Description

A focused course, tailored for you

Global Streaming Distribution Reliability Playbook

For senior Teleinformatics engineers moving a classic distribution estate into platform-engineering discipline.

The post-incident memo on a regional CDN brownout is no longer a network ticket. It is a platform-engineering artefact, and the senior engineer who has carried the estate for two decades is now the one expected to author it.

$199 one-time

Tailored to your situation. Access within 24 hours. 30-day money-back.

Includes a hand-built implementation playbook delivered alongside course access, generated for your specific situation.

Why this course

Senior Teleinformatics professionals who have spent twenty years carrying enterprise networks, integration layers and distribution estates are now sitting inside organisations that have quietly redrawn the operating model around them. The CDN is no longer one vendor and a contract. It is three vendors, four regions, an internal multi-CDN steering layer and a manifest manipulation tier that has its own SRE rotation. Capacity planning has moved from quarterly spreadsheets to live dashboards on cache-hit ratio, fill, and per-ISP throughput. Documentation that used to live in a CMDB record now lives as Terraform modules, Helm charts and runbooks-as-code. The shift is not a job-loss story. It is a skills-transfer story, and the senior engineers who do this transfer cleanly become the people authoring the standards that the rest of the estate runs on. The ones who do not do the transfer cleanly end up reviewing tickets while the platform team writes the architecture decision records that decide where the budget goes. This course is the disciplined transfer path: classic network and systems engineering discipline carried forward into platform-engineering practice for global streaming and broadcast distribution.

What you walk away with

Author a post-incident memo on a regional CDN brownout that reads as a platform-engineering artefact, not a network ticket, and stands up in a chief-technologist review.
Translate twenty years of CMDB and ITIL discipline into runbooks-as-code, Terraform modules and observability standards that live next to the manifests they describe.
Design and defend a multi-CDN steering policy that accounts for cache-hit ratio per ISP, regional fill, peering economics and graceful degradation when a transcoder tier goes red.
Build the capacity and reliability dashboards a streaming distribution estate actually needs, with the signals tuned to origin, edge and regional POP behaviour rather than generic infrastructure metrics.
Lead the conversation that closes the gap between a classic broadcast and IT estate and a modern platform-engineering function, without losing the disciplined operations posture the estate was built on.

The 12 modules

Module 1. From network ticket to platform-engineering artefact

The first module reframes the post-incident memo on a regional CDN brownout as a platform-engineering deliverable, not a network operations ticket. Walks through the structure a chief technologist expects, the signals the memo must reconcile across origin, edge and ISP behaviour, and the disciplined language that lets a senior Teleinformatics engineer carry twenty years of operational credibility into the new function. Includes a worked example based on a real regional CDN brownout pattern.

Module 2. Multi-CDN steering, peering economics and graceful degradation

Most senior engineers inherited the CDN as one vendor and a contract. The estate has quietly moved to multi-CDN steering with a switching tier that has its own SRE rotation. This module covers the decision frame for steering policy, the peering and transit economics that drive cost per delivered gigabyte by region, and the graceful degradation pattern for when a transcoder tier or a regional POP goes red mid-event. Worked example uses a Latin American head-end with two regional POPs.

Module 3. Origin design and the manifest manipulation tier

The origin used to be a storage decision. It is now an architecture decision that includes the manifest manipulation tier, the ad-stitching and captioning pipelines, and the regional cutout logic for content licensing. This module walks through the origin reference architectures used in global streaming distribution, the trade-offs between push and pull origin patterns, and how the manifest tier interacts with regional regulatory and licensing cutouts in Mexico and the wider region.

Module 4. Transcoding tiers, codec strategy and the reliability budget

Transcoding is no longer a one-shot encode in a media services workflow. It is a tiered system with live, just-in-time and bulk paths, each with its own failure modes and reliability budget. This module covers how to design and operate the transcoding tier inside a reliability budget, how to allocate that budget across codecs and bitrate ladders, and how to write the runbook that the SRE rotation actually follows when an upstream encode fails during a high-profile event.

Module 5. Regional POP design for Latin America and beyond

Regional points of presence in Latin America carry their own network economics, peering realities and regulatory context. This module walks through how to design and operate a regional POP that serves a global distribution estate, the peering posture a Mexico or Sao Paulo POP needs to have with the dominant ISPs, and the disciplined cutover plan when a regional POP must be drained for maintenance during a live event. Worked example draws on Mexican ISP peering patterns.

Module 6. Observability for distribution: cache-hit, fill, rebuffer and per-ISP signals

Generic infrastructure observability does not serve a distribution estate. The signals that matter are cache-hit ratio per title per ISP, fill, rebuffer rate, startup time and quality switches. This module covers how to build the dashboard the platform engineering function actually needs, how to tie those signals back to origin, edge and CDN steering decisions, and how to write the alerts that wake the right person at three in the morning instead of the whole rotation.

Module 7. Runbooks as code, CMDB as code, documentation that lives where it runs

Two decades of CMDB and ITIL discipline are not lost in the platform-engineering function. They are translated. This module covers how to express runbooks as code so they live next to the Terraform modules they operate, how to keep the CMDB record alive when infrastructure is declared in Helm and ArgoCD, and how to make documentation a first-class artefact of the deployment pipeline. Includes a worked example.

Module 8. Capacity planning as a continuous signal, not a quarterly spreadsheet

Capacity planning for a distribution estate has moved from the quarterly spreadsheet into a continuous signal that feeds CDN steering and origin scaling decisions. This module covers how to build the capacity model for a global streaming estate, how to keep it honest against live signals, and how to translate the model into the budget conversation with finance and the architecture conversation with the platform-engineering function. Worked example builds a capacity model for a fictional global media estate.

Module 9. Live event reliability: rehearsal, run-of-show and the post-event memo

High-profile live events are the moments when the distribution estate is judged. This module covers the disciplined rehearsal pattern for a live event, the run-of-show that the SRE rotation, the encoder vendor, the CDN partners and the content team all share, and the structure of the post-event memo that turns the event into a learning artefact rather than a finger-pointing exercise. Includes a sample run-of-show and a sample post-event memo.

Module 10. Captioning, audio description and accessibility as a platform concern

Captioning, audio description and broader accessibility are no longer downstream concerns handled by a media services team. They are platform concerns with their own pipelines, latencies and failure modes, and they interact with the manifest manipulation tier and the regional regulatory context. This module covers how to operate the accessibility pipeline as a first-class platform concern, how to monitor it, and how to handle the incident when captions drift or fail in a regional language during a live event.

Module 11. Architecture decision records and the standards the estate runs on

The senior engineer who carries twenty years of operational credibility into the platform-engineering function is the right person to author the architecture decision records that decide where the budget goes. This module covers the discipline of writing a tight ADR, the review process that makes ADRs stick, and the catalogue of standards that a global streaming distribution estate needs to operate on. Worked example walks through a sample ADR for a CDN steering policy change.

Module 12. Leading the skills transfer, mentoring the next rotation

The final module is about the leadership posture that closes the gap between a classic broadcast and IT estate and a modern platform-engineering function. Covers how to mentor a younger SRE rotation without losing the disciplined operations posture, how to run the weekly platform review that holds the standards together, and how to translate twenty years of telecom credibility into the language the function uses. Includes a mentoring frame and a review template.

How this addresses your situation

Specific modules that map to what you said you are dealing with.

A regional CDN brownout has just happened and the chief technologist has asked for the post-incident memo by end of day tomorrow. Modules 1, 6 and 9 are the path through that memo.

The platform-engineering function is moving the CMDB and the runbooks into code, and the senior engineer is being asked to lead the translation without losing the disciplined operations posture. Modules 7, 11 and 12 are the path through that translation.

A high-profile live event is on the calendar for next quarter and the run-of-show across encoder, CDN partners and the SRE rotation has not been written yet. Modules 4, 9 and 10 are the path through that rehearsal.

A new regional POP is being stood up in Mexico or Sao Paulo and the peering posture, the manifest cutout logic and the operating runbook all need to be designed in parallel. Modules 3, 5 and 8 are the path through that build.

What you get with this course

Twelve written modules in the Art of Service learning environment, each with a worked example drawn from streaming and broadcast distribution work.
Downloadable templates for the post-incident memo, the architecture decision record, the run-of-show and the weekly platform review.
Reference architectures for origin design, multi-CDN steering and regional POP layout, including a Latin American peering reference.
The hand-built implementation playbook, tuned to your estate's origin topology, CDN mix, captioning and audio pipelines and regional regulatory cutouts.
Worked examples in plain English, written for a senior engineer making the transfer from classic Teleinformatics into platform-engineering practice.

What you will have in hand by Day 1, Week 1, Month 1

Within 24 hours of enrolment your account is provisioned in the Art of Service learning environment and the hand-built implementation playbook is delivered alongside it.

Modules 1 through 4 cover the reframe from network ticket to platform-engineering artefact and the CDN, origin and transcoding architecture. Most senior engineers work through them in the first ten days.

Modules 5 through 8 cover regional POP design, observability, runbooks-as-code and continuous capacity. Most work through them in the following two weeks.

Modules 9 through 12 cover live event reliability, accessibility, architecture decision records and the leadership posture. Work through them in the final two weeks.

The implementation playbook is yours to keep and tune against the estate as it evolves.

Before and after

Before

The senior engineer holds twenty years of network, systems and integration credibility, knows the estate cold, and is being asked to author platform-engineering artefacts (post-incident memos, ADRs, runbooks-as-code, multi-CDN steering policies) in a language and a toolchain that the classic CMDB and ITIL world did not teach. The shift feels structural and the path through it is not written down anywhere.

After

The senior engineer is authoring the standards the estate runs on. The post-incident memo on the last regional CDN brownout reads as a platform-engineering artefact. The multi-CDN steering policy is theirs. The architecture decision records that decide where the budget goes carry their name. The SRE rotation follows runbooks they translated from the classic operations posture, and the next rotation is being mentored into the same discipline.

What happens if you do not address this

The estate keeps moving toward platform-engineering practice with or without the senior engineer's translation. Without the transfer, twenty years of operational credibility ends up reviewing tickets while a younger platform team writes the architecture decision records. The post-incident memo on the next regional brownout gets written by someone with less context, the multi-CDN steering policy gets set by a vendor steering committee instead of by the engineer who knows the estate, and the regional POP design gets handed to a generalist with no Latin American peering context.

Who it is for

A senior Teleinformatics, networks or systems engineer with fifteen plus years of experience inside an enterprise that distributes content, services or media at global scale. Comfortable with BGP, peering, transit, classic CMDB discipline, ITIL change management. Now expected to operate inside a platform-engineering function that runs CDN strategy, origin design, transcoding tiers, regional POPs, manifest manipulation and observability for a hyperscale distribution estate. Bilingual Spanish and English. Operates across at least one Latin American region plus a global head-office context.

Who this is NOT for. Early-career network engineers still learning routing protocols, generalist IT support staff with no distribution-estate exposure, and consultants who want a vendor-neutral platform-engineering primer with no streaming or broadcast context. This course assumes deep operational experience and is tuned specifically to global content distribution.

How it arrives

Text-based course in the Art of Service learning environment, plus downloadable templates and worked examples for every module, plus the hand-built implementation playbook delivered alongside course access. No live sessions required.

Time investment. Roughly four to six weeks at three to four hours per week for a senior engineer carrying a full operations load. The course is paced so that each module can be read and the template applied to one live artefact in the estate during the same week.

Why $199 is the right number

Generic platform-engineering and SRE courses on the open web teach the practice in the abstract, with no streaming or broadcast distribution context, and assume a greenfield estate. Vendor courses from CDN and observability vendors are tuned to a single product. Internal platform-engineering bootcamps inside large media organisations are tuned to the toolchain of the day and rarely translate twenty years of classic Teleinformatics discipline. This course is tuned specifically to the transfer path: senior engineer, distribution estate, platform-engineering function, with Latin American regional context built in.

FAQ

Does the course assume a particular CDN vendor or observability stack?

No. The reference architectures cover the dominant patterns and the worked examples name signals and policies, not vendor product SKUs. The implementation playbook is tuned to your estate's actual vendor mix when it is delivered.

I have twenty plus years in classic networks and integration. Will this feel like a primer?

No. The course assumes you know BGP, peering, classic CMDB and ITIL discipline cold. The work is in the translation into platform-engineering artefacts (runbooks-as-code, ADRs, multi-CDN steering policies, distribution-specific observability), not in re-teaching the foundations.

Is the regional Latin American context optional or central?

Central. The regional POP module, the manifest manipulation cutout logic and several worked examples draw on Mexican and broader Latin American peering and regulatory context. The discipline transfers to other regions but the worked examples are anchored regionally.

What does the hand-built implementation playbook actually contain?

It is a written document, tuned to the estate you describe at enrolment, covering origin topology, CDN mix, transcoding tier layout, regional POP posture, observability signals and runbook structure. It is delivered alongside course access and is yours to keep.

What is the delivery format?

Written text in the Art of Service learning environment, plus downloadable templates and the hand-built implementation playbook. The format is chosen so a senior engineer can move through it at their own pace and use it as a reference next to live work.

30-day money-back guarantee. If after a week of working through the materials this is not what you needed, reply to the receipt email and a full refund is processed. No questions, no forms.

Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.