Departments
Six Practice Areas, One Engineering Standard
Each department is led by a principal engineer with deep specialization. Every engagement draws on the full breadth of the firm as needed.
Systems Architecture & Design
The foundation of everything we do. Our architecture practice produces detailed, implementation-ready system designs backed by rigorous analysis. We model system behavior under normal, peak, and failure conditions. We define component interfaces, data flows, security boundaries, and operational procedures before implementation begins.
Each architecture deliverable includes a formal trade-off analysis document that records every significant decision: what alternatives were considered, why the chosen approach was selected, and what future conditions might warrant revisiting the decision. This documentation serves as an institutional record that outlasts the engagement and enables your team to understand not just what was built, but why.
- Distributed systems architecture with multi-region deployment models
- High-availability design with quantified RPO, RTO, and SLA targets
- Technology evaluation and formal trade-off analysis with weighted decision matrices
- Load modeling, capacity planning, and growth projection with cost forecasting
- Security architecture with STRIDE-based threat modeling and control mapping
- Comprehensive cost modeling across deployment scenarios
Cloud Infrastructure Engineering
We design, provision, and manage cloud environments using infrastructure-as-code practices that make every deployment repeatable, auditable, and recoverable. Our cloud practice spans AWS, Microsoft Azure, and hybrid architectures, with consistent governance and security controls applied across all environments regardless of provider.
Unlike cloud resellers who optimize for consumption, we optimize for your outcomes. Our architecture decisions — instance families, storage tiers, region placement, reserved capacity strategies — are driven by your workload characteristics and budget constraints. We provide transparent cost reporting and regularly identify optimization opportunities throughout the engagement lifecycle.
- Infrastructure-as-Code using Terraform and CloudFormation with peer-reviewed modules
- Kubernetes and container orchestration platform engineering with automated scaling policies
- Serverless architecture for event-driven workloads with cost-per-invocation modeling
- Multi-account and multi-region governance with consolidated security controls
- Cloud cost optimization including reserved capacity planning and workload right-sizing
- Disaster recovery architecture with automated failover testing on a defined schedule
Systems Integration
Modern enterprises run on interconnected systems. Our integration practice designs the middleware, APIs, message buses, and data pipelines that make disparate platforms function as a cohesive ecosystem. We emphasize loose coupling, clear interface contracts, comprehensive error handling, and end-to-end observability — so that a failure in one component does not cascade unpredictably through the system.
We have particular expertise in legacy system modernization. Most organizations cannot simply retire platforms that have accumulated decades of business logic. We design phased migration strategies that keep legacy systems operational while incrementally extracting and modernizing their functionality. Each phase is independently testable and reversible.
- API gateway architecture with versioning, rate limiting, and developer portal documentation
- Event-driven integration using Apache Kafka with schema registry governance
- Legacy system modernization through phased strangulation patterns with parallel run validation
- ETL and ELT pipeline engineering for data warehousing and analytics platforms
- Enterprise service bus design with message routing, transformation, and dead-letter handling
- Third-party SaaS integration with custom middleware where native connectors are insufficient
Cybersecurity Architecture
Security is not a feature layer. It is a property of the system that must be designed in from the beginning. Our security architecture practice addresses the full spectrum: threat modeling during design, control implementation during build, detection engineering for operations, and incident response planning for the scenarios where prevention fails.
We align our security designs with the compliance frameworks relevant to your industry — SOC 2, ISO 27001, HIPAA, PCI DSS, and others — but compliance is the floor, not the ceiling. Our architectures address real-world threat profiles specific to your organization, not just the minimum controls required by audit checklists.
- Threat modeling using STRIDE and attack tree methodologies with risk-ranked findings
- Zero-trust network architecture with micro-segmentation and identity-aware proxies
- SIEM deployment with custom detection content tuned to your environment and threat profile
- Identity and access management architecture with privilege escalation path analysis
- Compliance framework alignment with control mapping and evidence collection automation
- Incident response planning with tabletop exercises and automated containment runbooks
Managed IT Operations
Our operations team provides continuous monitoring, proactive maintenance, and incident response for production systems. We combine automated tooling with experienced engineers who understand the systems they manage — not a helpdesk reading from scripts, but operations engineers who can diagnose and resolve complex issues without escalation delay.
Every managed engagement includes monthly operations reviews with detailed SLA reporting, trend analysis, and prioritized improvement recommendations. We surface issues before they become incidents and provide capacity forecasting that enables informed budgeting and planning. Our goal is to make operations a strategic contributor to your technology planning, not a cost center you hear from only when something breaks.
- 24/7 infrastructure monitoring with intelligent alert routing and on-call escalation policies
- Automated incident response with runbook automation for common failure scenarios
- Patch management and vulnerability remediation with risk-based scheduling
- Performance baseline monitoring with statistical anomaly detection and alerting
- Backup validation with automated restore testing on a defined schedule
- Monthly operations reviews with SLA attainment analysis, trend reporting, and recommendations
Digital Transformation & DevOps
Technology organizations that ship faster win. Our transformation practice helps you adopt the practices, tools, and culture that enable rapid, reliable delivery. We do not deliver slide decks about DevOps — we pair with your engineering teams, configure pipelines, automate deployments, and build observability platforms. The artifacts we produce are running systems, not consulting reports.
We measure transformation success through concrete metrics: deployment frequency, lead time from commit to production, change failure rate, and mean time to recovery. These metrics are tracked throughout the engagement and reported transparently. When our engagement concludes, your teams have both the tooling and the operational knowledge to sustain and improve these practices independently.
- CI/CD pipeline design with automated testing, security scanning, and approval gates
- DevOps maturity assessment with quantified baseline and prioritized improvement roadmap
- Container orchestration platform deployment with automated canary and blue-green deployment strategies
- Observability platform deployment covering metrics, structured logging, and distributed tracing
- GitOps workflow implementation for both infrastructure and application deployment
- Embedded engineering pairing sessions for hands-on knowledge transfer and practice adoption
FAQ Common Questions About Our Practice
What distinguishes CGM Equity from other systems integration firms? Three things. First, every engagement is led by a senior engineer who remains hands-on throughout — we do not sell with partners and deliver with junior staff. Second, our architecture documentation is genuinely implementation-ready: detailed component specifications, not conceptual diagrams. Third, we are transparent about trade-offs. We tell you what you are giving up with each decision, not just what you are gaining.
What size of engagement do you typically take on? Our engagements typically range from focused eight-week technical assessments to multi-year managed services relationships with dedicated engineering teams. The common factor is complexity: we are the right firm when the system architecture involves non-trivial trade-offs that require experienced judgment, not just labor.
How do you work with existing internal technology teams? As partners and force multipliers. Our role is to bring specialized architecture and engineering capability that complements your in-house expertise. For managed services, we handle operational monitoring and maintenance so your team can focus on product and business initiatives rather than production support.
What does a new engagement look like in the first few weeks? We begin with a structured discovery phase: system audits, stakeholder interviews, requirements synthesis, and constraints analysis. This typically spans two to three weeks and concludes with a detailed findings report that our clients often tell us is valuable even if they choose not to proceed with a full engagement.