Flow is a multi-purpose Application Foundation Library designed for web and dekstop HTML5 applications

Please visit the link above for list of available FLOW modules.

Web Application / SaaS (Software as a Service) development framework built on top of NodeJs and Google Polymer.
 
Main purpose of IRIS is to eliminate repeat tasks that are typically required when creating a NodeJs server-side driven project and provide primitives for service scalability. IRIS is meant to allow fast web application deployment while allowing the developer retain full control of the application infrastructure and most importantly HTTP request routing
 
Key features of IRIS include:

List of IRIS npm modules:

Public projects based on the IRIS framework:

Sia Cluster is an Open Source solution for monitoring multiple Sia Hosts (siad). It is useful if you have more than one computer with available disk space, allowing you to monitor them from a single location.

Sia Cluster is currently in beta. We are awaiting Sia 1.0 release with API spec freeze to complete Sia Cluster functionality. Sia Cluster Features:

• Pegging of storage cost to USD based on average market price of Sia Coin.
• Monitoring average market price of Sia Coin.
• Monitoring average price of storage on Sia network.
• Remote configuration of siad operating parameters.
• Monitoring of storage utilization and various siad metrics.
• Monitoring computer metrics such as memory and bandwidth utilization.

DataPoints is a general purpose data collection and distribution hub. DataPoints allows user to select existing variables or create his own data feeds using HTTP or JSON RPC driven APIs. Currently these data feeds can be delivered to Android Wearable devices. DataPoints currently integrates polling of major cryptocurrency markets, allowing price monitoring of major cryptocurrencies directly on Android smartwatch.

DataPoints Android Watch client application is currently in beta and is planned for public release Q1 2016^th.

If you would like to be notified of DataPoints project updates, please submit your e-mail address and we will keep you updated with our progress.

Thorium combines high-fidelity OpenGl rendering capabilities together with Chromium (core of the Google Chrome) web browser resulting in a 3d visualisation and presentation environment. Thorium allows rendering of multiple web pages in 3d space, control of their content, control of page layout as well as advanced data aggregation functionality such as in-page script injection.

Written in C++ 11, Thorium is based on top of the JSX framework, which exposes all of its APIs to JavaScript. Main application the binds all components together is written in JavaScript. This allows easy re-adaptation of Thorium environment for any purpose.

Please bear with us as we update this web site. More information will be available in the next few days. If you have any questions, please e-mail to < info at aspectron dot com >

BitRouting is a state of the art framework, built on top of the latest technology designed to act as a foundation for finance-related applications. It is comprised of multiple levels (designed in different programming languages) that offer high-frequency asset trading capabilities (exchange functionality), integration with cryptocurrencies, advanced web browser integration capabilities and abstraction layers designed to comprise a general-purpose system capable of performing automated financial transactions between different subsystems, including 3rd party payment/clearing processing interfaces.

BitRouting architecture has been designed using disruptor data-stream based architecture, initially developed by LMAX-Exchange project. Unlike LMAX, BitRouting implementation uses C++11, allowing for a much higher throughput.

Based on the same exchange architecture, BitRouting implements Smart Order Routing (SOR) subsystem. SOR subsystem offers high-performance interfacing with cryptocurrency exchanges and uses combined market order books approach to get low-latency global market quotes coupled with order routing information, which is then used to execute orders on multiple exchanges.

Infrastructure design of the framework allows for hardware redundancy of the core and horizontal scalability of the frontend.

BitRouting has been in development since Sept 2013 and contains a number of proprietary technologies that offer competitive edge to systems developed on top of the framework.

Development Technologies

C++11, JavaScript (NodeJs & Browser), Google Polymer

Proprietary Technologies

• High-performance data exchange interface (RPC)
• Proprietary operation queuing mechanisms based on disruptor technology allowing system to take full advantage of multiple CPU cores without using traditional thread-locking techniques for data exchange.
• High-performance matching engine based on Intel Decimal Floating-Point library
• Custom data delivery mechanisms
• Low-latency combined market order-books
• Smart Order Routing subsystem
• Interface adapters with major exchanges

Framework Layers

• BitRouting HFTE - high-frequency matching engine
• BitRouting SOR - smart order routing
• BitRouting NodeJs Interface
• Backend (management) layer for exchange
• Front-end layer for exchange

ECH is a scalable solution for real-time monitoring and management of large-scale mining installations distributed across multiple data centers. ECH receives real-time information from mining devices, allowing for graph-based monitoring of device performance, notification of failures or unexpected behavior and allows for dynamic reconfiguration of devices or device clusters.

ECH was developed in collaboration with Bitcoin ASIC manufacturers with the goal to unify multiple data-center installations into a single cloud-based system which allows NOC (Network Operations Center) type of monitoring. ECH is capable of advanced hash-rate management. It can react to different types of failures and redirect as well as distribute hash-rate between multiple target mining pools.

ECH is capable of segmenting hash-rate down to 1GH/s precision and direct each segment to a different mining pool. It is specifically useful for industrial grade mining installations that offer contract-driven investment into Bitcoin hash-rate as it allows "proof of delivery" by supplying customers not with resulting Bitcoin but rather with the actual hash power.

System Features

• A horizontally-scalable cloud based platform designed to manage thousands of mining devices per cloud instance.
• Custom controller software based on NodeJS & CGMiner.
• Controller software can run on PC or low-end ARM controller boards.
• Dynamic allocation of hash-rate via back-end UI or API.
• Ability to track performance of every controller / device.
• Full API access allowing external system observation of all hardware & contract data.
• Diff 1 share based delivery accounting & hash-rate tracking.

Backend User Interface Features

• Real-time monitoring & statistics of every controller & device
• Console-like access to target hardware (os & custom cgminer commands)
• Contract configuration interface & per-contract mining statistics

JSX is an event-driven core for Google v8. This is a similar implementation to NodeJs developed in-house for direct integration within various in-house applications. JSX is developed using C++ Boost framework. It provides clean and minimal implementation of Google V8 integration, which allows it to be easily embedded into 3rd party applications to provide internal JavaScript scripting functionality..

Specifically JSX is designed to provide JavaScript integration into high-performance applications, such as Video Processing applications, 3d rendering applications etc.

JSX is best suited for environment that is largely C++ driven and would benefit from JavaScript integration without heavy influencing of the environment.

Following core modules are available:

Additional extension modules:

v8pp - C++ library that uses templates to create native C++ class and function bindings with Google V8 JavaScript objects. Originally inspired by v8-juice and v8-cc projects created by Stephan Beal this library was implemented to provide most effective C++/JavaScript binding framework currently available.

v8pp requires C++ v11 and functions directly against V8 API, making it suitable for creation of bindings inside of JSX, NodeJs and any other V8 based frameworks. Entire JSX framework is explicitly based on v8pp bindings.

GenDoc is a Doxygen-like source code documentation engine that produces Markdown and HTML source code documentation. GenDoc documentation syntax parsing is targeted toward JavaScript source code. It allows for easy to use API documentation for native NodeJs and JSX addons.

Node.js wrapper for LMDB - Symas Lightning Memory-Mapped Database. Precompiled binaries are also available for Windows/Linux/OSX.

Node.js wrapper for Sia - Blockchain based decentralized cloud storage platform.

Native Node.js addon to store Node.js modules encrypted in a single package file. Allows to protect source code with a per-user specific authentication key. Precompiled binaries are also available for Node.js versions 0.12/4.x/5.x on Windows/Linux/OSX