We build self-healing, compliant, and scalable cloud platforms. Our infrastructure as code solutions automate setup with version control, scale on demand, and keep environments predictable.
Outages are often blamed on traffic spikes, but in reality, most failures occur well before users arrive. Traffic alone rarely breaks systems. Error-prone manual changes and inconsistent setups quietly increase configuration risk until systems behave unpredictably.
Instability isn’t just about raw user volume. It usually comes from architectural blind spots and gaps in runtime management. Infrastructure as code (IaC) helps teams regain control over how systems are built and changed. The infrastructure as code model replaces guesswork with controlled execution.
We help teams manage infrastructure as code with discipline, applying software development best practices aligned with our DevOps approach to create controlled, repeatable, and reliable cloud systems designed for growth. A unified infrastructure model improves collaboration among development and operations teams by providing a single source of truth. You gain total visibility and governance over your entire cloud ecosystem.
We review how environments are created and kept in sync. A single shared blueprint keeps the development, staging, and production environments aligned. This not only safeguards the most critical infrastructure components from untracked changes but also reduces the number of failures caused by inconsistent configurations. Infrastructure as code ensures that all changes are tracked, repeatable, and auditable. This practice not only helps keep the environment drift in check across long-lived cloud services, especially in production, but also aids in complying with governance and regulatory strategies commonly coupled with data governance in regulated environments.
Security requirements are written directly into infrastructure definitions. This enables the teams to identify risky changes at an early stage, maintain control over permissions and networks, and fulfill compliance requirements without compromising on speed of delivery. Infrastructure definitions live in version control, where configuration files are tracked, reviewed, and modified to ensure configuration consistency, just like any other software source code. This practice reduces environment drift caused by undocumented changes.
All infrastructure changes move through Git-based workflows, with the repository serving as the central source of truth for configuration files and code. Reviews, automated checks, and approvals replace manual actions, thus reducing risk and improving accountability. These workflows are seamlessly integrated with intelligent automation to minimize manual intervention during infrastructure changes. Every change is deliberate, traceable, and reversible, which gives confidence that infrastructure evolves through controlled, auditable steps rather than ad hoc updates.
We evaluate how resources are assigned, scaled, and discarded over time to ensure expenses remain in line with actual usage. This infrastructure as code pattern makes sure that the scaling stays predictable even when the system is under heavy load. The infrastructure modules contain the scaling rules, lifecycle policies, and cleanup mechanisms that help prevent resource sprawl. IaC enables teams to scale their operations up or down based on demand, so cloud spending will not be based on assumptions or old capacity planning but on actual needs.
We build infrastructure as code solutions using a straightforward engineering process. It’s designed for enterprise scale, regulatory compliance, and long-term operational stability.
Our first step is to thoroughly examine cloud architecture, infrastructure setup options, access methods, and existing automation. Our team reviews dependencies on external cloud services to identify hidden risks. We find manual workarounds and technical debt that quietly slow delivery and weaken control. The audit provides a detailed snapshot of your current condition and outlines where automation, governance, and standardization can make the biggest difference.
Tooling choices are driven by environment size, cloud providers, governance rules, and team maturity. We don’t follow trends, instead, we just pick the right tools that fit your situation. Our developers decide on IaC tools depending on operational complexity and team maturity. We lean towards declarative models for consistency and predictability. Nevertheless, we support imperative workflows when platform constraints require them, so tooling will be in line with both technical and operational realities.
Infrastructure is divided into reusable, versioned modules with well-defined boundaries. These patterns are built and maintained as infrastructure as code. This kind of setup makes changes more testable, safer to roll out, and easier to review. Different teams can collaborate simultaneously without conflicts, reuse proven success patterns across different environments, and develop infrastructure step by step without causing instability.
Provisioning is integrated with the delivery pipeline through automated testing and peer reviews. Infrastructure as code supports different levels of CI/CD automation, supporting the implementation of DevOps practices and continuous integration/continuous delivery. Any changes to the infrastructure receive the same visibility and discipline as standard software development projects, which ensures that every deployment is auditable, reversible, and safe.
Security, regulatory, and control mechanisms are directly embedded in the infrastructure specifications. This way, enforcement remains consistent for all environments, and the dependency on post-facto review is eliminated. Automated validations greatly reduce the occurrence of misconfigurations by catching them early, lower the effort for audits, and ensure that compliance requirements are naturally integrated into the delivery process.
We deploy changes gradually and in a controlled way, check and manage the drift between code and runtime, and enforce alignment. Well-prepared documentation and ownership models are part of the handoff process. Your team is given not only educational training but also operational support to efficiently handle, expand, and maintain the system even after the implementation phase ends.
Stop managing servers and start engineering value. IaC enables faster deployments, greater consistency, better teamwork, enhanced security, and lower costs across cloud environments that support modern data analytics.
Provisioning runs through tested workflows rather than ad hoc steps. Releases follow the same paths across environments, which makes outcomes easier to forecast. Teams plan rollouts with confidence instead of reacting to last-minute failures.
The same infrastructure definitions are used for development, staging, and production. This removes environment-specific gaps that cause “works on my machine” issues. Teams spend less time debugging differences and more time fixing real defects.
Routine tasks move from error-prone manual infrastructure management to code-driven workflows. This shift reduces operational friction in large software platforms. DevOps teams spend more time improving delivery and reliability. Developers deploy infrastructure by running a script instead of managing time-consuming manual provisioning tasks.
Developers get immediate access to self-service environments through approved workflows. Changes pass through clear checks instead of waiting for manual reviews. Teams ship features faster without losing control over stability or governance.
Standardized definitions reduce human error during setup and change. Fewer one-off fixes mean fewer hidden differences across environments. Incidents caused by small configuration gaps become far less common under load.
Idle resources no longer linger unnoticed. Auto-shutdown rules and right-sizing keep usage in line with demand. Teams see predictable spending patterns instead of surprise spikes at the end of the month.
Permissions, network rules, and encryption are applied the same way across the network. Security controls do not drift as systems grow. Audit trails stay complete without relying on manual checks.
Teams use standardized modules to set up secure and compliant infrastructure in minutes. New services integrate smoothly into existing systems, ensuring smooth operation without any friction. No one needs to reinvent the wheel or figure out network settings from scratch.
Alex Samano
Co-Founder & CEO, Mogami App
SPD Technology has done a great job of maintaining the lifeblood of their codes. They’re transparent with pricing models and deliver within budget. Their dedicated teams act as an extension of the partner’s company. Responsibility and a commitment long-term partnership are two hallmarks of their work.
We deliver measurable impact, not just code. See how our infrastructure strategies drive real efficiency and growth across industries.
achieved with AI and process automation
after replacing the legacy systems with a new unified platform
with a response time under 250 ms at the 95th percentile during peak traffic
John Gabbert
Founder and CEO PitchBook Data
Customers are king at PitchBook and SPD Technology shares in this mission. For the last 13 years, SPD Technology has helped us scale product development and continuously deliver the product functionality our clients need to make smarter decisions.
We deliver IaC solutions that rely on standardized auditable configurations and pre-deployment testing to keep infrastructure secure, predictable, and easier to operate at scale.
Start with a clear picture. We assess your current infrastructure maturity, automation gaps, including software delivery pipeline gaps, and operational constraints. Our experts identify high-impact wins and long-term risks, then translate them into a strategy that actually fits your team and environment. You receive a clear and actionable roadmap to move from manual operations to governed and fully automated delivery.
Stop relying on topological guessing. We lay out plans for environments that scale across multiple regions and support disaster recovery without manual intervention. Our engineers determine the network topology and the resource hierarchy that essentially support your business growth over time. The fact that environments can be recreated from codified definitions means that recovery time objectives (RTO) and recovery point objectives (RPO) during disaster recovery can be significantly improved.
Don’t waste time creating solutions that already exist. We architect infrastructure using reusable component libraries with very clearly defined inputs, outputs, and boundaries. This strategy facilitates the implementation of changes that are effortless to test, safe to release, and easy to maintain over time. Teams execute a work process using a proven system of methods across different environments, reduce redundancy, and develop infrastructure without causing instability.
Compliance shouldn’t be a manual gate. We translate regulatory rules and internal policies into infrastructure definitions that are always ready for validation before deployment without any human involvement. With the help of OPA, standards are enforced uniformly across all environments, audit efforts are significantly decreased, and violations can thus be prevented at an early stage. Compliance is integrated into the everyday delivery process rather than being a final checkpoint.
Make operations boring and predictable. We integrate infrastructure with CI/CD and GitOps workflows, ensuring peer reviews, automated testing, and approval gates are always in place for every change. Unauthorized updates get detected very quickly. All modifications remain traceable and reversible. Infrastructure changes are treated with the same discipline as application code, thereby reducing risk in production.
Drift occurs when systems gradually change. We set up governance models that specify how infrastructure can change over time and who owns each layer. Automated detection tools keep runtime aligned with approved definitions, show deviations early, and reduce unexpected behavior in production. Teams regain confidence that what’s running matches what was approved.
Cloud platforms evolve rapidly, and so must the infrastructure to support them. We never stop improving IaC in response to changing usage patterns, the appearance of new services, and cost fluctuations. Regular optimization activities ensure that configurations remain efficient, secure, and in line with business goals. Your infrastructure stays up to date without overwhelming your team with a constant rework cycle.
We apply infrastructure as code across every critical cloud layer to maintain system consistency, security, and make it easier to operate at scale.
Complicated network topologies can be broken down into manageable modules. Through code, we specify subnets, peering, and firewalls, which helps us avoid any routing mistakes that lead to outages. Instead of being a delicate web of manual configurations, your network becomes a dependable foundation.
We manage VM clusters, autoscaling groups, and serverless workloads as code. Infrastructure adapts to load rather than waiting for manual changes, so your computing resources scale automatically with demand.
Containers without the overhead. We develop control planes, ingress, and service routing for Kubernetes and Amazon ECS, keeping platforms up to date without the need for one-off orchestration fixes or undocumented steps.
We provide encrypted, backed-up, replicated, and governed databases and storage that follow well-defined lifecycle rules. Data layers remain consistent across different regions and environments, which makes recovery reliable and helps to avoid sprawl as the systems grow.
We manage IAM roles, policies, SSO integrations, and secrets centrally as code to ensure the right people have access only when they need it. Teams audit access faster, keeping permissions intentional and preventing drift in production.
We centrally manage IAM roles, policies, SSO integrations, and secrets as code to ensure that the right people are given access only when they need it. Teams can audit access more quickly, ensuring that permissions are deliberate and avoiding production drift.
The pipeline is part of the product. We code the runners and registries that ship your software, ensuring the delivery mechanism never breaks. This creates a self-sustaining loop where the tool that builds the code is managed by code.
We define organizational units and landing zones to keep billing separate and security policies global. It creates a scalable account structure with centralized billing and security baselines, which keeps the enterprise organized even as you create hundreds of new accounts.
We enforce encryption, key management, certificate handling, and guardrails by default. We rotate secrets and enforce guardrails so your infrastructure defends itself. This “security-as-code” approach ensures that security scales perfectly with your growth.
We build infrastructure that scales with your ambition. Our engineering patterns ensure stability, security, and speed in DevOps workflows for growing software development teams.
We build modular frameworks that support multi-region deployment and disaster recovery from the start, enabling large-scale development in the long run. Well-defined limits and versioning allow for safer modifications, while recovery paths are kept tested and predictable.
We define shared patterns for development, staging, and production. Teams ship against the same assumptions, compliance presets stay consistent, and environment-specific issues stop slipping into releases.
We shift security left. Security checks and policy rules run directly in IaC pipelines. Teams catch risky changes early, keep guardrails in place, and avoid last-minute fixes during delivery. Your code is secure by design, not patched in panic later during an audit.
We handle the complex “brain” of IaC. Our engineers design state backends, locking strategies, and drift detection workflows. Drift becomes visible quickly, making it easier to predict and correct infrastructure behavior.
We organize the chaos of growth. Our experts design account hierarchies and tagging strategies that give you granular visibility into cost and ownership. You get enterprise-scale control without stifling individual team velocity.
We add unit, compliance, and integration tests to the infrastructure code. Changes get validated before rollout, reducing risk as systems evolve. So you keep changes safe, repeatable, and more manageable to review over time.
We treat security and compliance as part of the infrastructure itself, not as steps added after deployment. We build compliant-by-design architectures that satisfy the strictest regulatory audits. We automate the controls you need to pass audits and keep data locked down.
Security rules live in infrastructure code, where reviews and automated checks catch unsafe changes and security vulnerabilities early. Access controls and network boundaries stay consistent, keeping guardrails in place before updates reach production.
We enforce encryption for storage, in transit, and at rest across all environments. Keys, certificates, and secrets follow explicit rules, so security stays consistent across regions and environments without manual setup.
We design infrastructure to support audit and regulatory needs from day one. Logging, access controls, and change history remain traceable, making ISO, SOC 2, and HIPAA compliance checks routine rather than disruptive.
At SPD Technology, we combine deep architectural expertise with a business-first mindset. Writing code is not our sole focus. We architect platforms that scale the revenue.
We specialize in navigating complex multi-account, multi-region, and hybrid environments that challenge less experienced teams. Our infrastructure as code expertise helps bring order to chaos, ensuring your platform stays reliable, compliant, and scalable even as delivery demands grow.
We protect your reputation by integrating security into every aspect of code. Our deliverables arrive pre-wired with encryption, strict IAM governance, and automation guardrails. Security of infrastructure that complies with ISO 27001 and SOC 2 standards is guaranteed from day one without the need for manual retrofits.
Our senior engineers think in systems, not just scripts. We go beyond tool syntax to master the deep architectural principles that underpin reliable IaC, such as networking, disaster recovery, and governance. We design the resilient topologies that keep you online and ensure stability as your platform evolves.
We don’t just run experiments, we deliver outcomes. Our engineers take you through the whole transformation journey, from initial blueprinting to automated GitOps pipelines. We help you transition from manual chaos to governed code, having achieved deep reductions in deployment time, costs, and operational risks across many cases.
SPD Technology designs and develops transformative software solutions that drive innovation, new revenue streams, and market leadership.
Industry: Finance, Payments & Fintech 
Country: the USA 
Team Size: 6 Industry: Finance, Payments & Fintech Country: the USA Team Size: 5 Industry: Finance, Payments & Fintech Country: the USA Team Size: 10 From FinTech industry stalwarts to industry-leading eCommerce providers, from well-established large and mid-sized businesses in a range of verticals to promising digital startups
Answering common questions on infrastructure as code.
Costs scale with complexity. A focused pilot might start around $15k, while enterprise transformations require a larger investment. We can provide transparent outcome-based pricing tailored to your roadmap after a detailed assessment of your architecture and goals.
We start with a full audit to map your assets and identify manual pain points. Next, we define your desired state and select tools like Terraform or Pulumi. We then build a proof of concept to validate the approach before the full rollout begins.
Modern IaC tools use plugins called providers to manage distinct APIs. This lets us create a unified codebase that orchestrates services across AWS, Azure, and on-premise. You get centralized management without needing separate teams for each cloud.
Challenges often arise from unclear ownership, ineffective state management, and a lack of controls. Without proper reviews and testing, drifting goes unnoticed. We address this with strict state locking, automated drift detection pipelines, and restricted console access to read-only. Teams also achieve better results when IaC is treated as shared engineering work rather than a one-off project.
Infrastructure as code works for teams of any size. Smaller companies gain speed and consistency early, while larger organizations benefit from stronger control, governance, and predictability. The same approach scales as systems, teams, and environments grow.
It depends on your goals. For multi-cloud provisioning, Terraform is the industry standard, though Pulumi is excellent if your team prefers using standard programming languages. For pure configuration management, Ansible’s agentless YAML approach is a favorite, though Chef, Puppet, and the Python-based SaltStack are powerful alternatives. We can also implement Crossplane, an open-source Kubernetes add-on that turns your cluster into a universal control plane, or tools like Google Cloud Deployment Manager, the native IaC service for creating, configuring, and managing Google Cloud resources, for single-cloud setups. Finally, we use Spacelift to add governance and policy layers on top of these tools.
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