books · book-work-BATCH-2026-002-005

Building Secure and Reliable Systems

Official complete text covers least privilege, policy, access, audit, and responsibility; these are directly useful foundations for governed agents.

Work and analysis

Analysis depth
deeply analyzed
First publication
2020-04-08
Analysis basis
Complete official Google-hosted first-edition HTML reviewed across all 35 front-matter, part, chapter, appendix, and back-matter files
Authors
person-BATCH-2026-002-019, person-BATCH-2026-002-020, person-BATCH-2026-002-021, person-BATCH-2026-002-022, person-BATCH-2026-002-023, person-BATCH-2026-002-024

Central thesis

Security and reliability are mutually reinforcing, emergent properties that must be designed, implemented, tested, operated, and governed together across the system lifecycle rather than added by a specialist team at the end.

Verified editions

Evidence lineage and transparency

Relationship fieldLinked identifiers
later author interview source idslater-author-source-BATCH-2026-003-004, later-author-source-BATCH-2026-003-005, later-author-source-BATCH-2026-003-006
related report idscounter-source-BATCH-2026-003-004, counter-source-BATCH-2026-003-005, counter-source-BATCH-2026-003-006
edition idsbook-edition-BATCH-2026-002-007, book-edition-BATCH-2026-002-008, book-edition-BATCH-2026-002-009
related source idssource-BATCH-2026-003-002
related statement idsstatement-BATCH-2026-003-019, statement-BATCH-2026-003-020, statement-BATCH-2026-003-021, statement-BATCH-2026-003-022, statement-BATCH-2026-003-023, statement-BATCH-2026-003-024, statement-BATCH-2026-003-025, statement-BATCH-2026-003-026, statement-BATCH-2026-003-027, statement-BATCH-2026-003-028, statement-BATCH-2026-003-029, statement-BATCH-2026-003-030, statement-BATCH-2026-003-031, statement-BATCH-2026-003-032, statement-BATCH-2026-003-033, statement-BATCH-2026-003-034, statement-BATCH-2026-003-035, statement-BATCH-2026-003-036
related proposition idsproposition-candidate-BATCH-2026-003-009, proposition-candidate-BATCH-2026-003-010, proposition-candidate-BATCH-2026-003-011, proposition-candidate-BATCH-2026-003-012, proposition-candidate-BATCH-2026-003-013, proposition-candidate-BATCH-2026-003-014, proposition-candidate-BATCH-2026-003-015, proposition-candidate-BATCH-2026-003-016

Machine review: ready for human review. Human review: approved. Workflow: published.

Complete structured record
book work id
book-work-BATCH-2026-002-005
title
Building Secure and Reliable Systems
subtitle
Best Practices for Designing, Implementing, and Maintaining Systems
alternate titles
authors
person-BATCH-2026-002-019, person-BATCH-2026-002-020, person-BATCH-2026-002-021, person-BATCH-2026-002-022, person-BATCH-2026-002-023, person-BATCH-2026-002-024
contributors
original language
lang-en
first publication date
2020-04-08
work type
collaborative_technical_book
topics
governed-agent-identities, identity-and-access-management
central subjects
least privilege, secure and reliable system design, authorization policy, audit and incident response
inclusion rationale
Official complete text covers least privilege, policy, access, audit, and responsibility; these are directly useful foundations for governed agents.
analysis depth
deeply_analyzed
analysis basis
Complete official Google-hosted first-edition HTML reviewed across all 35 front-matter, part, chapter, appendix, and back-matter files
central thesis
Security and reliability are mutually reinforcing, emergent properties that must be designed, implemented, tested, operated, and governed together across the system lifecycle rather than added by a specialist team at the end.
principal propositions
proposition-candidate-BATCH-2026-003-009, proposition-candidate-BATCH-2026-003-010, proposition-candidate-BATCH-2026-003-011, proposition-candidate-BATCH-2026-003-012, proposition-candidate-BATCH-2026-003-013, proposition-candidate-BATCH-2026-003-014, proposition-candidate-BATCH-2026-003-015, proposition-candidate-BATCH-2026-003-016
frameworks
[object Object], [object Object], [object Object], [object Object], [object Object]
evidence base
Multi-author practitioner synthesis grounded in Google and industry operating experience, technical examples, case studies, incident narratives, analogies, and recommendations. It is not a controlled study and largely reflects large-technology-company conditions.
executive role implications
{"CISO":"Translate adversary models into contextual authorization, multi-party controls, audit evidence, and incident practice.","CIO":"Integrate security and reliability into platform standards, change systems, procurement, staffing, and disaster exercises.","CTO":"Design understandable interfaces, bounded failure domains, provenance gates, safe defaults, and recovery paths.","General Counsel":"Set privacy-aware logging, retention, investigation, disclosure, and evidence-handling requirements.","CEO":"Shape incentives and sustainable resourcing so production pressure does not externalize security and reliability risk.","Board Director":"Treat systemic access, supply-chain, recovery, and cultural risk as governance matters, not just technical metrics."}
strongest documented arguments
Least privilege becomes operational when access is classified by impact and exposed through narrow, auditable functions., Deployment confidence depends on verified artifacts and provenance, not merely trusted people or code-review events., Recovery capability is a designed and rehearsed property, not a document presumed to work during a crisis.
limitations
Many recommendations reflect Google's scale, staffing, engineering maturity, and ability to build custom control planes., The chapter evidence is primarily practitioner experience rather than externally replicated causal analysis., The book predates modern general-purpose AI agents and does not define sponsor, delegation, session, model, tool-purpose, or decision-provenance identity fields., Privacy, legal process, and geography are acknowledged but not developed into jurisdiction-specific operating models.
counterpoints
Smaller organizations may need managed services and fewer control layers because the full operating model can exceed their resources., Immutable logging can conflict with data minimization, correction, deletion, and cross-border obligations unless governance is designed with counsel., Identity and provenance controls still require trustworthy verification, policy, and runtime enforcement; attestations alone do not prove safe behavior.
later author interview source ids
later-author-source-BATCH-2026-003-004, later-author-source-BATCH-2026-003-005, later-author-source-BATCH-2026-003-006
related book work ids
related report ids
counter-source-BATCH-2026-003-004, counter-source-BATCH-2026-003-005, counter-source-BATCH-2026-003-006
changes in later statements
Later author commentary expands zero-trust practice toward data-layer controls, activity metadata, peer review, and justified access., Post-SolarWinds author commentary strengthens the book's artifact-provenance argument into an ecosystem supply-chain priority., Later SRE commentary describes the field as evolving and points readers to a continuing compendium rather than treating the 2020 text as final.
edition ids
book-edition-BATCH-2026-002-007, book-edition-BATCH-2026-002-008, book-edition-BATCH-2026-002-009
related source ids
source-BATCH-2026-003-002
related statement ids
statement-BATCH-2026-003-019, statement-BATCH-2026-003-020, statement-BATCH-2026-003-021, statement-BATCH-2026-003-022, statement-BATCH-2026-003-023, statement-BATCH-2026-003-024, statement-BATCH-2026-003-025, statement-BATCH-2026-003-026, statement-BATCH-2026-003-027, statement-BATCH-2026-003-028, statement-BATCH-2026-003-029, statement-BATCH-2026-003-030, statement-BATCH-2026-003-031, statement-BATCH-2026-003-032, statement-BATCH-2026-003-033, statement-BATCH-2026-003-034, statement-BATCH-2026-003-035, statement-BATCH-2026-003-036
related proposition ids
proposition-candidate-BATCH-2026-003-009, proposition-candidate-BATCH-2026-003-010, proposition-candidate-BATCH-2026-003-011, proposition-candidate-BATCH-2026-003-012, proposition-candidate-BATCH-2026-003-013, proposition-candidate-BATCH-2026-003-014, proposition-candidate-BATCH-2026-003-015, proposition-candidate-BATCH-2026-003-016
related dossier ids
rights notes
Official complete HTML was lawfully accessible for research. No open republication license was identified; this batch stores metadata, links, original analysis, and no direct quotations.
review status
deep_analysis_complete_machine_reviewed
publication status
published
workflow status
published
machine review status
ready_for_human_review
human review status
approved
reviewed by
Murray Newlands
reviewed at
2026-08-16T23:17:22Z
Provenance and revision history
{
  "provenance": [
    {
      "source_url": "https://google.github.io/building-secure-and-reliable-systems/",
      "accessed_at": "2026-08-15",
      "retrieval_method": "Official publisher, project, or author-hosted bibliographic page inspected through public web access",
      "exact_locator": "Official work page and bibliographic metadata",
      "content_hash": null,
      "batch_id": "BATCH-2026-002",
      "prompt_id": "OEII-BOOK-METADATA",
      "prompt_version": "2.0",
      "notes": "Accepted discovery candidate candidate-BATCH-2026-001-099."
    },
    {
      "source_url": "https://google.github.io/building-secure-and-reliable-systems/",
      "accessed_at": "2026-08-15",
      "retrieval_method": "Complete exact edition retrieved from an official public source and reviewed in full",
      "exact_locator": "All 35 official HTML content files; stable chapter and section anchors",
      "content_hash": "6bf5050c08be0bced81767ac14bd9b3303e34b3efb667806b3c9e9d6b0ed8cf1",
      "batch_id": "BATCH-2026-003",
      "prompt_id": "OEII-BOOK-DEEP-ANALYSIS",
      "prompt_version": "2.0",
      "notes": "Manifest hash ae702b4e64364217f179317b4a46de6a5e7c51045a79efa67522245d76667e16; whole-edition analysis; no human approval granted"
    }
  ],
  "revision_history": [
    {
      "changed_at": "2026-08-15T00:00:00Z",
      "changed_by": "OEII analysis agent",
      "summary": "Advanced from catalogued metadata to complete-edition deep analysis.",
      "batch_id": "BATCH-2026-003"
    },
    {
      "changed_at": "2026-08-16T23:17:22Z",
      "changed_by": "Murray Newlands",
      "summary": "Approved for the governed-identities pilot release under the exact scope, exclusions, rights treatment, and limitations recorded in issue #18.",
      "batch_id": "BATCH-2026-003"
    }
  ]
}

Open machine-readable record