
MindCloud is an enterprise-ready integration platform for connecting applications, automating workflows, and moving data reliably across business systems. Teams can build integrations using APIs, webhooks, EDI, FTP-based file transfers, scheduled processes, and automated imports and exports.
Use MindCloud to synchronize data in real time, transform records between different data models, eliminate duplicate entry, and orchestrate workflows across CRM, ERP, ecommerce, accounting, marketing, and operational systems.
MindCloud combines a powerful low-code platform with an experienced integration delivery team. Organizations can build and manage their own workflows or work with MindCloud’s solutions engineers to scope, build, launch, and support production integrations—without diverting internal engineering resources.
Connect to more than 3,000 applications, including Salesforce, HubSpot, NetSuite, QuickBooks Online, QuickBooks Desktop, BigCommerce, Shopify, monday.com, ServiceTitan, Acumatica, Walmart, Amazon, eBay, Airtable, Google Sheets, and many more.
Connect to anything. Automate everything.
Learn more

AnalyticsCreator is a metadata-driven design application for data warehouse automation and data product engineering across the Microsoft data stack.
Its Governed Control Model connects business meaning, data structures, transformation rules, dependencies, lineage and technical implementation in one controlled project model. Data teams design the required architecture in AnalyticsCreator, then generate native Microsoft assets from that design.
Generated outputs can include SQL Server objects, SSIS packages, Azure Data Factory pipelines, supported Microsoft Fabric components, deployment artefacts and Power BI semantic models. AnalyticsCreator supports dimensional, 3NF and hybrid modelling approaches together with ingestion, transformations, delta loading, historisation, Slowly Changing Dimensions, snapshots and repeatable data-processing patterns.
Because generated outputs are native Microsoft technology, no AnalyticsCreator runtime is required in production. Organisations retain ownership of the resulting implementation and can integrate generated assets into Git, Azure DevOps and CI/CD workflows.
Lineage, documentation and dependency information remain connected to the design, helping teams understand change impact before regenerating affected assets.
Design Intelligence extends this governed project context into AI-assisted data engineering by providing authorised AI tools and agents with structured access to metadata, lineage, dependencies and design rules.
Typical use cases include enterprise data warehouse development, Microsoft Fabric adoption, SQL Server and SSIS modernisation, governed Power BI delivery and repeatable data product engineering.
Learn more
fhirstation
Built upon FHIR v4, this solution utilizes native FHIR data models and a RESTful API to ensure compliance with USCDI v1, effectively storing and providing complete USCDI v1 data to both patients and partners. It allows for the secure export of electronic health information, promoting safe access for patients. By integrating your EHR, payer systems, or any health information technology into fhirstation, you can achieve immediate compliance with the Final Rule. Fhirstation serves as a comprehensive, scalable, and secure multi-tenant Software as a Service (SaaS) platform tailored for electronic health record (EHR) vendors, health plans, hospitals, providers, and other organizations that are required to deliver patient data in accordance with the USCDI v1 FHIR v4 API and the electronic health information export mandates of the HHS final rule and CMS interoperability guidelines. This platform effectively dismantles barriers to information sharing by facilitating data exchange among patients, health IT developers, health systems, EHR vendors, and payers. Additionally, fhirstation is designed to be SMART on FHIR ready, paving the way for innovative patient access applications in the future while fostering a collaborative healthcare ecosystem.
Learn more
HL7 FHIR
FHIR is characterized as a 'RESTful' framework, aligning with the general industry interpretation of REST. However, it predominantly adheres to Level 2 of the REST Maturity Model within its core specification, while achieving full Level 3 compliance is feasible through the adoption of extensions. Being a standard, FHIR relies on the uniformity of resource structures and interfaces, which some may argue conflicts with REST principles; nonetheless, this standardization is crucial for maintaining consistent interoperability among various systems. Each "resource type" is associated with a defined set of interactions, allowing for the precise management of resources. Applications that assert their compliance with this framework refer to themselves as "RESTful FHIR," emphasizing their adherence to these standards. Furthermore, within this RESTful design, transactions are executed directly on the server resource via HTTP request and response, reinforcing the framework's integrity and functionality. This structured approach not only enhances interoperability but also streamlines the development of applications that utilize FHIR.
Learn more