# Dido Solutions

> California based Tech Company


## Posts

- [Future‑Proofing DevSecOps: How to Integrate Distributed Test Frameworks into Crucible Workflows](https://didosolutions.com/2025/06/11/future%e2%80%91proofing-devsecops-how-to-integrate-distributed-test-frameworks-into-crucible-workflows/): Tl;DR Crucible revolutionizes DevSecOps by embedding distributed test frameworks—like Ansible, Robot Framework, and cloud-native tools—directly into your IaC pipelines. It solves common DevSecOps issues like fragmented testing, slow feedback loops, and compliance gaps by enabling parallel test execution, automated remediation, and environment-wide validation. This results in faster validation cycles, reduced configuration drift, and audit-ready compliance—all across multi-cloud and air-gapped environments. Estimated Reading Time: ~7 minutes In today’s security-conscious digital landscape, DevSecOps promises three things: shift security left, automate everything, and continuously deliver secure, compliant infrastructure. Yet many organizations face critical barriers—slow test feedback loops, siloed scripts, and configuration drift—making seamless, secure […]
- [Automating Multi‑Cloud DDS Interoperability Demos on AWS with Crucible](https://didosolutions.com/2025/06/03/automating-multi%e2%80%91cloud-dds-interoperability-demos-on-aws-with-crucible/): Tl;DR Setting up multi-cloud DDS interoperability demos is traditionally fragile and slow. Crucible automates the process—turning hours of setup into minutes by combining IaC, multicast networking, and built-in security compliance. DDS Interoperability Shapes Demo From Cached Images (~10 min, No Audio) Meeting the Demands of Complex DDS Interoperability — at Scale Achieving seamless DDS interoperability across multiple cloud providers and vendors has long been a complex, manual, and time-intensive process. Crucible, a purpose-built DDS deployment automation tool, changes the game—enabling fully functional DDS demos on AWS and other environments in just minutes using infrastructure-as-code and cloud-native multicast support. Why DDS Interoperability […]
- [Accelerating FedRAMP and DISA STIG Compliance with Crucible](https://didosolutions.com/2025/05/26/accelerating-fedramp-and-disa-stig-compliance-with-crucible/): TL;DR: Achieving and maintaining FedRAMP and DISA STIG compliance is time-consuming, especially when manual processes are involved. Crucible by Dido Solutions addresses this by integrating compliance directly into your DevSecOps pipeline. It automates configuration assessments, enforces security baselines early in the development cycle, and continuously monitors for drift—all while aligning with evolving federal standards. This means faster ATOs, fewer compliance bottlenecks, and a scalable path to secure cloud operations. Estimated Read Time: 4–5 minutes DevSecOps teams face a growing compliance burden: every VM or system must meet hardening baselines (DISA STIGs for DoD systems or FedRAMP/NIST controls for cloud) and auditors […]
- [Crucible & Infrastructure as Code: The Secret to Immutable, Zero‑Trust Environments](https://didosolutions.com/2025/05/19/crucible-infrastructure-as-code-the-secret-to-immutable-zero%e2%80%91trust-environments/): Crucible & Infrastructure as Code: The Secret to Immutable, Zero‑Trust Environments Modern enterprises face a daunting reality: as infrastructure grows more dynamic—driven by containers, Kubernetes, and hybrid clouds—traditional security models crumble under complexity. Configuration drift, “snowflake” servers, manual patching, and sprawling, often undocumented networking rules create blind spots that attackers eagerly exploit. At the same time, compliance regimes (FedRAMP, DISA STIG, PCI, HIPAA) demand full auditability, immutability, and continuous verification—tenets at the heart of the Zero‑Trust paradigm. Enter Crucible, a turnkey Infrastructure as Code (IaC) platform that transforms sprawling, brittle IT landscapes into secure, repeatable, verifiable environments—key to unlocking true Zero‑Trust […]
- [Empower Your Digital Transformation with Our DevSecOps & DevOps Crucible Service](https://didosolutions.com/2025/03/18/empower-your-digital-transformation-with-our-devsecops-devops-crucible-service/): Introduction In today’s fast-paced digital landscape, businesses must deliver quality software at speed without compromising security. Our DevSecOps & DevOps Crucible service is engineered to seamlessly integrate security, development, and operations—helping your organization achieve continuous delivery, robust cybersecurity, and improved operational efficiency. With our state-of-the-art solution, you can overcome the traditional silos between development and operations and foster a culture of innovation and trust. What Is DevSecOps and Why It Matters DevSecOps is the evolution of traditional DevOps, embedding security practices into every phase of the software development lifecycle. It ensures that security isn’t an afterthought but a foundational component of […]
- [Infrastructure as Code (IaC) Application: Automate, Scale, and Secure Your Infrastructure](https://didosolutions.com/2025/03/18/infrastructure-as-code-iac-application-automate-scale-and-secure-your-infrastructure/): Infrastructure as Code (IaC) Application: Automate, Scale, and Secure Your Infrastructure What Is Infrastructure as Code (IaC)? Infrastructure as Code (IaC) is a modern approach to provisioning and managing IT infrastructure using code instead of manual processes. By defining infrastructure in scripts or configuration files, IaC enables automation, consistency, and scalability for cloud and on-premise environments. Why Use an IaC Application? An IaC application helps organizations streamline infrastructure deployment and management with benefits such as: Automation – Reduce manual errors and ensure consistency across environments. Scalability – Easily scale resources up or down based on demand. Efficiency – Speed up deployments […]
- [So You’re Looking to Patent? Tips from a Successful First-Time Applicant](https://didosolutions.com/2024/11/28/so-youre-looking-to-patent-tips/): Idea You have an Idea that represents itself as a software, methodology, or hardware solution. And you think it’s unique and worthy of patenting, but you don’t know where to start. We are here to talk you through the process. Don’t Apply If you have a purely software solution don’t bother. The patent office recently came down hard on software patents as being too subjective and will reject the application.  Apply If you have a methodology or hardware concept in mind. The next step is to find an IP law firm to represent you and help throughout the patent process. Here […]
- [What is the DIDO Data Manipulation Language (DDML)?](https://didosolutions.com/2021/05/12/dido-manipulation-language-ddml/): The DIDO Data Manipulation Language (DDML) is similar in functionality to the Data Manipulation Language (DML) found in Relational DataBase Management System (RDBMS). Its purpose is to manipulate the content of a DIDO (i.e., STORE) or to make queries about the content of the DIDO (i.e., SELECT)
- [What is the DIDO Data Definition Language (DDDL)?](https://didosolutions.com/2021/05/12/dido-data-definition-language-dddl/): The DIDO Data Definition Language (DDDL) is similar in functionality of the Data Definition Language (DDL) found in Relational Database Management System (RDBMS). Its purpose is to define the objects stored within the DIDO including the types, objects, oracles, exchanges, and aggregates, and smart contracts.   DDDL Commands 2.4.1 DEFINE CONSTANT Command 2.4.2 CREATE TYPE Command 2.4.3 DEFINE OBJECT Command
- [What is the DIDO Data Lifecycle Language (DDLL)](https://didosolutions.com/2021/05/12/dido-data-lifecycle-language-dll/): The DIDO Lifecyle Language (DDLL) is responsible for controlling the Lifecycle of the DIDO instances distributed across the Nodes in the DIDO Network. The DDLL does not cover the System Lifecycle which is responsible for the system conception, design and development, production and/or construction, distribution, operation, maintenance and support, retirement, phase-out and disposal. Although there is some overlap, the System Lifecycle covers also covers the development of the DIDO Platform while the DDLL only covers the deployment and execution of the DIDO software on the individual nodes. Although there is no requirement for a DIDO to be implemented as a Virtual […]
- [What are the DIDO CLI Language Constructs?](https://didosolutions.com/2021/05/12/dido-cli-language-constructs/): Below is a list of language constructs that might be useful for DIDO CLI implementation. JSON dido:public:s_cli:05_contents:01_prt:03_langconst:basic_dido_objects:json: Args Links Traces Block Class Call Contract Event JSON Log Class TOKEN Trace Transaction Class Naming Conventions Reserved Words Operators Operations Basic Types Constants Memory and Storage Basic DIDO Objects
- [Informative Background (DIDO CLI)](https://didosolutions.com/2021/05/12/background/): A Distributed Immutable Data Objects (DIDO), by definition, is a Distributed System comprised of a network and a collection of nodes particpating in a Peer to Peer (P2P) network. Each node within the DIDO operates asynchronously and independently from all the others nodes. The nodes communicate changes in the state of the distributed objects managed by each nde by publishing Transactions across the node network. See Figure 1. Notice that the DIDO is comprosed of different kinds of Nodes (See 2.3.3 Node Taxonomy). Figure 1: Overview of a DIDO Any one distributed Immutable DIstributed Data Objects can exists on any or […]
- [Informative Introduction (DIDO CLI)](https://didosolutions.com/2021/05/12/introduction-cli/): The acronym DIDO stands for Distributed Immutable Data Object. It represents a class of concepts, activities and products that have become the trend Each word within the name is important Distributed – the class is distributed across many computers Immutable – the data it represents once written can not be changed (write once, read many times) Data – at the core of the class is always the Data Object – the data are encapsulated as objects with a uniform set of operations Why a New Term? Return to Top The widely used and generally accepted terms such as Blockchain and Distributed […]
- [How to Assesses Functional and Non-Functional Requirements](https://didosolutions.com/2021/05/12/assessing-requirements/): An important part of having functional and non-functional requirements is access to a particular effort to determine if the effort complies with the requirements. The approach is slightly different between Functional and Non-Functional requirements. For Functional Requirements, it is important to think about what requirements need to be covered for a particular effort. For example, which Networks need to be supported? (Wired Network, Wireless Network. Bluetooth, ZigBee, Near-Field-Communication (NFC), etc). For Non-functional Requirements often have a large impact on the components that are selected as part of the infrastructure. For example, if a component is not Scalability, then it becomes product […]
- [What are Non-Functional Requirements?](https://didosolutions.com/2021/05/12/non-functional-requirements/): Non-functional requirements are often incorrectly assumed rather than being explicitly defined by users. This can lead to problems towards the end of a project as the user expectations for non-functional requirements are not met. Many times, the developers dismiss non-functional requirements as non-testable and therefore not enforceable. This lack of specificity in non-functional requirements sets the stage for conflicts between the users, system architects, systems engineers, and developers. For example, users expect software to start and run every time it is used however, the non-functional requirement of reliability may never have been explicitly specified. Users expect new features to be added […]
- [What are Functional Requirements?](https://didosolutions.com/2021/05/12/functional-requirements/): Functional Requirements define the basic system behavior. Essentially, they are requirements stating what the system does or must not do, and can be thought of in terms of how the system responds to inputs. Functional requirements usually define if/then behaviors and include calculations, data input, and business processes. Functional Requirements are features that allow the system to function as it was intended. Put another way, if the functional requirements are not met, the system will not work. Functional requirements are product features and focus on user requirements. Functional Requirements can be used during all phases of a project Lifecycle independent of […]
- [What about the DIDO RA Requirements?](https://didosolutions.com/2021/05/12/about-requirements/): The term requirement first appeared in software engineering in the 1960s.1) The Business Analysis Body of Knowledge® version 2 from IIBA (BABOK),2) defines a requirement as having one or more of the following characteristics: A condition or capability needed by a stakeholder to solve a problem or achieve an objective. A condition or capability that must be met or possessed by a solution or solution component to satisfy a contract, standard, specification, or other formally imposed documents. A documented representation of a condition or capability as in (1) or (2).3) This definition is based on IEEE Standardized vocabulary.4) About Requirements Functional […]
- [Governance Guides and Their Purpose](https://didosolutions.com/2021/05/12/guides/): In addition to the legal documents governing the activities of a community of interest (CoI), many CoIs create a simple, easily understood guide to help its members maneuver through and understand all the governing statements contained in the statutes, charter, bylaws, parliamentary authority, special rules, custom practices, and standing rules associated with that particular CoI. For example, the OMG publishes a “Hitchhiker’s Guide to the OMG Process”. Even though it is not a “normative” document (has no legal standing whatsoever, cannot be cited as a defense for not following process), it is much easier to read and understand than the OMG […]
- [Why do I need Legal Documents for DIDO COIs?](https://didosolutions.com/2021/05/12/legal-documents/): Given the intentional distributed, decentralized nature of DIDOs, along with the potential for them to run on hardware and/or use software not owned or developed by a single entity, it is important to employ a community of interest (CoI) approach to develop, manage, and govern DIDO solutions. Such an approach allows for the establishment and specification of requirements for a formal organization that balance the various goals of its participants in pursuit of a single shared mission and, at the same time, protects the joint intellectual property (IP) resulting from their collaboration. Note: Legal Documents serve as the Regulatory Aspect within […]
- [What are DIDO Communities of Interest (CoI)?](https://didosolutions.com/2021/05/12/dido-communities/): As introduced in Section 2.1, a DIDO community is a community of interest (CoI) responsible for the architecture, design, implementation, maintenance, and eventual sunset (yes, all good things come to an end) of DIDO networks and its DIDO nodes. DIDO communities should have a well-documented, repeatable, traceable, transparent, and unbiased process that is managed and run by a governing board (or hierarchy of governing boards). Often the DIDO community is divided into two organizations: one responsible for the software, usually as an open source software (OSS) project, and the other responsible for managing the fungible data (e.g., currency or commodity) managed […]
- [Why Governance Matters!](https://didosolutions.com/2021/05/12/governance/): For practical reasons, the acronym Distributed Immutable Data Object (DIDO) represents a set of distributed computing technologies that focus on distributed data (i.e., blockchains, distributed ledgers, distributed file systems or distributed data). A major problem confronting the adoption of DIDO technologies is that it requires shifting away from corporate models of governance to an open community model of development, especially for industry or public ecosystems (e.g., financial, supply chains, public records) and domains (e.g., interest swaps, produce supply chain, cryptocurrencies, carbon credits, air pollution, traffic conditions). In the corporate model of governance, a single entity is responsible for the costs and […]
- [DIDO RA has 4 different types of taxonomy?](https://didosolutions.com/2021/05/12/taxonomic-views/): A taxonomy is a way of organizing things into useful and convenient classes. Each class can then be treated as an abstraction of the individual elements. For example, Dog is a class of Animal. Once an individual entity is classified as a Dog, generalizations can be made about what to expect from the individual entity. There can be many taxonomies that classify entities. For example, one taxonomic classification places an individual in the animal kingdom; however, another taxonomy classifies an individual according to their state of employment (working, retired, etc.). Each is valid; the only difference is perspective. The DIDO RA […]
- [What are the Technical Views of the DIDO RA?](https://didosolutions.com/2021/05/12/technical-views/): Technical Views are intended to define at a high level the various components of larger DIDO systems. They outline generic parts, subparts, and interconnections of those parts and subparts for a DIDO system. For each part or subpart, a list of potential standards, best practices, and tools is provided. There are multiple views, subdivided into two main areas: Fundamental Views Node Network View
- [What are the Stakeholder Views?](https://didosolutions.com/2021/05/12/what-are-the-stakeholder-views/): Within this context, the following definition of Stakeholder is used: A stakeholder is a person, group or organization that has interest or concern in a [target] organization. Stakeholders can affect or be affected by the [target] organization’s actions, objectives and policies. http://www.businessdictionary.com/definition/stakeholder.html Note: [target] added for clarification purposes In a centralized or decentralized topography, this definition is adequate; however, in a distributed topography the understanding of what the [target] organization is becomes important. In a DIDO, this is by design and intent. There is no centralized authority or centralized cluster for the data, the processing of which is considered a major […]
- [What's the Purpose/Point of the DIDO RA?](https://didosolutions.com/2021/05/12/whats-the-problem/): The goals of a Reference Architecture (RA) as expressed in this paper are derived from the Office of the Assistant Secretary of Defense for Networks and Information Integration (OASD/NII)1) , which are: Provide a common language for the various stakeholders Provide consistent implementation of technology to solve problems Support validation and comparison of implementations Encourage adherence to common standards, specifications, and patterns Achieving these goals will enhance the likelihood that DIDOs and networks will be engineered correctly. DIDOs are intended to cover the entirety of distributed computing, including improvements in data storage and computing that are now used to support DIDO […]
- [What Problem is the DIDO RA Solving?](https://didosolutions.com/2021/05/12/introduction/): As of June 12, 2018, there were 1,628 Cryptocurrencies available, with a total market cap around $300 Billion1),2). DIDO implementations and interest in them are currently in the Positive Hype part of the technology Hype Cycle as defined by Gartner.3) Figure 1: Gartner Group Hype Cycle A major concern and part of the motivation behind the creation of a Reference Architecture (RA) is the lack of a comprehensive mechanism to evaluate all the risks associated with DIDO implementations (especially cryptocurrencies). Many of the risks to DIDOs are common to distributed computing and have already been identified and addressed using risk mitigators […]
- [Informative Introduction (DIDO RA)](https://didosolutions.com/2021/05/12/introduction-2/): The term Distributed Immutable Data Objects (DIDO) refers to the underlying technologies supporting distributed data and computation across a distributed network of peers using consensus algorithms to maintain integrity and consistency across the network. After the publication of Satoshi Nakamoto’s paper Bitcoin: A Peer-to-Peer Electronic Cash System1) and the exponential growth of other cryptocurrencies, there is a need to understand in general terms the underlying DIDO architectures and provide a framework to enable engineering due diligence of DIDOs. DIDOs are not limited to cryptocurrencies, the original blockchain, or distributed ledger technologies. DIDOs are also applicable to other non-cryptocurrency domains such as […]

## Pages

- [New Industry Page](https://didosolutions.com/new-industry-page/): D DIDO Solutions Book a Demo Enterprise-Grade Distributed Systems Testing Distributed Technology Simulation and Testing for Your Industry Assure your distributed solutions are robust, rugged, and tested against functional and nonfunctional requirements—without months of setup. Book a Demo View DIDO-TE Rapid environment bootup Dynamic testing Security & compliance ready Built for distributed systems Community-based standards Why Distributed Systems Break Differently In your industry, distributed solutions rarely fail because of one bug. Multi-vendor and multi-cloud interoperability creates fragile deployments Requirements are hard to prove, especially nonfunctional requirements (resilience, latency, security, auditability) Test environments take too long to build and are hard to […]
- [Use Cases](https://didosolutions.com/use-cases/): Every industry faces unique challenges, from competitive pressures to operational hurdles. Below, you’ll find use-case studies that highlight how our services deliver real results across different industries Services Crucible Data Distribution Service (DDS)   Kubernetes (Coming Soon)
- [Kubernetes Deployment](https://didosolutions.com/use-cases/kubernetes-deployment/): CASE STUDY Content Coming Soon In a recent demonstration effort, Crucible automated the build and deployment of a DDS interoperability testbed featuring: RTI, OpenDDS, Eprosima, S2E, Twin Oaks, Kongsberg A custom RHEL 9 base image Custom deployment of Shape Demo GUIs and RTPS binaries Multicast-enabled VPC configuration on AWS Image cache acceleration, allowing spin-up in minutes instead of hours Rapid Kubernetes Deployment and Redeployment (~7 min) Rapid Kubernetes Deployment Destruction (~3 min) Future-Proofing DDS Demonstrations With Crucible, the same demo framework can be extended to support:   Additional Operating Systems (Ubuntu, Windows)   Kubernetes-based orchestration of DDS nodes   Distributed test […]
- [Data Distribution Service (DDS)](https://didosolutions.com/use-cases/data-distribution-service-dds/): CASE STUDY DDS Interoperability Demo with Six Vendors on AWS In a recent demonstration effort, Crucible automated the build and deployment of a DDS interoperability testbed featuring: RTI, OpenDDS, Eprosima, S2E, Twin Oaks, Kongsberg A custom RHEL 9 base image Custom deployment of Shape Demo GUIs and RTPS binaries Multicast-enabled VPC configuration on AWS Image cache acceleration, allowing spin-up in minutes instead of hours Identified Issues Thanks to Crucible’s traceability and logging we rapidly diagnosed and documented: Inconsistent discovery ports across vendors GUI compatibility mismatches DDS Interoperability Shapes Demo From Cached Images (~10 min, No Audio) In-depth Full Build (from scratch) […]
- [Crucible-A DevSecOps/DevOps Solution](https://didosolutions.com/services/devsecops-devops-crucible/): Supercharge your DevSecOps/DevOps for government programs—streamline development, deployment, and management with rapid, security-compliant cloud agnostic apps. Our Solution Simplify software development, deployment, and management for government programs by rapidly building security compliant applications in any cloud. Crucible is a comprehensive platform designed to simplify and secure software development, deployment, and management for government programs. By integrating powerful DevSecOps capabilities, Crucible enables rapid, compliant, and efficient application development across any cloud environment, tailored to mission-specific requirements. Customer Environments Crucible integrates seamlessly into any environment—unclassified, classified, or hybrid—supporting Develop, Build, Scan, Test, and Release processes while enabling centralized management without infrastructure changes, streamlining […]
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- [Terms of Use](https://didosolutions.com/terms-of-use/): Last updated: May 13, 2025 Please read these terms and conditions carefully before using Our Service. Interpretation and Definitions Interpretation The words of which the initial letter is capitalized have meanings defined under the following conditions. The following definitions shall have the same meaning regardless of whether they appear in singular or in plural. Definitions For the purposes of these Terms and Conditions: Affiliate means an entity that controls, is controlled by or is under common control with a party, where “control” means ownership of 50% or more of the shares, equity interest or other securities entitled to vote for election of […]
- [Accessibility](https://didosolutions.com/accessibility/): We firmly believe that the internet should be available and accessible to anyone, and are committed to providing a website that is accessible to the widest possible audience, regardless of circumstance and ability. To fulfill this promise, we aim to adhere as closely as possible to the Web Content Accessibility Guidelines 2.1 (WCAG 2.1) at the AA level, published by the World Wide Web Consortium (W3C). These guidelines explain how to make web content more accessible to people with a wide array of disabilities. Complying with those guidelines helps us provide a site that is accessible to all people, from the […]
- [Aerospace](https://didosolutions.com/industries/aerospace/): INDUSTRIES Distributed Computing in the Aerospace Industry The aerospace industry is ideal for using distributed technologies because very little about aerospace is centralized or even in constant high speed communication with each other. The operating activities are mission critical and generally less than a day requiring a large amount of coordination between the various activities. Also see Supply Chain. Testing of aerospace components can be expensive and requires elaborate setup and coordination of components and the instrumentation used to test the requirement. One test could take six months to get ready, be completed in minutes and cost tens 0f millions of […]
- [Defense](https://didosolutions.com/industries/defense/): Defense Simulation, automation, and security — for modern mission systems. Modern defense systems are increasingly distributed, software-defined, and mission-critical — demanding new approaches to integration, security, and test validation. At DIDO Solutions, we build platforms that help defense teams move faster and reduce risk across the entire lifecycle of complex systems. From secure Infrastructure-as-Code pipelines that accelerate ATO and harden deployments, to distributed digital twin environments for real-time testing and simulation, our solutions are designed to meet the technical and operational challenges of today’s multi-domain battlespace. Crucible Crucible is our secure Infrastructure-as-Code (IaC) pipeline platform designed to streamline DevSecOps workflows and […]
- [DIDO Reference Architecture (DIDO-RA)](https://didosolutions.com/resources/dido-reference-architecture-dido-ra/): A comprehensive and informative guide to the world of DIDOs can be found in our freely provided DIDO-RA DISTRIBUTED IMMUTABLE DATA OBJECT(DIDO)Reference Architecture (RA)forCryptocurrencies, Blockchains, Distributed Ledgers and TanglesVersion 2.0June 2020 R. W. “Nick” Stavros Ian T. Stavros Bryan Turek Char WalesJackrabbit ConsultingMarc Abrams John BlackHarmonia Holdings Group, LLC Abstract The excitement, expansion, and advancement in Distributed Computing resulting from Satoshi Nakamoto’s paper “Bitcoin: A Peer-to-Peer Electronic Cash System”1) highlights the need for a Reference Architecture (RA) focused on Distributed Immutable Data Objects (DIDOs), where it is understood that DIDOs include, but are not limited to cryptocurrencies, the original blockchain, and […]
- [Telecom & Technology Information (IT)](https://didosolutions.com/industries/telecom-technology-information/): INDUSTRIES Distributive Technology in Telecommunications and Information Technology (IT) The Communications industry delivers telephone, television, internet, and other services to customers, providing the primary means of communication to virtually all businesses, households, and individuals. Communications companies offer services such as cellular phone, broadband and mobile Internet, and satellite TV (among others). The telecommunications industry has evolved into an amalgamation of many different technologies, such as Software-defined networking (SDN) and Network Functions Virtualization (NFV). Each of these businesses requires dedicated computing power to support uninterrupted, around-the-clock service. “From Data Privacy laws, Hospitals, Specialists, Social Determinants of Health (SDoH), the patient’s privacy concerns, […]
- [Energy & Utilities](https://didosolutions.com/industries/energy-utilities/): INDUSTRIES Distributed Technology in the Energy & Utilities Sectors Energy and Utilities are part of the infrastructure that has unfortunately made the news lately with the Texas Grid Failure and the Gas Pipeline failure in the southern USA. Since DIDOs are not just decentralized, they are distributed allowing for each device in the “smart” and can provide redundancy for each other. Currently, DIDOs are used in a few different areas including managing wind farms, various Microgrid management and integration functions, better management of existing Dynamic Disturbance Recording (DDR) systems and Load balancing. There are a number of standards bodies and consortium […]
- [Agriculture](https://didosolutions.com/industries/agriculture/): INDUSTRIES Distributed Technology in Agriculture By nature Agriculture is an ideal for using distributed technologies because very little about agriculture is centralized. The fields are geographically isolated and separated from each other. The activities on the fields are distributed over a years using a wide range of expensive equipment and tools that have lifespans of decades. Also see Supply Chain. By creating a virtualized testing environment with nodes that represents agricultural specific actors, the various components can be integrated and tested using a mix of technologies and a mix of versions. Agriculture by nature is Brownfield that can span generations. “On […]
- [Manufacturing](https://didosolutions.com/industries/manufacturing/): INDUSTRIES The Distributed Complexity in the Manufacturing Industry Manufacturing is a broad subject covering everything from the manufacture of simple products from one raw material such as wood to complex and inextricable from the larger supply chain. The more complex and large the system is, the greater the need for DIDOs. The DIDOs may be basic non-realtime, non-mission critical in nature where simple blockchain types of deployments are adequate or need real-time monitoring and control with mission critical consequences. Sometimes, the manufacturing process is not continuously connected to a network and sometimes either for physical distances or electronic interference. There are […]
- [Retail & eCommerce](https://didosolutions.com/industries/retail-ecommerce/): INDUSTRIES Bringing the Benefits of the Cloud to Non-Profits and the Public Sector Distributed computing technology is the top candidate for trying to solve the Supply Chain issues. The tradition Client-Server technology is being used to solve issues within one corporate silo bit generally stops at the supply boundary. Corporations like Walmart have tried to extend back up into the supply chain by mandating that data provided to them is of a defacto standard. However, this has problems when trying to go back even further up the supply chain, especially in commodity products like food and generic medicine. There are major […]
- [Telecommunications & Information Technology (IT)](https://didosolutions.com/telecommunications-information-technology-it/): INDUSTRIES Bringing the Benefits of the Cloud to Non-Profits and the Public Sector While technology has revolutionized the private sector overnight, the public sector has been slower to adopt due to a unique set of challenges such as budgetary and funding concerns, government approvals, lack of resources, and citizen and student need. The public sector and non-profit industries often focus on cost minimization, so having efficient services is at the forefront of their needs. The cloud brings solutions such as smart cities, connected asset tracking & security monitoring to life along with compliance and reliability. Onica’s vast experience with infrastructure optimization […]
- [Healthcare & Life Sciences](https://didosolutions.com/industries/healthcare-and-life-sciences/): INDUSTRIES Distributive Technology’s involvement within the Healthcare Industry Currently, there is a lot of interest focusing DIDOs for healthcare. Most of the efforts are not Community of Interest (CoI) based, but rather based on individual efforts and solutions from individual corporations or organizations. Some of the better known solutions are GuardTime, Carechain, MedRed, Dovetail and MedicalChain. Although this efforts have made progress, it will probably require the efforts of a CoI to proposed standards for the Data Objects (i.e., Smart Contracts), and the exchange of information between the various platforms. There is little chance that an individual solution will be able […]
- [Financial Technology (FinTech)](https://didosolutions.com/industries/financial-technology-fintech/): INDUSTRIES Distribtuive Technology in the BFSI Sector With the interest in cryptocurrency on the rise even slow to move stalwarts of the money world like the Federal Reserve and Bank of England are interested in using this technology in regulation. Our testing environment is the perfect place for them to test out other currencies before introducing them to the market. Since both groups have a large gravitas in the banking world, other banks would be interested in going where they go. “From Data Privacy laws, Hospitals, Specialists, Social Determinants of Health (SDoH), the patient’s privacy concerns, and Insurance. The EHR is […]
- [Transportation & Logistics](https://didosolutions.com/industries/transportation-logistics/): INDUSTRIES Distributed Technology in the Transportation Sector Transportation by its nature requires the movement of people and goods across distances. Sometimes the transportation can be faster than the speed of sound (i.e., Military aircraft) and sometimes it can be relatively slow. In either case, there can be large amounts of time when the transports are not in contact with the rest of the transportation system or has limited bandwidth to receive and transmit data. Much of transportation is directly related to Command and Control (C2) and the more data that is held locally within a DIDO the better, however, when there […]
- [Government](https://didosolutions.com/industries/government/): INDUSTRIES Distributed Technology in Government Currently, there are few to no full scale usage within Governments that use blockchains, Distributed Ledger Technologies (DLTs), etc. here are however, quite a few distributed systems that can be classified as DIDOs that are currently being used. There are many pilot projects such as State registrations and voting. Some examples are Air Traffic Control, Military Command and Control (C2), Military Micro-grids, industrial control systems (ICS) and Supervisory Control and Data Acquisition (SCADA). There are some Countries that currently creating their own digital currencies such as China. An important aspect of government is to provide stability […]
- [Consulting Services](https://didosolutions.com/services/consulting-services/): From management, engineering and procurement we provide all the services for your DIDO needs! Industries Any Individual, corporation, government or organization interested in designing and developing a distributed system. Agriculture Aerospace Defense Energy and Utilities Government Healthcare & Life Sciences Manufacturing Transportation & Logistics Service Fee This is our standard cost/hr per person $ 170 00 Per Hour Management Engineering Procurement Schedule a Call One-Time Free Call Management We offer services, guidance and training to help guide the corporate management through the hype of the current DIDO Technologies to focus precious R&D budgets on getting the best return on investment by […]
- [Industries](https://didosolutions.com/industries/): Checkout the various industries our testing environment and services can be utilized in INDUSTRIES Expertise in your industry and beyond. Every industry has its own unique challenges and competitive landscape. However, we believe there are also lessons to be learned from innovators outside of your typical silos. Leverage our deep expertise across verticals to help you lead in your space. Agriculture Agriculture Aerospace Aerospace Defense Defense Energy & Utilities Energy & Utilities Financial Technology (FinTech) Financial Technology (FinTech) Government Government Healthcare & Life Sciences Healthcare & Life Sciences Manufacturing Manufacturing Transportation & Logistics Transportation & Logistics Telecom & Information Technology (IT) […]
- [DIDO Command Line Interface (DIDO-CLI)](https://didosolutions.com/resources/dido-cli/): Avoiding the pitfalls of multiple non-standard blockchain interfaces by creating a unified interface language similar to SQL The following is a proposal for a Command Line Interface (CLI) for accessing Distributed Immutable Data Objects (DIDOs) using a text-based interface to interact with the DIDO DIDO Platform. The CLI allows the user (person or application) to interact with the DIDO Platform by entering text commands at a prompt and receiving a responses as text. Usually, the CLI is an application running within an Operating System (OS) using a Command Shell on the same machine as the DIDO Platform or using a Secure […]
- [DIDO Data Model (DIDO-DM)](https://didosolutions.com/resources/dido-data-model/): The Entirety of the DIDO Data Model is quite large, so we have broken it up into its major components. For the entire report (137 Pages) click the download file icon. Download Ecosphere Data Model DIDO Ecosphere Community is the highest level Community of Interest (CoI) that encapsulates DIDO Ecosystem Communities and DIDO Domain Communities. The Ecosphere usually provides high level requirements and some funding for the administration of the other CoIs. The Ecosphere role is to act as a coordinator of the Ecosystems and to provide a framework for all other CoIs to establish working agreements such as Memorandum of […]
- [Resources](https://didosolutions.com/resources/): Interested In learning more about our work? Use the free resources below to discover more about DIDO and its fundamentals DIDO Reference Architecture (DIDO-RA) DIDO Solutions main product is the DIDO TE, based on the DIDO-RA is the 1st product to provide a distributed testing environment as a service for a wide audience. From personal experimentation to a reliable infrastructure for large companies and analytical insights for government agencies, the testing environment is capable of deploying a network of nodes for use-cases such as; peer-to-peer, blockchains with smart-contracts, and clustered applications in 30 seconds or less. The best part is that […]
- [Single Job Description](https://didosolutions.com/single-job-description/): Full Stack Developer Dui id ornare arcu odio ut sem nulla pharetra. Magna fermentum iaculis eu non diam phasellus faucibus scelerisque eleifend vestibulum. Vel quam elementum pulvinar etiam non quam lacus suspendisse. Dignissim convallis aenean et tortor at risus viverra adipiscing at.  job description Cursus vitae congue mauris rhoncus aenean vel elit. Ornare quam viverra orci sagittis eu volutpat odio. Bibendum neque egestas congue quisque egestas diam in. Ac tortor dignissim convallis aenean et. Malesuada fames ac turpis egestas integer. https://www.youtube.com/watch?v=XHOmBV4js_E Proin nisl rhoncus mattis? Platea dictumst quisque sagittis purus sit amet volutpat consequat. Viverra aliquet eget sit amet tellus. Mattis […]
- [Careers](https://didosolutions.com/careers/): career Dui id ornare arcu odio ut sem nulla pharetra. Magna fermentum iaculis eu non diam phasellus faucibus scelerisque eleifend vestibulum. Not just work your life’s best work Pellentesque elit eget gravida cum sociis natoque penatibus. Nunc sed blandit libero  praesent elementum facilisis. Vitae aliquet nec ullamcorper sit amet risus. Open roles Career Opportunities Mobile UX Designer Vancouver, British Columbia apply now Web Developer San Francisco, California apply now Marketing Manager south heaven, usa apply now Product Designer Callison Laney, Virginia apply now project manager New Jercy, USA apply now accounting London, United Kingdom apply now Don’t See A Good Fit? […]
- [FAQ](https://didosolutions.com/faq/): We get it, this is all confusing. Here are some commonly asked questions General What is DIDO? The term Distributed Immutable Data Objects (DIDO) refers to the underlying technologies supporting distributed data and computation across a distributed network of peers using consensus algorithms to maintain integrity and consistency across the network. i.e) Cryptocurrencies, Blockchains, IPFS,  DDS, FACE, etc. What is DIDO Reference Architecture (DIDO-RA)? The DIDO concepts captured within a Reference Architecture (RA) are intended to represent any architecture relying on distributed networks of peers that store data and allow parallel computation. The DIDO RA is not intended as a physical […]
- [DIDO Testing Environment (DIDO-TE)](https://didosolutions.com/services/dido-te/): DIDO Testing Environment From personal experimentation to a reliable infrastructure for large companies and analytical insights for government agencies test your distributive systems https://www.youtube.com/watch?v=dQ-F8YvoXQA Our Solution Distributed computing products, especially cryptocurrencies, by nature are developed as part of a Community-of-Interest (COI). If not governed correctly, COIs can compound the risks to success of the distributed system. As a result, Corporations are moving into new unfamiliar areas that are no longer conducive to siloed working conditions. Researching distributive solutions is difficult, expensive, and can take months to get up and running. Part of a community The adoption of distributed computing not only […]
- [Homepage](https://didosolutions.com/): Read Our Perspectives At DIDO Solutions Scalable Distributed Testing made easy! Get Started Contact Us DIDO Testing Environment From personal experimentation to a reliable infrastructure for large companies and analytical insights for government agencies to test your distributive systems Resources Learn more about the DIDO-Reference Architecture (DIDO-RA), DIDO-Data Model (DIDO-DM) and the DIDO Command Line Interface (DIDO-CLI) Industries Not sure if our service can help your industry? We have identified over 10 industries using or interested in distributive technology solutions Vision Assurance Community Mission about our company Leading the way in Distributive Technology Simulation & Testing Corporations are moving into new […]
- [Services](https://didosolutions.com/services/): DIDO Solutions is here to service you the best we way can from consulting services to a comprehensive testing environment “DIDO Solutions approaches the problem of distributed computing as it would approach any engineering problem … through lifecycle management. Distributed systems not only use distributed computers, they also use a distributed Community of Interest (CoI) to create specifications, provide implementations, test and maintain the final system.” Robert W. Stavros Founder Crucible Simplify software development, deployment, and management for government programs by rapidly building security compliant applications in any cloud. Crucible is a comprehensive platform designed to simplify and secure software development, […]
- [Contact](https://didosolutions.com/contact/): DIDO Solutions are here to service you the best we can contact form Drop Us a Line We’re excited to share our knowledge and learn more from others.
- [About](https://didosolutions.com/about/): Learn about us, our mission, purpose and history meet the team Learn more about each of us below. We are excited for you to get to know us! Ian T. Stavros CEO, Founder Linkedin Bryan A. Turek CTO, Founder Linkedin Robert .W. Stavros Founder Linkedin Alec Z. Swanepoel Digital Web Wizard Linkedin Phillip E. Tindall Growth & Partnerships Strategist Linkedin about us With our combined 60+ years in defense software technology. DIDO Solutions is a small consulting firm familiar with secure, distributed, decentralized real-time messaging protocols, especially the Object Management Group’s (OMG) Data Distribution Service (DDS) family of Standards and the […]
- [Posts](https://didosolutions.com/posts/)
- [Coming Soon](https://didosolutions.com/coming-soon/): DIDO Solutions is a small consulting firm familiar with secure, distributed, decentralized real-time messaging protocols, especially the Object Management Group’s (OMG) Data Distribution Service (DDS) family of Standards and the companies that have implemented these standards.
- [Privacy Policy](https://didosolutions.com/privacy-policy/): Last updated: May 13, 2025 This Privacy Policy describes Our policies and procedures on the collection, use and disclosure of Your information when You use the Service and tells You about Your privacy rights and how the law protects You. We use Your Personal data to provide and improve the Service. By using the Service, You agree to the collection and use of information in accordance with this Privacy Policy. Interpretation and Definitions Interpretation The words of which the initial letter is capitalized have meanings defined under the following conditions. The following definitions shall have the same meaning regardless of whether they […]

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