Digital & Web

Application Development & Management

End-to-end lifecycle engineering and Site Reliability for mission-critical applications.

Enterprise software must balance rapid feature release cycles with bulletproof operational stability. Outdated monolithic architectures and unmonitored codebases create severe technical debt.

Arraynic Systems manages the entire application lifecycle—from greenfield microservices engineering and legacy modernization to 24/7 Site Reliability Engineering (SRE) and telemetry monitoring.

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Target Engineering Benchmarks
99.99%

Application SLA Guarantee

4x

Faster Deployment Velocity

< 15min

Incident MTTR Response

Backed by strict SLA guarantees and 100% IP ownership.

01 — Problem vs Solution

Eliminating industry bottlenecks.

How our engineering standard solves common pitfalls that plague traditional development agencies.

The Common Flaw

Legacy monoliths are fragile, slow to update, and costly to scale.

The Arraynic Standard

We decompose complex monoliths into modular microservices that scale independently with automated CI/CD.

The Common Flaw

Downtime and performance degradation during high-traffic spikes.

The Arraynic Standard

Automated horizontal pod autoscaling and comprehensive SRE observability to guarantee 99.99% availability.

02 — Technical Pillars

Deep engineering capabilities.

Explore the modular technical foundations built into every application development & management deployment.

Pillar 01

Microservices & Distributed Systems

Decoupling monolithic platforms into independently deployable, containerized services with gRPC and REST communication.

Domain-driven design (DDD)
Docker & Kubernetes orchestration
Service mesh traffic management
Pillar 02

Legacy Refactoring & Modernization

Incremental strangler-fig migration patterns that modernize legacy code without interrupting live business transactions.

Zero-downtime data migration
Code refactoring and decoupling
Cloud-native service adoption
Pillar 03

Site Reliability Engineering (SRE)

24/7 telemetry monitoring, automated health probes, automated rollback routines, and proactive error budget governance.

Prometheus & Grafana dashboards
Distributed tracing with OpenTelemetry
Automated incident alerts
Pillar 04

Continuous Lifecycle Management

Ongoing dependency upgrades, security vulnerability patching, and performance profiling across production environments.

Automated security dependency scans
Database query index optimization
Scheduled architectural reviews

03 — Execution Lifecycle

How we build & ship.

A predictable, transparent sprint cadence with visible working software delivered every week.

Phase 01

Application Audit & Profiling

Analyzing codebase health, memory bottlenecks, security risks, and architecture debt.

Deliverable

Architectural Health & Gap Analysis

Phase 02

Refactoring & Service Decoupling

Restructuring core domains into modular microservices with standardized API contracts.

Deliverable

Modular Microservices Blueprint

Phase 03

Observability & CI/CD Pipeline

Implementing automated integration tests, Dockerization, and Prometheus telemetry.

Deliverable

Automated Build & Monitoring Suite

Phase 04

Continuous Management & SRE

24/7 proactive monitoring, scheduled sprint enhancements, and SLA-backed support.

Deliverable

Ongoing SRE Operations & Monthly Reports

04 — What You Receive

Tangible project deliverables.

  • Custom Microservices Architecture
  • Legacy Stack Modernization & Refactoring
  • Continuous Application SRE & Monitoring Support
  • Automated Testing & Deployment Pipelines
05 — Technical Clarity

Frequently asked questions about Application Development & Management.

How do you modernize legacy software without causing downtime?+

We utilize the Strangler Fig pattern—incrementally migrating specific services and data flows behind an API gateway so business operations run uninterrupted.

What does your continuous application management include?+

Our management covers 24/7 telemetry monitoring, bug triage, security patching, cloud resource optimization, and regular sprint cycles for new feature delivery.

What response times do you offer for critical incidents?+

We provide strict SLA-backed incident response protocols with P1 critical response times under 15 minutes.

Can you take over an existing codebase developed by another team?+

Yes. We begin with a comprehensive codebase and security audit, document missing architecture specs, and establish clean testing pipelines before taking over full maintenance.

Connected Disciplines

Related capabilities in this spectrum.

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