Architecture and application code
Critical flows, coupling, failure points, dependency risk, test coverage, and maintainability are reviewed.
Software Reliability Assessment
Find Reliability Risks
Before They Become Production Incidents
A structured review of your application, architecture, AWS infrastructure, deployment process, monitoring, and operational dependencies, followed by a prioritized remediation roadmap.
- ReviewArchitecture, code risks, AWS infrastructure, CI/CD, monitoring, backups, and ownership.
- PrioritizeFindings are ranked by severity, operational impact, and business continuity risk.
- ActUse the roadmap internally or ask Implemica to implement selected improvements.
When to call
Who needs the assessment
- Production incidents are becoming more frequent or harder to diagnose.
- Management lacks an objective view of application, architecture, or operational risk.
- Backups, disaster recovery, monitoring, alerting, or ownership boundaries are unclear.
- Deployments are difficult, manual, or dependent on one or two key people.
- The system is approaching a major release, migration, scaling event, acquisition, or handover.
- There are concerns about unsupported dependencies, AWS reliability, or security-related engineering risks.
Scope
What is assessed
The assessment looks at the system as it actually runs: not only code quality, but also production behavior, operational dependencies, and recovery paths.
AWS and infrastructure
Hosting topology, configuration risks, scaling assumptions, backups, data protection, and recovery paths are examined.
Deployment and CI/CD
Builds, release steps, rollback options, environment drift, and manual operational dependencies are evaluated.
Monitoring and alerting
Observability coverage, incident signals, logs, metrics, alerts, and response workflows are checked for blind spots.
Operational ownership
Documentation, key-person dependency, production access, support routines, and knowledge concentration are reviewed.
How it works
Assessment process
The process is designed to create an actionable view of risk without requiring a disruptive production change.
- 01
Introductory call
Business context, current concerns, system boundaries, and assessment priorities are clarified.
- 02
Evidence collection
Relevant access, diagrams, repositories, deployment notes, incident history, and monitoring views are gathered.
- 03
Technical review
Architecture, code, infrastructure, CI/CD, monitoring, data protection, and recovery paths are analyzed.
- 04
Engineer interviews
Relevant team members help identify hidden dependencies, recurring incidents, and operational realities.
- 05
Findings presentation
Risks, quick wins, remediation options, and implementation priorities are discussed with technical and business stakeholders.
Engineering fit
What happens after the assessment
Implement internally
Your team can use the prioritized findings and roadmap to plan its own remediation work.
Ask Implemica to implement selected improvements
Implemica can help with targeted fixes, monitoring, deployment improvements, modernization, or reliability engineering.
Continue into ongoing ownership
If the system needs broader support, the assessment can become the first step toward long-term maintenance or rescue work.
EDC Technology
How EDC Technology supports the assessment
EDC Technology starts with expertise around critical points in the system and the software product. In an assessment, that means identifying which functions, integrations, and operational conditions matter most for reliability before recommending duplication, safeguards, or critical settings.
Outputs
Common deliverables
- Executive summary
- Prioritized risk register
- Severity and impact classification
- Quick wins
- Remediation roadmap
- Architecture and operational observations
- Optional implementation proposal
Public proof
Relevant public proof
Sodick IoTIndustrial telemetry and remote machine access with production continuity as a key concern.Tap2Dine POSPublic example of Crash & Risk Assessment materials and reliability-focused architecture work.Score TicketsPublic example of risk assessment and remediation around mission-critical delivery deadlines.
FAQ
Questions technical buyers usually ask
Is this a penetration test?
No. The assessment can identify security-related engineering risks, but it is not presented as a formal penetration test, certification, or compliance audit.
Do you need production access?
Not always. The access model depends on the system and risk profile. Read-only evidence, staging access, monitoring views, diagrams, and engineer interviews may be enough for an initial review.
Can you assess an AWS-hosted Java application?
Yes. Java, Spring, AWS infrastructure, CI/CD, monitoring, integrations, and operational ownership can be reviewed together.
Will we receive prioritized recommendations?
Yes. Findings are organized by severity, impact, likely remediation effort, and relevance to business continuity.
Can our own team implement the recommendations?
Yes. The assessment is useful even if your internal team performs the implementation.
Can Implemica help implement the findings?
Yes. Implementation can be scoped as targeted remediation, modernization, reliability engineering, or ongoing support.
Is the assessment suitable before a major migration or acquisition?
Yes. It can help clarify technical and operational risk before migration planning, scaling, handover, acquisition review, or a major release.