XENOmat - Distributed Systems Reinvented

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Pre-built executables contain NO malware or viruses.Executables from this site are provided "as is", without warranty of any kind, express or implied, including but not limited to the warranties of merchantability, fitness for a particular purpose and noninfringement.In no event shall the publisher be liable for any claim, damages or other liability, whether in an action of contract, tort or otherwise, arising from, out of or in connection with the software or the use or other dealings in the software.

A revolutionary technology that empowers you to design, develop and manage distributed systems effortlessly.XENOmat is designed to enhance connectivity, scalability, and performance, ensuring your business thrives in a digital landscape.Join us in revolutionising the way systems operate and connect with your audience seamlessly.

Distributed Systems Reinvented

Empowering connections, one system at a time.

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<h3>End User License Agreement for pre-built executable XENOmat binary</h3>This End User License Agreement (EULA) is a legal agreement between you (either an individual or a legal entity) and Peter Hübel, the Author of the Software product identified above, which includes computer software and may include associated media and “online” or electronic documentation (“SOFTWARE PRODUCT”). By installing, copying, or otherwise using the SOFTWARE PRODUCT, you agree to be bounded by the terms of this EULA. If you do not agree to the terms of this EULA, do not install or use the SOFTWARE PRODUCT. <h4>Software Product License </h4>1. GRANT OF LICENSE.This EULA grants you the following rights: Installation and Use.FREE SOFTWARE PRODUCT - Is for Personal use only. You may install and use an unlimited number of copies.PAID SOFTWARE PRODUCT - Is for Personal and Commercial use. It can only be installed and used on the basis of one license per unique device [a desktop, notebook, netbook, smartphone, tablet or similar computer owned by and in the control of the Licensee].Reproduction and Distribution.The Netropy Project prohibits distribution by the third parties for both FREE and PAID software products. Unless the right to commercially distribute is expressly acquired and permitted by the Netropy Project. In this case the number of distributions is defined by the commercial terms between the Netropy Project and the Licensee. Distribution is considered to be an installation on more than ONE unique device [a desktop, notebook, netbook, smartphone, tablet or similar computer owned by and in the control of the Licensee].2. DESCRIPTION OF OTHER RIGHTS AND LIMITATIONS.Limitations on Reverse Engineering, Decompilation, Disassembly and change (add,delete or modify) of the resources in the compiled assembly. You may not reverse engineer, decompile, or disassemble the SOFTWARE PRODUCT, except and only to the extent that such activity is expressly permitted by applicable law notwithstanding this limitation.Update and Maintenance.Upgrades for the FREE version of SOFTWARE PRODUCT are FREE of charge. PAID version of the SOFTWARE PRODUCT is eligible for the software updates during one calendar year after the purchase date or until the subscription is terminated. Cesanta Software Limited reserves the right to conduct version distribution tracking for the SOFTWARE PRODUCT.Separation of Components.The SOFTWARE PRODUCT is licensed as a single product. Its component parts may not be separated for use on more than one computer.Software Transfer.You may not permanently transfer any of your rights under this EULA.Termination.Without prejudice to any other rights, the Author of this Software may terminate this EULA if you fail to comply with the terms and conditions of this EULA. In such event, you must destroy all copies of the SOFTWARE PRODUCT and all of its component parts. 3. COPYRIGHTAll title and copyrights in and to the SOFTWARE PRODUCT (including but not limited to any images, photographs, clipart, libraries, and examples incorporated into the SOFTWARE PRODUCT), the accompanying online materials, and any copies of the SOFTWARE PRODUCT are owned by the Author of this Software. The SOFTWARE PRODUCT is protected by copyright laws and international treaty provisions. Therefore, you must treat the SOFTWARE PRODUCT like any other copyrighted material.Limited Warranty.NO WARRANTIES. The Author of this Software expressly disclaims any warranty for the SOFTWARE PRODUCT. The SOFTWARE PRODUCT and any related documentation is provided “as is” without warranty of any kind, either express or implied, including, without limitation, the implied warranties or merchantability, fitness for a particular purpose, or noninfringement. The entire risk arising out of use or performance of the SOFTWARE PRODUCT remains with you.No Liability For Damages.In no event shall the Author of this Software be liable for any special, consequential, incidental or indirect damages whatsoever (including, without limitation, damages for loss of business profits, business interruption, loss of business information, or any other pecuniary loss) arising out of the use of or inability to use this product, even if the Author of this Software is aware of the possibility of such damages and known defects.

XENOmat EULA

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XENOmat is not just a framework — it’s a declarative, reactive platform designed to process structured data in a space-oriented model. The emphasis is on:<ul><li>Declarative configuration over imperative code</li><li>Location-based logic over linear control flow</li><li>Structured information as the primary abstraction</li></ul>It avoids traditional programming constructs like classes, functions, or mutable state, replacing them with services, resources, and scopes.

Core Philosophy

<h4>XENOmat: Declarative Computing for Structured Information</h4>AbstractXENOmat is a declarative, reactive computing platform built on the netropy virtual machine. Designed from the ground up for real-time, structured information processing, it challenges the prevailing norms of imperative programming and object-oriented architectures. XENOmat reimagines computation as a dynamic, evolving structure of information spaces — not as code, but as configuration. This white paper outlines the philosophical foundation of XENOmat, its architectural model, and its applicability to modern computing challenges such as IoT, edge computing, and information orchestration.1. Motivation: From Code to ConfigurationIn the age of microservices, REST APIs, and distributed systems, the classical software model—imperative code manipulating a mutable state—reveals its limitations. Most software is concerned not with abstract computation but with transforming structured data: JSON, XML, SQL, HTML, telemetry, metrics, and logs.XENOmat embraces a core principle:Information is primary. Code is secondary.Rather than write code to transform information, XENOmat developers declare relationships between information structures using a small set of composable services. The result is a blueprint — not a program — which the netropy VM interprets in real time.2. Philosophy: Declarative Space over Imperative TimeTraditional programs are linear: they execute over time, following sequences of instructions. XENOmat flips this paradigm:<ul><li>Declarative: The developer specifies what should exist, not how it should be computed.</li><li>Reactive: Any change to the information space propagates automatically through the system.</li><li>Spatial: Logic is organised in spaces — hierarchical scopes where information resides and reacts to context.</li></ul>This reorientation from temporal control flow to spatial information flow allows XENOmat applications to remain simple, resilient, and low-overhead, even in complex, event-rich environments.3. Architecture: The Netropy Virtual MachineAt the core of XENOmat is netropy, a custom-built virtual machine for structured information processing. Unlike traditional VMs like the JVM, V8, or CLR, netropy is not object-oriented or stack-based. It is:<ul><li>Service-oriented: Every computation is a service that locates, retrieves, transforms or reacts to structured data.</li><li>Stateless-by-default: Services operate on bindings, not in a mutable global state.</li><li>Stream-compiled: Blueprints are parsed into reactive graphs without code generation or bytecode.</li></ul>This approach minimises resource consumption, enabling real-time execution even on constrained devices such as embedded controllers.4. Development Model: Blueprints, Not ProgramsA XENOmat application is a single XML document — a blueprint — that describes the system. For example:&lt;xeno:space&gt;  &lt;status&gt;   &lt;xeno:copy&gt;Easy!&lt;/xeno:copy&gt;  &lt;/status&gt;  &lt;xeno:http port="8901"/&gt; &lt;/xeno:space&gt;This defines a minimal REST endpoint. More complex services like SQL queries, control systems, or API orchestrations are composed the same way — with nesting and binding, not loops and conditionals.The system supports:<ul><li>Live reloading</li><li>Introspection</li><li>Deterministic structure</li><li>No deployment steps beyond file loading</li></ul>5. Applications and Use CasesXENOmat has been deployed in:<ul><li>Industrial Automation: Real-time control for oilfield rod pumps</li><li>IoT &amp; Edge Devices: Embedded telemetry routing and actuation</li><li>Prototyping: Fast mocking and API simulation during frontend development</li><li>System Integration: Protocol translation and event orchestration</li></ul>Its declarative model reduces development time and improves clarity — especially in distributed, event-driven systems.6. Conclusion: Toward a Post-Code FutureXENOmat is not just a platform — it's a philosophical shift. In an increasingly reactive world, we must reconsider what computation is: not a sequence of commands, but a space of truths, constantly updated by events and structured by declarations.Where imperative platforms offer power through complexity, XENOmat offers clarity through constraint.If Unix gave us "everything is a file", XENOmat says: Everything is a structure.

Why Choose XENOmat for Your Distributed Systems Needs?

AbstractXENOmat introduces a radical new paradigm for software systems by shifting the foundation of computation from control to structure, from time to space. Rather than seeing software as a machine that acts, XENOmat invites us to see it as an environment that relates. Built upon the netropy virtual machine, it enables declarative, reactive, and deterministic systems by embodying insights from systems theory, music, and cognitive science.1. Introduction: From Code to ConfigurationTraditional programming models emphasize action: functions, procedures, imperative logic. These metaphors reflect the industrial age — software as a factory of steps. But as systems grow in complexity, such metaphors break down.XENOmat offers a new metaphor: software as space. In this model, values are not pushed and pulled through time, but positioned and observed in a persistent spatial structure. Instead of writing instructions, developers shape environments.This model naturally aligns with the realities of modern systems — distributed, reactive, and concurrent. Rather than controlling behaviour, we declare relationships and let the system flow.2. The Philosophy of Structure2.1 Gregory Bateson: Patterns That ConnectBateson taught us that information is not a thing but a difference that makes a difference. He viewed the world as a set of interdependent patterns, where meaning arises from relationship, not quantity.XENOmat echoes this philosophy into the vastness of cyberspace. A value in a XENOmat space has meaning only by its bindings — its place within a web of references. The system responds not to commands but to changes in form.2.2 George Lakoff: From Metaphor to MechanismLakoff revealed that our deepest reasoning — even mathematical and logical — is shaped by embodied metaphors. We understand causality through movement, state through location.XENOmat literalizes this:<ul><li>A space is a literal container.</li><li>A binding is a literal path.</li><li>Propagation is the literal movement of change across structure.</li></ul>By grounding computation in spatial metaphor, XENOmat makes complex logic more intuitive, inspectable, and composable.2.3 Johann Sebastian Bach: Structure as ExpressionBach composed not with melody alone, but with architecture — recursive, relational, polyphonic form. His fugues demonstrate that complexity and beauty can arise from rules applied consistently across space.XENOmat blueprints resemble this compositional style:<ul><li>Services relate to one another like motifs.</li><li>Structure enables harmony.</li><li>Meaning emerges from form, not flow.</li></ul>Douglas R. Hofstadter also has weaved beautiful patterns over those themes in his GEB. One of our favourite books.2.4 Konrad Zuse: Computing SpaceIn his 1969 work Rechnender Raum (Calculating Space), Konrad Zuse proposed that the universe itself behaves like a computational system — specifically, a deterministic cellular automaton. In this vision, space is not a passive container but an active medium of computation.Each point in space locally transforms based on rules and neighboring values. The entire cosmos "runs" as a giant, regular, rule-driven engine — not unlike a digital machine distributed across the fabric of existence.This view directly informs XENOmat's architecture:<ul><li>A XENOmat space is an active computational region.</li><li>Local changes propagate via bindings, much like the update rules in a cellular automaton.</li><li>Determinism, locality, and structure form the basis of computation.</li></ul>Like Zuse, XENOmat rejects the separation between machine and model. Instead, the environment is the computation.3. Spacial Computing in PracticeIn XENOmat, computation is not an event — it is a topology. Logic is defined not by sequence, but by structure.3.1 SpacesA &lt;xeno:space&gt; defines a persistent scope — an environment of computation. Like a room in architecture, it contains structure, visibility, and semantics.3.2 BindingsValues propagate via bindings — spatial references from one path to another. These are deterministic, reactive, and side-effect-free.3.3 Reactivity Without EventsWhen one value changes, any service bound to it updates. There are no listeners, queues, or events — only relational causality.3.4 Dynamic StructuresSpaces can evolve — scan, fork, replicate — reflecting the fluidity of real systems.4. The netropy Virtual MachineThe netropy virtual machine, on which XENOmat is built, is not a von Neumann machine, but a space evaluator. It maintains a graph of bindings, resolves changes efficiently, and provides:<ul><li>Deterministic evaluation</li><li>Traceable propagation</li><li>Introspectable state</li></ul>It speaks in blueprints: Declarative documents that define relationships, not instructions.5. Blueprints: Declarative, Reactive, DeterministicA blueprint is not code. It is form. Each node declares its type, its structure, and its relations. The result is:<ul><li>Fully introspectable</li><li>Naturally testable</li><li>Live-editable (but only if you want so)</li></ul>Example:&lt;time&gt; &lt;xeno:clock&gt; &lt;style src="..." /&gt; &lt;/xeno:clock&gt; &lt;/time&gt; &lt;display&gt; &lt;a href="/time" /&gt; &lt;/display&gt;Change the clock, and the display updates — not because we instructed it to, but because it is structurally bound.6. Use Cases<ul><li>IoT Systems: Each device can be seen as a navigable subspace</li><li>Multi-Tenant APIs: Personalised context by path, and the possibility to rent out space based on an exact cost of computation</li><li>Embedded Systems: Direct to the metal, with no overhead, zero-cost abstraction, as C++ was conceived to be by Bjarne Stroustrup</li><li>Man / Machine Interaction: Reactive views without event code on the user side, responsive displays without sacrificing CPU cycles from the engine side</li><li>Deontic Systems:What is permitted in a given state is reflected in its form, so a change in access is obtained through a change in structure</li></ul>7. Conclusions &amp; Future DirectionsXENOmat is not just an engine — it is an epistemology. It redefines what it means to write, debug, and think about software. Inspired by philosophy, music, and cognition, it bridges the gap between intuitive systems and formal computation.As we build ever more complex and autonomous systems, the need for structures that explain themselves grows. XENOmat is a step toward such systems — soaring with function, grounded in form.