

Event Driven Language

BoxLang has an event bus internally that can be used to extend the capabilities of the language or even your own applications. You can listen to almost every part of the language, parser and even the runtime or collaborate with your own events.

Interceptors for the language
The best way to scale the language
Listen to the entire language life-cycle
Modules can even collaborate events

Example Here

function onScopeCreation( data f
    // Only listen to server scope
    if( data.scopeName.getName() == "server" ){
        // Add coldfusion struct
        data.scope.put
            Key.coldfusion,
            new ImmutableStruct i
                "InstallKit": ""
                "appserver": "JEE",
                "expiration": "",
                "productlevel" : "Enterprise",
                "productname" : "ColdFusion Server",
                "productversion": "2023,0,06,330617",
                "rootdir": "",
                "updatelevel" : "0"
            }）
        );
    }
}

Enterprise Caching

Powers internal caching, with custom providers, object stores, listeners, and stats. Inspired by CacheBox.

IDE + Tools

We provide not only the core language but also several tools to help developers do their job with ease and power. We provide a Visual Studio Code extension for the language to provide syntax highlighting, code debugging, code insight, code documentation, formatting, LSP integration, and much more. Our + subscribers get even more tools like enhanced debuggers, ColdFusion/CFML transformers, and much more.

BoxLang VSCode package:

Language Debugger
LSP
Executable scripts within the IDE
Converters: AST, CFML -> BoxLang, Bytecode and more
Visual Studio Image

CLI Tools

REPL
Runners
Converters: CFML to BoxLang, BoxLang to Bytecode

Scheduling & Task Framework

BoxLang's Scheduled Tasks Framework provides a centralized and portable way to define and manage scheduled tasks on your servers and applications. Source control your tasking with our scheduling DSL.

Inspired by ColdBox Tasks
Schedulers are portable, fluent and human
Task framework
Write them in Java or BoxLang
Access to any executor in Java
Run schedules as cron jobs, no server needed

Example Here

//* Declare the tasks for this scheduler */

@Override
public void configure() {
    task ("PeriodicalTask" )
	       .call () > System.out.println("++++++>>>>>> Hello from MyModuleTask" ) )
   	    .everySecond)
	       .onFailure( (task, exception) -> System.out.printin("MyModuleTask failed:" + exception.getMessage) ) )
	       .onSuccess( (task, result) -> System.out.printin( "MyModuleTask succeeded:" + result ) );

    task ( "OneOffTask" )
	       .call( ( System.out.printIn("++++++>>>>>> Hello from OneOffTask" ) );

    xtask( "A Disabled Task" )
	       .call( () -> System.out.printin( "Hello from A Disabled Task" ) )
	       .everySecond;
}

Functional Programming

BoxLang goes beyond traditional paradigms. Explore functional concepts like immutability and higher-order functions to write elegant and robust code.

BoxLang fosters code that's easier to maintain and less error-prone thanks to its support for functional programming principles. This translates to a more reliable and cost-effective development process.

Modular Extensibilty

BoxLang has been designed internally to support the concept of BoxLang modules that can enhance every aspect of the language or your applications built with BoxLang. BoxLang is one of the very first languages you can build upon using modules. You can add new built-in functions, templating components, new/modify functions on existing classes, functionality, Runtime Debugger, AOP aspects, or listen to events within the language itself.

Multi Parsers: CFML & BoxLang

BoxLang supports a dual parser and transpiler to execute ColdFusion/CFML code natively (maybe more languages later). This means that you can run all your ColdFusion applications within BoxLang natively. We also provide tooling to automatically transpile your ColdFusion code to BoxLang® as well if you have a + Subscription.

Our way to split with the old and bring in the new
Transpile CFML into BoxLang
BoxLang is a NEW clean slate
Future: Groovy to BoxLang

Professional Open Source

BoxLang is a professional open-source project based on the Apache 2 license. Ortus Solutions supports every aspect of the language, and you can get a BoxLang+ subscription to not only professional support but also extended features and modular capabilities.

BoxLang Community (Free & OS)

Apache

Two Commercial Subscriptions

BoxLang+
BoxLang++
Custom

Serverless Development

BoxLang empowers serverless development. Write code in functions that trigger based on events, and leave server management to the cloud provider. This means faster development cycles, effortless scaling, and cost-effective applications.

Meta-Programming

Metaprogramming in BoxLang is a powerful technique that allows developers to modify the behavior of BoxLang classes and objects at runtime. It involves manipulating the way classes and objects respond to method calls, property access, and more.

Quick Installer

You can also run this script to install BoxLang in your Windows, Mac or *nix.

Bash/ZSH

        /bin/bash -c "$(curl -fsSL
        https://downloads.ortussolutions.com/ortussolutions/boxlang/install-boxlang.sh)"

        /bin/sh -c "$(curl -fsSL
        https://downloads.ortussolutions.com/ortussolutions/boxlang/install-boxlang.sh)"

Windows PowerShell

        iex ((New-Object
        System.Net.WebClient).DownloadString('https://raw.githubusercontent.com/ortus-boxlang/boxlang-quick-installer/main/src/install-boxlang.ps1'))

Downloads

Runtime

BoxLang OS/CLI/JSR223

Tools

VSCode IDE

CommandBox

You can easily start up a server with CommandBox.

server start cfengine=boxlang javaVersion=openjdk21

Pages

A three-data-centre model for Pipi

Mike's Notes

Update

Resources

References

Repository

Last Updated

A three-data-centre model for Pipi

Data Centre Requirements

Reliability

Security

Data Centres

Rendering

Staging

Cloud

No Moats

Platform Requirements

Connectivity

Update 15/03/2026

DataGrid Video

BoxLang 1.00

Mike's Notes

Resources

References

Repository

Last Updated

Article

Dynamic Language

Multi-Runtime Development

Established Ecosystem

Java Interoperability

Low Verbosity Syntax

Event Driven Language

Enterprise Caching

IDE + Tools

Scheduling & Task Framework

Functional Programming

Modular Extensibilty

Multi Parsers: CFML & BoxLang

Professional Open Source

Serverless Development

Meta-Programming

Quick Installer

Downloads

CommandBox