Avion Technology Designs Microservices Architecture That ScalesWithout Falling Apart
Avion Technology designs service boundaries around real business domains, builds resilience and observability in from the start, and decomposes monoliths carefully — so microservices actually deliver the scalability and team autonomy they promise, instead of becoming a distributed mess that’s harder to run than what you started with.
We design boundaries before we design services. Domain modeling, data ownership, and failure handling architected by people who understand distributed systems, not just how to split code into more repositories.
Microservices Services Avion Technology Delivers
We provide end-to-end microservices architecture and development services — from initial design through migration, resilience engineering, and long-term support.
Microservices Architecture Consulting
Assessing your system and business domains to design service boundaries and an architecture roadmap.
Benefits: A clear, expert-built plan that avoids the common mistake of splitting along the wrong lines.
Ideal for: Businesses evaluating microservices or planning a decomposition.
Expected outcome:
A domain model, service boundary design, and migration roadmap.
Monolith to Microservices Migration
A staged decomposition of an existing monolith into independently deployable services.
Benefits: Incremental progress with a working system at every step, not a risky big-bang rewrite.
Ideal for: Businesses with a monolith that’s become too large or risky to deploy safely.
Expected outcome: A working system incrementally decomposed into well bounded services.
Domain-Driven Design & Service Boundary Definition
Identifying bounded contexts and designing service boundaries around real business domains.
Benefits: Services that align with how your business actually operates, minimizing unnecessary coupling.
Ideal for: Any microservices project, since this is the foundation everything else depends on.
Expected outcome: A validated domain model and service boundary design.
New Microservices System Development
Building a new system on microservices architecture from the ground up.
Benefits: Independent scaling and deployment built in from day one, not retrofitted later.
Ideal for: Businesses building a new product where microservices are genuinely the right fit.
Expected outcome: A production-ready microservices system built on solid architecture.
API Gateway & Service Communication Design
Designing API gateways and the synchronous/asynchronous communication patterns between services.
Benefits: Consistent, secure, well-managed communication instead of ad hoc service-to-service calls.
Ideal for: Systems with multiple services needing consistent external and internal APIs.Expected outcome: A properly designed API gateway and communication architecture.
Event-Driven Architecture Development
Building asynchronous, event-driven communication using message queues or event streaming platforms.
Benefits: Loosely coupled services that scale and evolve independently.
Ideal for: Systems where synchronous coupling would create unnecessary dependencies.
Expected outcome: A working event-driven architecture with appropriate messaging infrastructure.
Resilience & Fault Tolerance Engineering
Implementing circuit breakers, retries, timeouts, and graceful degradation patterns.
Benefits: Failures contained to individual services instead of cascading into full outages. Ideal for: Any production distributed system, since failure is inevitable at scale. Expected outcome: A system that degrades gracefully instead of failing catastrophically.
Containerization & Kubernetes Orchestration
Containerizing services with Docker and orchestrating deployment with Kubernetes or similar tools.
Benefits: Consistent, scalable deployment across environments with efficient resource use.
Ideal for: Businesses running or scaling containerized microservices.
Expected outcome: A production-ready container orchestration environment.
Observability & Distributed Tracing Implementation
Implementing distributed tracing, centralized logging, and metrics across your services..
Benefits: The ability to actually debug and understand system behavior in production.
Ideal for: Any distributed system where “we can’t tell what’s happening in production” is a real problem.
Expected outcome: A working observability stack with tracing, logs, and metrics.
CI/CD Pipeline Development for Microservices
Building independent deployment pipelines for each service.
Benefits: Teams deploying their own services safely and independently, without coordinating with everyone else.
Ideal for: Organizations wanting real deployment autonomy across teams.
Expected outcome: Automated, independent CI/CD pipelines per service.
Microservices Rescue & Re-Architecture
Assessing and re-architecting a “distributed monolith” that isn’t delivering the benefits microservices should.
Benefits: A system that finally gets the independence and scalability microservices are supposed to provide.
Ideal for: Businesses whose previous microservices attempt increased complexity without real benefit.
Expected outcome: Re architected service boundaries and data ownership that deliver real independence.
Managed Services & Ongoing Architecture Support
Ongoing architectural governance, monitoring, and support as your system evolves.
Benefits: An architecture that stays coherent instead of drifting back into unmanaged coupling over time.
Ideal for: Organizations without dedicated in-house platform or architecture teams.
Expected outcome: A continuously supported, architecturally sound system.
How Avion Technology Will Design Your Microservices Architecture
We follow a structured, transparent process so you always know what’s happening and what’s next.
Phases
What it is
Discovery & Domain Modeling
We learn your business domains, current system, and scaling or team pain points.
Service Boundary Design
We identify bounded contexts and design service boundaries and data ownership.
Architecture Design
We design communication patterns, resilience strategy, and observability approach.
Development or Migration
We build new services, or decompose your monolith in staged, working increments.
Resilience & Observability Implementation
We implement circuit breakers, tracing, logging, and metrics.
Containerization & Orchestration
We containerize services and set up Kubernetes or your chosen orchestration.
CI/CD Setup
We build independent deployment pipelines for each service.
Ongoing Architectural Support
We provide continued governance and support as your system evolves.
What Avion Technology Architects and Builds for You
We work across the full lifecycle of a microservices architecture — not just splitting code into more services, but the design discipline that determines whether the result is actually easier to run than what you started with.
Domain modeling and service boundaries
We use domain-driven design principles to identify real bounded contexts, so services align with how your business actually operates, not an arbitrary technical split.
Data ownership design
We design each service to own its data, with clear contracts for how services share information, avoiding the shared-database coupling that undermines independent deployment.
Resilience engineering
We implement circuit breakers, retries, timeouts, and graceful degradation so failures are contained instead of cascading across your system.
Communication patterns
We design synchronous (REST, gRPC) and asynchronous (event-driven, message queue) communication deliberately, based on the actual consistency and coupling requirements of each interaction.
Observability
We implement distributed tracing, centralized logging, and metrics so you can actually debug a production issue across services, not guess.
Deployment and orchestration
We build containerized services with Kubernetes or similar orchestration, and CI/CD pipelines that let teams deploy independently and safely.
Why Avion Technology
19+
Years of Experience
1.9k+
Projects Completed
500+
Clients Satisfied
40+
Technology Experts
“We configure the specific modules and capabilities that match your operations — not a one-size-fits-all setup.”
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FAQs
Get the clarity and confidence you need to begin your journey with our expert ServiceNow consulting team.
Yes. Avion Technology designs, builds, and migrates systems to microservices architecture for our clients, handling the full lifecycle from domain modeling through ongoing operational support.
We start with domain-driven design to identify real business boundaries and design data ownership deliberately, rather than splitting code along arbitrary technical lines that recreate monolith coupling in a distributed form.
It depends on your specific scaling, deployment, and team pain points. We give you an honest assessment rather than assuming the answer is always microservices, since the added complexity isn’t justified for every system.
Yes. We use a staged decomposition approach, extracting services incrementally while keeping the system working at every step, rather than a risky all-at-once rewrite.
Domain driven design is an approach to modeling software around real business domains. It matters for microservices because service boundaries based on genuine business domains create far less coupling than boundaries based on technical layers or convenience.
Shared databases create hidden coupling between services that are supposed to be independent, making it difficult or impossible to deploy or scale them separately, which defeats much of the purpose of microservices.
Yes. We regularly assess systems where a previous decomposition increased operational overhead without delivering real independence, and re-architect the boundaries and data ownership properly.
Circuit breakers are a resilience pattern that stops calls to a failing service from cascading into a larger outage. We implement circuit breakers, retries, and timeouts so failures are contained rather than spreading.
We implement distributed tracing, centralized logging, and metrics so you can trace a request across every service it touches, rather than manually checking logs one service at a time.
Yes. We containerize services with Docker and orchestrate deployment with Kubernetes or similar orchestration tools appropriate to your infrastructure.
Phone
+1 (242) 299-8860Address
1600 McConnor Parkway,
Suite 125, Schaumburg, IL 60173
Schedule a free consultation
Phone
+1 (242) 299-8860Address
1600 McConnor Parkway,
Suite 125, Schaumburg, IL 60173