EXECUTIONSOFT / OUR PARTNERS
Our partners.
Established technology ecosystems. Software built around your business.
What these partnerships mean
EXECUTIONSOFT has agreed partnerships with Microsoft, Amazon Web Services (AWS), Cloudflare, and Red Hat. These relationships sit alongside our core work: designing and building software that addresses real business needs.
For clients, the important question is not simply which names appear on a partner page. It is how the right combination of application development, cloud infrastructure, security, and operational practices can support a dependable solution. The sections below explain each technology ecosystem and the opportunities we can assess for your project.
These are technology and delivery possibilities, not a promise that every product or service is included in every engagement. Specific partner program designations, certifications, licensing rights, credits, discounts, and vendor support entitlements are not claimed here. Applicable services and benefits are confirmed in the project proposal and relevant agreements.
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Microsoft
Business applications, cloud infrastructure, and connected workplace systems.
What the Microsoft ecosystem can enable
Microsoft brings together application development, Azure cloud services, identity, and business productivity tools. It can be a practical choice for organizations whose people and processes already depend on Microsoft technologies, as well as for new applications with no existing Microsoft footprint.
Application development & Azure architecture
- Assess custom web applications, customer portals, internal systems, and APIs using appropriate frameworks, including .NET where it fits the requirements.
- Evaluate Azure hosting, managed databases, storage, and event-driven services against workload size, data residency, resilience, and operating cost.
- Plan environments and deployment processes so development, testing, and production are separated and changes can be reviewed before release.
Microsoft 365 & business integration
- Explore integrations with Microsoft 365 and Microsoft Graph for approved workflows involving documents, calendars, collaboration, and organizational information.
- Connect existing business processes rather than require staff to re-enter the same information across disconnected applications.
- Assess Power Platform or Dynamics 365 integration where suitable, with licensing, connector availability, tenant permissions, and data governance considered upfront.
Identity, access & data protection
- Consider Microsoft Entra ID for organizational sign-in and application access, with roles mapped to actual job responsibilities.
- Design permission boundaries, secret management, logging, and data retention alongside the application rather than treating them as last-minute additions.
- Identify which security controls depend on subscription level, administrator configuration, and ongoing customer responsibilities.
Practical value for your business
- A staff portal could combine organizational sign-in, business approvals, and controlled document access in a single workflow.
- An existing application could be assessed for modernization without assuming that every component needs to move to the cloud.
- Success criteria can include fewer manual handoffs, clearer access controls, and maintainable deployments; outcomes must be measured against your baseline.
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Amazon Web Services (AWS)
Flexible cloud foundations for applications, data, and changing demand.
What the AWS ecosystem can enable
AWS offers infrastructure and managed services for running software without purchasing and maintaining every underlying component yourself. The engineering task is to choose an appropriate combination, not to adopt the largest possible number of services.
Application hosting & workload design
- Compare virtual machines, containers, and serverless execution, including services such as Amazon EC2, Amazon ECS, and AWS Lambda where appropriate.
- Match the hosting model to traffic patterns, execution limits, deployment needs, and the team's ability to operate it.
- Use queues and asynchronous processing where useful for uploads, notifications, integrations, or work that should not block a customer request.
Data storage, backups & recovery
- Evaluate object storage such as Amazon S3 and database options such as Amazon RDS according to access patterns and consistency requirements.
- Define retention, backup schedules, restoration procedures, and recovery objectives rather than assume managed hosting removes these responsibilities.
- Choose regions and replication approaches with data location, availability requirements, transfer costs, and legal obligations in mind.
Security, observability & cost control
- Plan least-privilege AWS Identity and Access Management permissions, network boundaries, encryption, and secure management of application credentials.
- Define useful logs, metrics, alarms, and response procedures so operators can distinguish normal activity from service problems.
- Introduce budgets, resource tagging, and usage reviews; elasticity can accommodate demand but does not guarantee lower costs.
Practical value for your business
- A customer-facing platform could separate interactive requests from background processing and scale selected components as usage changes.
- A data-heavy workflow could store documents securely and process them through controlled, traceable stages.
- Cloud adoption can proceed incrementally, with migration, rollback, running costs, and operational ownership agreed before production changes.
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Cloudflare
A network layer for connecting, protecting, and delivering online services.
What the Cloudflare ecosystem can enable
Cloudflare can sit between an application's users and its origin infrastructure, providing DNS, traffic delivery, and security capabilities. It can complement a Microsoft, AWS, or other hosting environment; it does not automatically replace the application's backend or eliminate the need to secure it.
DNS, caching & content delivery
- Plan DNS records and migration steps carefully to protect website availability and avoid disrupting unrelated services such as email.
- Assess content delivery and caching for suitable assets, with explicit rules that prevent private or personalized responses from being cached publicly.
- Review TLS configuration, cache invalidation, and origin connectivity, then measure delivery behavior rather than promise a universal speed improvement.
Traffic filtering & application protection
- Evaluate web application firewall rules, rate limiting, bot controls, and DDoS protection according to the selected plan and threat model.
- Tune and monitor rules to reduce malicious traffic while avoiding unnecessary disruption to legitimate users and integrations.
- Combine edge protections with secure application code, patching, authentication, and origin restrictions; no single layer guarantees protection against every attack.
Controlled access & edge applications
- Explore Cloudflare Zero Trust access patterns for selected internal applications, tied to identity and access policies where appropriate.
- Assess Cloudflare Workers for suitable edge logic or lightweight services, accounting for runtime constraints and data handling requirements.
- Document trust boundaries and integration dependencies so an edge service does not become an unexplained part of the production architecture.
Practical value for your business
- A public website could serve cacheable content closer to users while keeping authenticated business functions under separate rules.
- An administrative tool could use identity-aware access controls instead of relying only on an obscure public address.
- A rollout should include DNS checks, traffic monitoring, exception handling, and a rollback plan; availability and security remain shared operational work.
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Red Hat
Enterprise open-source foundations, automation, and hybrid-cloud platforms.
What the Red Hat ecosystem can enable
Red Hat brings enterprise packaging, lifecycle management, and subscription-based offerings to open-source technologies. Its ecosystem is relevant to organizations that need consistent Linux environments, repeatable operations, or container platforms across on-premises and cloud infrastructure.
Enterprise Linux & lifecycle planning
- Evaluate Red Hat Enterprise Linux for workloads that need defined platform versions, update practices, and application compatibility planning.
- Establish server baselines, access controls, patching procedures, and monitoring suited to the environment.
- Plan upgrades and lifecycle transitions in advance, with subscription coverage and vendor support scope checked separately.
OpenShift & container platforms
- Assess Red Hat OpenShift for containerized applications that justify a managed platform approach to deployment and operations.
- Consider image provenance, build pipelines, configuration, secrets, networking, persistent storage, and workload access policies together.
- Compare platform complexity and total operating cost with simpler hosting options; not every application needs Kubernetes.
Ansible automation & repeatable operations
- Explore Red Hat Ansible Automation Platform for repeatable configuration, deployment, and maintenance workflows.
- Put automation through version control, review, testing, and controlled execution to reduce configuration drift and manual variation.
- Define credentials, approval boundaries, failure handling, and recovery procedures because automation can repeat mistakes as readily as correct actions.
Practical value for your business
- A mixed infrastructure estate could adopt more consistent operating-system configuration and documented maintenance procedures.
- A growing engineering team could evaluate standardized application delivery across development and production environments.
- Hybrid-cloud planning can improve consistency, but portability still requires attention to databases, storage, networking, and provider-specific services.
From partnership to a practical delivery plan
01 / Start with the business problem
- Define users, workflows, existing systems, data sensitivity, budget, and the outcomes the project should support.
- Compare suitable technologies against those needs. A partnership is not a reason to force a platform into a project where it does not fit.
02 / Agree the architecture and responsibilities
- Document integrations, account ownership, environments, access permissions, data locations, and expected operating costs.
- Separate EXECUTIONSOFT's delivery responsibilities from customer administration and the vendor's infrastructure or subscription obligations.
03 / Build, test, and hand over
- Use agreed acceptance criteria, deployment checks, security reviews, and recovery testing appropriate to the project scope.
- Include documentation and operational handover so the resulting system can be understood and maintained beyond its initial launch.
04 / Define ongoing service explicitly
- Confirm who handles monitoring, incidents, updates, backups, billing, and vendor escalation before the system enters production.
- Ongoing support, response times, subscriptions, and service-level commitments apply only where separately agreed; partnership status alone does not include them.
Working together does not mean using everything
A solution might use Azure or AWS for its application infrastructure, Cloudflare for selected network services, and Red Hat technologies for Linux, containers, or automation. Another solution may need only one ecosystem. Combining vendors adds integration and operational complexity, so each component should have a clear purpose.
Clear expectations, not blanket guarantees
Technology selection and partnership status do not by themselves establish regulatory compliance, guarantee uptime, prevent every security incident, or ensure cost savings. Product availability, features, pricing, and support depend on the selected region, plan, subscription, and contract. Microsoft, Amazon Web Services, Cloudflare, and Red Hat names and trademarks belong to their respective owners; this page does not imply their endorsement of every EXECUTIONSOFT project.
THE RIGHT TECHNOLOGY FOR YOUR PROJECT
Let's discuss what fits.
Tell us what you need to build or improve. We can discuss the relevant ecosystem, delivery scope, and responsibilities before choosing a platform.