Sciensa

// Capabilities / Cloud & DevSecOps

Platforms built for scale, security and reliability

From microservices architecture and internal developer platforms to cloud foundations, CI/CD and SRE — complete enterprise operational layer engineering.

99.9%
Uptime delivered
60%
Infra cost reduction
10×
Deploy frequency
75%
Fewer vulnerabilities

// OUR APPROACH

Security and reliability are not afterthoughts.

Team mapping security pipeline
SAST/DAST in every pipelineSecrets scanning (GitLeaks)Policy as code (OPA)Zero-trust networks

Security shift-left

A vulnerability found in production costs 100× more to fix than one found in development. Sciensa's shift-left model captures vulnerabilities at the commit phase, not the incident phase. 35% of organizations waste 25–40% of their cloud budget due to lack of governance and security automation. (Gartner (2025))

0%Reduction in production security vulnerabilities
Laptops on terrace with São Paulo skyline
Multi-account landing zonesFinOps frameworkTagging and cost attributionReserved capacity planning

Cloud foundations that last

Reliability is not a property of infrastructure, it is a property of teams and practices. Elite engineering teams deploy 182× more frequently and recover from incidents 43× faster, not because of better hardware, but because of how they operate. (DORA Report (2024))

0%Average infrastructure cost reduction
SRE team in nighttime operations room
SLO/error budget managementChaos engineering (Chaos Monkey)Blameless post-mortemsOn-call runbooks & escalation

SRE discipline for the most critical systems

We apply Google's SRE principles to financial-grade systems: error budgets, SLOs, chaos engineering and blameless post-mortems, building the operational discipline to keep critical platforms running.

0 minAverage MTTR on platforms we operate

// WHAT WE BUILD

Cloud, DevOps & Platform Engineering, end to end.

From microservices and IDPs to cloud security and SRE, every operational layer covered.

01

Platform Engineering & IDP

Internal developer platforms, golden paths and self-service templates that reduce new service onboarding from weeks to hours.

IDPBackstageDeveloper Experience
02

Microservices & Event-Driven

Domain-oriented decomposition, Kafka event streaming, CQRS and saga orchestration for distributed enterprise systems.

MicroservicesKafkaEvent Sourcing
03

Cloud Foundations & Migration

Multi-cloud architectures, landing zone design and no-disruption migration strategies for AWS, Azure and GCP.

AWSAzureGCP
04

CI/CD & GitOps

Automated build, test and deploy pipelines with quality gates, blue-green deployments and rollback automation.

GitOpsArgoCDBlue-green
05

Security by Design

Security shift-left, SAST/DAST integration, secrets management and zero-trust network architectures.

SAST/DASTVaultZero Trust
06

Site Reliability Engineering

SLO-driven reliability engineering, observability stacks, chaos engineering and FinOps for critical systems.

SREObservabilityFinOps

// CASES

Production results.

Top-1 Brazilian Bank

Core Platform Decomposition

Decomposed a 20-year monolith into 80+ microservices maintaining 99.9% uptime across 12M active accounts. IDP reduced onboarding from 2 weeks to 2 hours.

MicroservicesIDP
Insurance Group

DevSecOps Transformation

Integrated security into CI/CD pipelines across 30+ teams, reducing production security vulnerabilities by 75%.

DevSecOpsCI/CD
Energy Company

Kubernetes Platform

Built multi-cloud Kubernetes platform supporting 200+ microservices with self-service deployment for 200+ engineers at 99.9% uptime.

SREKubernetes

// FAQ

Frequently asked questions.

DevOps integrates development and operations to accelerate delivery. DevSecOps adds security as an equal partner, moving security checks into every stage — code analysis, dependency scanning, infrastructure configuration review and runtime monitoring.

Shift-left moves security testing earlier — to the IDE, the pull request, the CI pipeline. A vulnerability caught while writing code takes minutes to fix; the same vulnerability in production causes an incident.

SRE applies software engineering principles to operations work. SRE teams write code to automate operational tasks, define error budgets and conduct post-incident analysis to prevent recurrences.

Infrastructure as code defines servers, networks and cloud resources in versioned configuration files, making infrastructure reproducible, auditable and testable.

The main sources are: idle or over-provisioned resources, orphaned resources, lack of environment scheduling, and unoptimized data transfer costs. Sciensa's cloud optimization work typically finds 40–60% reduction opportunities.

// Cloud & DevSecOps

Ready to build on a reliable foundation?

Talk to our cloud and DevOps team about your infrastructure, security and platform challenges.