Streamwake + Fastly.
A source-inspected Fastly surface with a proposed Streamwake operating model.
This page separates Fastly-owned capabilities from a conceptual Streamwake workflow. Live compatibility, setup, telemetry ingestion, remediation, and production readiness remain unverified.
Fastly edge cdn + compute@edge + vcl + instant purge. The Fastly-owned surfaces are source-inspected; the Streamwake workflow on this page is conceptual and not a demonstrated live integration.
Verification evidence
- Public capability claim
The published Fastly detail page states the capability Streamwake offers alongside Fastly.
- Basis
- The page copy is explicitly presented as a capability claim, separate from implementation and test evidence.
- Scope
- Public capability claim on this integration detail page.
- Reference
- /integrations/fastly
- Source-inspected implementation
The Fastly detail page is backed by a checked-out static integration configuration and page implementation.
- Basis
- The checked-out page and its shared IntegrationPage configuration were inspected for this surface.
- Scope
- Static source implementation represented by the public detail page.
- Reference
- src/app/(custom)/integrations/fastly/page.tsx
What Fastly owns. What Streamwake proposes on top.
The Fastly surfaces below are based on source-inspected research. The proposed Streamwake layer is conceptual; live compatibility, operation, and remediation remain unverified.
Claim status labels: see definitions.
Edge delivery + caching
VCL + Compute@Edge
Proposed Detect → Investigate → Decide → Approve → Act → Verify → Learn loop
Conceptual investigation outputs
A proposed operating loop
for Fastly signals.
Four conceptual steps from a Fastly signal to an operator-reviewed next action. This is not a controlled test or production demonstration.
- 1
Map Fastly signals
A proposed input map could include VCL compilation, Compute@Edge bundle lifecycle, instant-purge responses, real-time logs, and per-POP request or purge signals. Live telemetry ingestion is unverified.
- 2
Investigate and rank
A conceptual workflow could compare those signals with delivery context and rank hypotheses such as VCL compilation skew, Compute@Edge bundle staleness, instant-purge lag, or an RT-log gap.
- 3
Propose and approve
An operator-facing proposal could identify a smallest-safe next action, such as reviewing a VCL change, republishing a bundle, or checking purge propagation. Automatic Fastly action is not verified.
- 4
Verify and learn
A conceptual workflow could compare signals after an approved change and record what was learned. No live recovery, incident closure, or postmortem is demonstrated on this page.
No verified Fastly setup is
published yet.
A verified Fastly connection path, live telemetry ingestion, and setup instructions are not available on this page. The conceptual workflow above must not be read as operational guidance.
Conceptual Fastly scenarios
for investigation, not verified operation.
These scenarios use source-inspected Fastly-owned surfaces to illustrate what a future workflow could evaluate. They are proposed examples, not results from a live account.
Claim status labels: see definitions.
Vcl Compilation Skew
Conceptual scenario: a VCL change could compile differently across environments or leave one service version stale. A future workflow could compare compilation history with edge observations; this is not a demonstrated detection.
Compute Edge Bundle Staleness
Conceptual scenario: a Compute@Edge bundle could remain pinned to an older version after publish. A future workflow could compare publish, activation, and pin state and propose a review; no live correlation or remediation is verified.
Instant Purge Lag
Conceptual scenario: an accepted instant-purge could be followed by a window of stale responses at some POPs. A future workflow could compare purge and edge observations; no live Fastly correlation or refire is demonstrated.
Real Time Log Stream Gap
Conceptual scenario: a real-time log stream could go quiet because of endpoint backpressure or downstream queueing. A future workflow could surface an arrival gap and propose review; no live ingestion or failover is verified.
Discuss a proposed Fastly workflow.
Next to Fastly.
Use the generic /stream-check playback check to inspect a supplied URL across manifest, segments, bitrate ladder, CDN response, and playback errors. It is not proof of a Fastly API integration, live telemetry ingestion, remediation, or production readiness. Contact engineering to discuss the proposed workflow described here.
Claim status labels: see definitions.