Build a Platform Engineering Practice That Scales

Platform Engineering Consulting

Build a Platform Engineering Practice That Scales

Transform how your engineering teams deliver value. Reduce operational toil, improve DORA metrics, and give developers the tools they need to ship faster.

Share your stack, bottlenecks, and goals, and we'll outline a 6-12 week platform pilot.

Roadmap & Investment

90-Day Platform Engineering Timeline

Set expectations with product, finance, and reliability leads before you greenlight the work.

Days 1-30

Discover & Design

  • • Team interviews, toil & DORA baseline.
  • • Target architecture + golden paths.
  • • Backlog, OKRs, and resourcing plan.
  • • Executive-ready roadmap & cost model.

Investment: $25K-$40K USD

Days 31-60

Build & Automate

  • • IaC modules, paved roads, internal portal.
  • • Secure CI/CD with SAST/DAST/SCA gates.
  • • Observability stack + policy guardrails.
  • • Pilot team onboarded to new workflows.

Investment: $40K-$70K USD

Days 61-90

Transfer & Scale

  • • Enablement sessions + shadowing.
  • • Documentation, runbooks, SLO dashboards.
  • • Production rollout + DORA uplift tracking.
  • • 30-day hypercare and hiring plan.

Investment: $20K-$35K USD

Stakeholder Alignment

Arm Every Stakeholder With the Rationale to Act

Platform engineering touches budget, compliance, and developer experience. These talking points keep the steering committee aligned.

CTO / Finance

Predictable investment with measurable ROI

  • • Fixed-scope 90-day pilot before platform scale-up.
  • • DORA + toil baselines quantify ROI every sprint.
  • • Tooling recommendations reuse existing cloud spend.
  • • Hiring plan shows which roles you won't need to staff.

Product / Engineering Managers

Less firefighting, more roadmap velocity

  • • Paved roads + self-service requests cut wait time.
  • • Runbooks + enablement keep squads independent.
  • • Shared SLAs/SLOs clarify when platform steps in.
  • • Transparent backlog ties platform work to features.

Security / Compliance

Guardrails embedded from day one

  • • Policy-as-code + RBAC templates enforce least privilege.
  • • Audit-ready evidence (deploy logs, drift alerts, IaC history).
  • • Automated security scanning in every pipeline.
  • • Shared dashboards for SOC 2 / CMMC reporting.

Your Engineering Team Is Drowning in Operational Work

Developers waiting days for infrastructure
Ops team drowning in tickets
3am pages for preventable issues
No visibility into system health
Manual deployments taking hours
Security as an afterthought
Inconsistent environments
Knowledge silos everywhere

Result: Your best engineers spend the majority of their time on toil instead of building features

Platform Engineering: The Modern Solution

Build an internal platform that treats infrastructure as a product. Give your developers self-service capabilities while maintaining security, compliance, and cost control.

Self-Service Infrastructure

Enable developers to provision resources without tickets or waiting.

Automated CI/CD

Ship code from commit to production in minutes, not days.

Observability Platform

See everything happening in your systems, all the time.

Security by Default

Bake security into every deployment automatically.

Cost Optimization

Right-size resources automatically and eliminate waste.

Developer Experience

Make the right thing the easy thing for your developers.

Measurable Impact on Your DORA Metrics

Platform engineering can directly improve the metrics that matter when it is implemented and adopted effectively.

Deployment Frequency

Before:
Infrequent releases
After:
Frequent, smaller releases
Significant increase in deployment cadence

Lead Time for Changes

Before:
Weeks from commit to production
After:
Days or hours from commit to production
Material reduction in lead time

MTTR

Before:
Slow, manual recovery from incidents
After:
Faster, more automated recovery
Improved time to restore service

Change Failure Rate

Before:
Frequent deployment-related incidents
After:
Fewer issues per release
Reduced change-related failures

Our Platform Engineering Approach

1

Assessment & Discovery

We analyse your current engineering operations, identify pain points, measure baseline DORA metrics, and understand your team's needs.

2

Platform Strategy & Design

Design your internal developer platform with self-service capabilities, golden paths, and guardrails that enable speed without sacrificing safety.

3

Implementation & Migration

Build the platform incrementally, starting with highest-impact capabilities. Migrate teams gradually with minimal disruption.

4

Adoption & Optimization

Drive adoption through training and documentation. Continuously measure and improve based on developer feedback and metrics.

Timeline & Investment

Platform Engineering Engagement Roadmap

Hand this to finance, product, and security so everyone knows what we deliver, when, and what it costs.

Weeks 1-4

Baseline & design sprint

  • • DORA/toil measurement and platform vision workshops.
  • • Golden paths + service catalog architecture drafted.
  • • Executive-ready roadmap with budget + hiring impact.

Investment: $35K-$60K

Weeks 5-10

Build core capabilities

  • • Self-service IaC modules, CI/CD templates, guardrails.
  • • Observability + incident response automation wired in.
  • • Pilot teams onboarded with pairing + working sessions.

Investment: $60K-$110K

Weeks 11+

Adoption & enablement

  • • Backstage/Port portal content, documentation, trainings.
  • • SLO dashboard + KPI cadence for execs and squads.
  • • Knowledge transfer + transition plan for internal owners.

Investment: $20K-$35K / month

Stakeholder Confidence

Give Every Stakeholder the Confidence to Approve This

Use these talking points when briefing execs, platform leads, and compliance owners.

CTO / VP Engineering

Proof that platform spend pays for itself

  • • Executive deck tying reduced toil to hiring deferral savings.
  • • Quarterly KPI cadence (DORA, toil %, incidents, cost).
  • • Scenario modeling for full-time vs. fractional delivery mix.
  • • Clear exit criteria + handover milestones.

Platform & DevOps Leads

Hands-on patterns the team can own

  • • Terraform/Pulumi module library with guardrails baked in.
  • • CI/CD reference architectures + GitOps blueprints.
  • • Battle-tested incident + change playbooks.
  • • Embedded pairing to upskill internal platform team.

Finance / Product / Security

Risk, cost, and delivery confidence

  • • Cost forecast + allocation model (per team or product).
  • • Security/compliance controls mapped to SOC 2 / CMMC.
  • • Roadmap alignment showing faster GTM for product asks.
  • • Audit-friendly documentation of guardrails + approvals.

Executive Triage

Platform Engineering Readiness Estimator

Answer four quick prompts and we'll recommend the pilot, timeline, and stakeholder brief to run internally.

Recommended pilot

Toil reduction & timeline

Stakeholders to brief

What We Build Into Your Platform

Infrastructure as Code Platform

  • Terraform/Pulumi module library
  • Self-service provisioning portal
  • Policy as code enforcement
  • Cost controls and tagging

CI/CD Pipeline Platform

  • Standardized pipeline templates
  • Automated testing frameworks
  • Progressive delivery capabilities
  • Rollback automation

Observability Platform

  • Centralized logging and metrics
  • Distributed tracing
  • SLO monitoring and alerting
  • Incident response automation

Developer Portal

  • Service catalog (Backstage)
  • API documentation hub
  • Self-service workflows
  • Knowledge base integration

The ROI of Platform Engineering

Less Toil

Meaningful reduction in operational toil

Faster

Faster deployment velocity

Fewer Incidents

Fewer production incidents

Example scenario for a 50-person engineering team:

  • Substantial time savings by eliminating repetitive tasks
  • Faster feature delivery with automated pipelines
  • Reduce burnout by eliminating 3am pages
  • Scale efficiently without linear headcount growth

Pick the Next Step That Fits Your Team

Whether you need executive-ready answers or want a low-friction way to collaborate, choose your path.

Paid · Credited Toward Delivery

Platform Engineering Readiness Review

60-minute working session covering DORA/toil baselines, tooling gaps, and an executive-ready plan for the first 90 days.

$750 USD

Applied toward a full engagement if you kick off within 60 days.

Free · Low Friction

Platform Pilot Blueprint + Checklist

Includes paved road template, stakeholder deck, and the exact KPIs we track in every 90-day pilot.

Delivered instantly. No obligation--unsubscribe anytime.

Have Questions About Platform Engineering?

Get answers to common questions about implementation timelines, costs, DORA metrics, team sizing, and more.

View Platform Engineering FAQs

Ready to Transform Your Engineering Operations?

Start with a platform engineering assessment to understand your current state and build a roadmap to operational excellence.

Platform Engineering Assessment Includes:

  • Current state analysis of your engineering operations
  • DORA metrics baseline measurement
  • Toil identification and quantification
  • Platform engineering roadmap with ROI projections

2-week engagement

Are you a VP of Engineering or Engineering Manager? See how we help engineering leaders transform their teams →

Ready to Get Started?

Choose how you'd like to begin your journey with Pilotcore

Full Consultation

Discuss your complete cloud and security strategy with our experts. Perfect for comprehensive transformations and enterprise initiatives.

Popular Choice

Start with a Pilot

Test our expertise with a focused 1-4 week engagement. See real results before committing to larger initiatives.

Ready to Get Started?

Choose how you'd like to begin your journey with Pilotcore

Full Consultation

Discuss your complete cloud and security strategy with our experts. Perfect for comprehensive transformations and enterprise initiatives.

Popular Choice

Start with a Pilot

Test our expertise with a focused 1-4 week engagement. See real results before committing to larger initiatives.

View Pilot Programs →