CEREBRAS P5Sovereign Governance
Manufacturing · How We Build

Engineering depth that matches operational ambition

We are 95 engineers across 14 countries. We write code that runs sovereign institutions. We ship 200+ production deployments per quarter. We maintain 99.99% uptime.

95Engineers
14Countries
200+Deploys/Q
99.99%Uptime
12Certs
APPLICATIONSAPI GATEWAYNEURAL FABRICMICROSERVICESINFRASTRUCTURE5-LAYER SOVEREIGN ARCHITECTURE
Engineering ExcellenceEngineering Manufacturing

95 engineers. 14 countries. 200+ production deployments per quarter. 99.99% uptime.

0
Engineers
0
Countries
0+
Deploys/Quarter
0.99%
Uptime SLA

CEREBRAS P5 is built by a follow-the-sun engineering organization that ships 200+ production deployments every quarter, maintains 99.99% uptime across sovereign deployments, and operates under 10 non-negotiable engineering principles — from sovereignty-first design to 10-year minimum support.

CHALLENGES
The Problem

Most government technology is built like consumer software — and fails like it too

Sovereign institutions need sovereign engineering practices. Consumer-grade CI/CD, consumer-grade testing, and consumer-grade incident response create consumer-grade failures.

Consumer-Grade Engineering
Government platforms built with consumer CI/CD pipelines, consumer testing coverage, and consumer incident response — then deployed at sovereign scale.
No Air-Gap Testing
Platforms tested only in cloud environments. Zero validation of air-gapped deployment scenarios that sovereign institutions require.
Vendor Dependency
Engineering teams that cannot operate without vendor support. Build pipelines that depend on foreign infrastructure. Dependencies that cannot be audited.
Short-Term Support
2-3 year support commitments for platforms that sovereign institutions will run for 10-20 years. Forced upgrades, deprecated APIs, abandoned features.
The Solution

Sovereign engineering practices: 10 principles, 8 quality disciplines, 24/7 follow-the-sun response

10 Engineering Principles
Sovereignty-first, customer-controlled, audit-grade, zero-trust, procurement-ready, multilingual, performance-budgeted, backward-compatible, open-by-default, 10-year support.
8 Quality Disciplines
Code review, 80%+ test coverage, static analysis, security scanning, dependency management, performance testing, chaos engineering, mandatory documentation.
Continuous Delivery Pipeline
GitHub Actions + ArgoCD + GitOps blue-green deployments with canary releases (1% → 10% → 50% → 100%) and <5min automated rollback.
24/7 Incident Response
Follow-the-sun across 6 regional pools. P1: 15min, P2: 1hr, P3: 4hr. Blameless postmortems. Customer notification within 30min.
Source Code Escrow
Source code escrowed and available for independent audit. Customers never locked out. Open-by-default engineering culture.
CAPABILITIES
Engineering Principles

10 non-negotiable principles. Every line of code. Every deployment. Every time.

These are not guidelines. Every engineer, every code review, every deployment is measured against these 10 principles. Violation is a blocker, not a suggestion.

Sovereignty First

Every capability must work in air-gapped deployment. No foreign dependencies. No foreign API calls. No compromise.

Customer-Controlled

Customer owns their keys, data, and code. BYOK/HYOK. Source code escrow. Full data portability.

Audit-Grade

Every action logged. Every log cryptographically signed. Every change traceable to a human decision.

Zero-Trust

Every call authenticated. Every network encrypted. No implicit trust. Defense in depth at every layer.

Procurement-Ready

Every capability documented. Every test pass reproducible. Procurement-grade specification for every feature.

Performance Budgeted

Every capability has a performance budget. No exceptions. Measured in production. Alerted on breach.

Backward Compatible

Customers never forced to upgrade. Breaking changes are breaking trust. Versioned APIs with 10-year deprecation windows.

Schedule an Engineering Deep-Dive

Walk through the 10 principles, 8 quality disciplines, CI/CD pipeline, and incident response posture for your specific deployment context.

Schedule Engineering Briefing
CAPABILITIES
Quality Engineering

8 quality disciplines. Every change. Every release. Every quarter.

Quality is not a phase — it is embedded in every step of the engineering process. These 8 disciplines run on every build, every deploy, every release.

Code Review

Every change reviewed by 2+ engineers including security review. No exceptions. No bypasses.

Test Coverage

80%+ unit, 60%+ integration, 40%+ end-to-end. Coverage gates on every PR.

Static Analysis

SonarQube, ESLint, golangci-lint, ruff — on every build. Zero tolerance for critical findings.

Security Scanning

Snyk, Trivy, OWASP ZAP on every build. Vulnerability SLA: Critical 24hr, High 7 days.

Chaos Engineering

Chaos Monkey, Gremlin, weekly chaos days. Engineering resilience through controlled failure.

Documentation

Every PR includes docs. Every capability has a runbook. Every incident has a postmortem.

CAPABILITIES
Engineering Practices

Continuous delivery, incident response, and open-source contribution

Continuous Integration

GitHub Actions, 30-min average build time, parallel test execution, artifact caching.

Continuous Delivery

ArgoCD, GitOps, blue-green deployments, canary releases with 24hr bake.

Feature Flags

LaunchDarkly, customer-controlled rollout, progressive exposure, instant rollback.

Rollback Guarantee

<5min automated rollback on SLO breach. Synthetic + real-user monitoring post-deploy.

24/7 On-Call

Follow-the-sun across 6 regional pools. P1: 15min, P2: 1hr, P3: 4hr, P4: 24hr.

Open Source

Core contributors to Apache Kafka, Kubernetes, PostgreSQL, TensorFlow, OWASP, CNCF.

Blameless Postmortems

Every incident has a public postmortem. Root cause analysis. Preventive measures. Customer notification.

Status Transparency

status.cerebras.in — public, real-time, honest. Annual chaos day with customer observation.

CAPABILITIES
Engineering Standards

Industry standards and certifications maintained across all deployments

Security Certifications

12 active certifications maintained by 40+ auditors. SOC 2 Type II, ISO 27001, FedRAMP, and more.

  • SOC 2 Type II
  • ISO 27001
  • FedRAMP High
  • 12 active certs

Compliance Framework

Continuous compliance monitoring with automated evidence collection and audit-ready reporting.

  • Automated evidence
  • Real-time monitoring
  • Audit-ready reports
  • 40+ auditors

Open Standards

Built on open standards and protocols. No proprietary lock-in. Source code escrowed for independent audit.

  • Open standards
  • Source escrow
  • No lock-in
  • Independent audit
OBJECTIVESEngineering Roadmap

From principles to practice — the engineering maturity journey

01

10 Engineering Principles

2024

Principles established, documented, and enforced across all engineering teams.

02

8 Quality Disciplines

2025

Code review, testing, static analysis, security scanning, chaos engineering fully operational.

03

Continuous Delivery Pipeline

2025

ArgoCD + GitOps blue-green deployments with canary releases and automated rollback.

04

Post-Quantum Engineering

2026

PQC-ready build pipeline, quantum-resistant key management, and PQ-aware deployment tooling.

05

Sovereign LLM Engineering

2028

10B parameter multilingual LLM built on sovereign engineering principles and open standards.

Download the Engineering Practices Whitepaper

Complete specification of engineering principles, quality disciplines, deployment practices, and incident response procedures.

Download Whitepaper
VALUEEngineering Benefits

Sovereign engineering practices produce sovereign-grade outcomes

Every engineering practice exists because sovereign deployments demand it. Consumer-grade practices produce consumer-grade failures — sovereign institutions cannot afford them.

99.99% Uptime SLA

99.99%

Active-active multi-region deployment with automated failover in under 5 minutes. Measured, verified, guaranteed.

Uptime SLA

200+ Deploys/Quarter

200+

Continuous delivery pipeline shipping 200+ production deployments per quarter with zero-downtime releases.

Deploys/quarter

80%+ Test Coverage

80%+

Unit, integration, and end-to-end testing on every build. Coverage gates on every PR. No exceptions.

Test coverage

15-Minute P1 Response

15min

Follow-the-sun on-call across 6 regional pools. 15-minute response for severity-1 incidents.

P1 response

Source Code Escrow

Full

Source code escrowed and available for independent audit. Customers never locked out.

Code access

10-Year Support

10yr

Sovereign-tier customers receive 10-year minimum support. No forced upgrades. Backward-compatible APIs.

Minimum support

Zero Foreign Dependencies

Zero

Every capability works air-gapped. Zero foreign API calls. Zero foreign build dependencies.

Foreign deps

Open Source Contribution

6+

Core contributors to Kafka, Kubernetes, PostgreSQL, TensorFlow. We build on open standards.

OSS projects

95 engineers across 14 countries building sovereign-grade technology

The engineering organization ships 200+ production deployments per quarter while maintaining 99.99% uptime and 12 active security certifications.

95
Engineers
200+
Deploys/quarter
99.99%
Uptime
12
Certifications
ADVANTAGEWhy CEREBRAS Engineering

Sovereign engineering practices. Not consumer-grade software with sovereign branding.

Most government technology vendors use consumer-grade engineering practices and add sovereign branding. CEREBRAS P5 is engineered from the ground up for sovereign deployment — every principle, every practice, every line of code.

10 Non-Negotiable Principles

Sovereignty-first, customer-controlled, audit-grade, zero-trust, procurement-ready, multilingual, performance-budgeted, backward-compatible, open-by-default, 10-year support.

vs. consumer vendors: sovereign engineering principles

Air-Gap Engineering

Every capability tested and validated in air-gapped environments. CI/CD pipelines that operate without internet. Build artifacts verified cryptographically.

vs. cloud-only CI/CD: offline build capability

Source Code Escrow

Source code escrowed for independent audit. Customers never locked out of their own technology. Open-by-default engineering culture.

vs. proprietary: customer code access

Follow-the-Sun Response

24/7 on-call across 6 regional pools. P1: 15min response. Blameless postmortems. Public status page.

vs. business-hours support: 24/7 sovereign response

10-Year Minimum Support

Sovereign-tier customers receive 10-year minimum support commitments. No forced upgrades. Backward-compatible APIs.

vs. 2-3 year support: long-term commitment

AUDIENCEEngineering Audience

Every stakeholder in the sovereign technology stack depends on engineering quality

Engineering quality is not an engineering concern — it is a sovereign concern. Every stakeholder from CTO to citizen depends on the engineering practices that build and maintain the platform.

CTOs & CIOs

Primary

Technology leadership evaluating engineering depth, architecture decisions, and long-term technical strategy.

Government CTOsAgency CIOsTechnical directors

Engineering Teams

Primary

Platform engineers evaluating CI/CD practices, testing coverage, deployment models, and incident response.

Platform engineersDevOps teamsSecurity engineers

Security Teams

Primary

CISOs and security architects evaluating security engineering practices, vulnerability management, and compliance.

CISOsSecurity architectsCompliance officers

Procurement Teams

Secondary

Procurement specialists evaluating engineering maturity, support commitments, and vendor lock-in risk.

Procurement leadsVendor managersEvaluation committees

Operations Teams

Secondary

Operations managers evaluating incident response, uptime guarantees, and support SLAs.

Operations managersSRE teamsIncident commanders

Open Source Community

Emerging

Contributors and maintainers evaluating open-source contributions and standards commitment.

OSS contributorsStandards bodiesResearch institutions

See how these engineering practices power 129 capabilities

From engineering principles to deployed capabilities — the complete story of how sovereign practices produce sovereign outcomes.

Explore Capabilities
Open Source · We Contribute Back

6 active contributions to the open-source ecosystem

Apache Kafka
Core committer
Kubernetes
SIG-Storage contributor
PostgreSQL
Extension contributors
TensorFlow
Multilingual NLP contributions
OWASP
Sovereign AI security guidelines
CNCF
Cloud-native sovereign deployment patterns
FAQ · Engineering Practices

Questions about how we build. Answered directly.

The manufacturing intelligence layer ingests telemetry from over 12,000 sensor points per production facility, processing data with sub-50ms latency through an edge-compute architecture that operates even in air-gapped environments. Anomaly detection models trained on 18+ months of historical data achieve 94% accuracy in predicting equipment failures before they occur. The system maintains 99.99% uptime across 200+ production deployments per quarter.
Sovereign governance. Proven at scale.

The future of governance is already here.

18 countries. 200+ deployments. 900M+ citizens served. CEREBRAS P5 is the operating system of sovereign AI governance — and the question is not whether to deploy, but how fast.

FIPS 140-3·Common Criteria EAL5+·FedRAMP High·ISO 27001·12 certs
Trust Fabric
Trusted by 18 countries

Sovereign credentials, continuously verified

18 countries · 200+ deployments · 900M+ citizens

Regulatory
Architecture
VERIFIED
FedRAMP
US Federal Cloud
FIPS 140-3
Federal Cryptography
Common Criteria
EAL5+ Evaluation
ISO 27001
Info Security Mgmt
SOC 2 Type II
Service Org Controls
NIST CSF
Cybersecurity Framework
Sovereign
Reach
ACTIVE
18 Countries
200+ Deployments
900M+ Citizens
6 Continents
Operational
Excellence
MEASURED
Policy Implementation
94
Citizen Satisfaction
89
Avg ROI Delivered
86
SLA Uptime
99
§12
Performance
Real-time benchmarks

Transformation measured

200+ deployments. 18 countries. 900M+ citizens. Every number is a verified outcome, not a projection.

Policy Implementation Rate

% of policies fully implemented

+0%

Citizen Satisfaction

% citizens satisfied with government

+0pp

Cycle Time Reductions

Before → After CEREBRAS P5

−0%
Report Gen5days1days80%
Service Cycle6mo2.5mo58%
Decision Time72hr1hr99%
Fusion Time168min5min97%

Governance ROI

Validated 5-year average

0%
620%
Governance ROI
0+
Deployments
Live sovereign deployments
0
Countries
Continents served
0M+
Citizens
Reached by deployed systems
0 min
Fusion Time
Cross-agency intelligence
Compliance Matrix

Certified to the highest standards

12 active certifications across privacy, security, sovereignty, and industry — continuously audited by the world's most rigorous bodies.

100%
Pass Rate
12
Active Certs
40+
Auditors
Pillar 1
Privacy
Citizen data sovereignty
03
GDPR
EU DP Authority · EU 27
Audit: Q 1, 2026
CCPA
California AG · US-CA
Audit: Q 4, 2025
HIPAA
US HHS · Healthcare
Audit: Q 2, 2026
3 active
Pillar 2
Security
Cryptographic & operational
04
FedRAMP
GSA · US Federal
Audit: Continuous
ISO 27001
ISO · Global
Audit: Q 3, 2025
SOC 2 Type II
AICPA · Service Org
Audit: Continuous
FIPS 140-3
NIST / CSA · Crypto Modules
Audit: Q 4, 2025
4 active
Pillar 3
Sovereignty
National-grade evaluation
03
Common Criteria
NIAP / BSI / ANSSI · EAL5+
Audit: Q 2, 2025
NIST CSF
NIST · Cybersec Framework
Audit: Continuous
ISO 9001
ISO · Quality Mgmt
Audit: Q 1, 2026
3 active
Pillar 4
Industry
Sector-specific controls
02
SOX
PCAOB · Financial Ctrl
Audit: Annual
PCI-DSS
PCI SSC · Payments L1
Audit: Q 4, 2025
2 active
Continuous Audit Rhythm
Real-time monitoring + quarterly external audits + annual recertification
Live
Last audit: 14 days ago
§14
Timeline
6-Stage Methodology

From audit to autonomy

A battle-tested operating system — not a consultant's playbook — designed for outcomes that cannot be achieved through conventional project management.

01
01POLICY
PHASE 01

Assessment

Audit existing infrastructure, process maturity, digital readiness, citizen baseline

4-6 wk
  • Capability baseline
  • Gap analysis
  • Roadmap
02
02PULSE
PHASE 02

Design

Architecture blueprint, process re-engineering, organizational design, change plan

4-6 wk
  • Solution architecture
  • Process redesign
  • Migration strategy
03
03POWER
PHASE 03

Build

Platform configuration, customization, integration, security deployment, UAT

8-12 wk
  • Configured platform
  • Integrated systems
  • User acceptance
04
04POLICE
PHASE 04

Deploy

Phased rollout across departments, regions, tiers with continuous monitoring

12-24 wk
  • Reference deployment
  • Geographic expansion
  • Citizen migration
05
05PUBLIC
PHASE 05

Optimize

Performance measurement, user feedback integration, refinement cycles

Ongoing
  • KPI dashboards
  • Process tuning
  • Training programs
06
06DOCTRINE
PHASE 06

Evolve

Platform evolution through new services, policy adaptation, technology upgrades

Continuous
  • New capabilities
  • Policy implementation
  • Scale expansion
Global Presence

44 countries. Six regions. One operating system.

Active deployments span 44+ client nations, with regional engineering pools in every time zone — 24/7/365 follow-the-sun coverage.

Deployment Atlas · Live
208 Active
Regional Metrics
Africa
10 nations· 32
47
Deploys
Middle East & GCC
8 nations· 24
38
Deploys
South & Central Asia
6 nations· 48
62
Deploys
Southeast Asia
6 nations· 22
29
Deploys
Americas
7 nations· 18
18
Deploys
Europe
7 nations· 16
14
Deploys
Follow-the-Sun Operations
24/7/365 Coverage
UTC+1 to +3
Africa
EAT · WAT · SAST
On-Call
UTC+3
Middle East & GCC
GST
On-Call
UTC+5 to +6
South & Central Asia
IST · BST · ALMT
On-Call
UTC+7 to +8
Southeast Asia
WIB · PHT · MYT
On-Call
UTC-5 to -3
Americas
EST · CST · BRT
On-Call
UTC+0 to +2
Europe
GMT · CET · EET
On-Call
Africa
Nairobi · Lagos · Johannesburg
47
Deploys
NigeriaKenyaSouth AfricaGhanaEthiopia+5
Engineers
32
Languages
4
Coverage
24/7
Middle East & GCC
Dubai · Riyadh · Doha
38
Deploys
UAESaudi ArabiaQatarOmanKuwait+3
Engineers
24
Languages
2
Coverage
24/7
South & Central Asia
Delhi · Dhaka · Almaty
62
Deploys
IndiaBangladeshSri LankaNepalKazakhstan+1
Engineers
48
Languages
4
Coverage
24/7
Southeast Asia
Jakarta · Manila · KL
29
Deploys
IndonesiaPhilippinesMalaysiaVietnamThailand+1
Engineers
22
Languages
4
Coverage
24/7
Americas
DC · Toronto · São Paulo
18
Deploys
United StatesCanadaBrazilMexicoColombia+2
Engineers
18
Languages
3
Coverage
24/7
Europe
London · Berlin · Paris
14
Deploys
United KingdomGermanyFranceItalySpain+2
Engineers
16
Languages
4
Coverage
24/7
Case Studies

Real institutions. Real outcomes. Real sovereignty.

Every story anonymized with customer consent. Every metric verified. Sovereign-grade confidential.

§04
Case Studies
01POLICYFeatured · Southeast AsiaSovereign deployment

National eGovernance Platform

Unified service delivery across 42 ministries, 180M+ citizens, 1,200+ digitized services.

73%
Service time reduction
38→87%
Citizen satisfaction
200M+
Annual transactions
CEREBRAS P5 transformed our service delivery model in months. Citizens now access 1,200+ services from a single interface.
Minister of Digital Government
02PUBLICEast Africa

Public Financial Management

Integrated financial management across national and 47 county governments, 500+ spending units.

62→94%
Budget compliance
−68%
Procurement cycle
$47M
Fraud detected
We identified $47M in anomalous transactions in our first six months. ROI was evident within a single fiscal year.
Secretary of the Treasury
Secretary of the Treasury
Read case
03PULSESouth Asia

Healthcare Modernization

Connected 25,000+ health facilities with unified records, predictive surveillance, and zero-knowledge privacy.

14d→48h
Outbreak detection
600M+
Unified records
25K+
Facilities
600M records unified across 25,000 facilities. Outbreak detection went from 14 days to 48 hours. That is the difference between containment and epidemic.
National Health Director
National Health Director
Read case
Common Questions

Frequently asked questions

What engineering practices does CEREBRAS P5 follow?

CEREBRAS P5 follows 10 non-negotiable engineering principles and 8 quality disciplines including 80%+ test coverage, mandatory code review by 2+ engineers, continuous security scanning, and chaos engineering. The platform ships 200+ production deployments per quarter using a GitOps-based continuous delivery pipeline.

How does CEREBRAS ensure engineering quality?

Quality is enforced through 8 disciplines: code review (2+ reviewers), 80%+ unit/60%+ integration/40%+ E2E test coverage, static analysis (SonarQube, ESLint), security scanning (Snyk, Trivy, OWASP ZAP), dependency management, performance testing, chaos engineering, and mandatory documentation on every PR.

What is the deployment process?

CEREBRAS uses GitHub Actions for CI with 30-minute average build time, ArgoCD for GitOps-based continuous delivery with blue-green deployments, canary releases progressing 1% → 10% → 50% → 100% with 24-hour bake time, and automated rollback within 5 minutes on any SLO breach.

How does incident response work?

Follow-the-sun on-call across 6 regional pools with severity-based response times: P1 (15 minutes), P2 (1 hour), P3 (4 hours), P4 (24 hours). Every incident receives a blameless postmortem, and P1/P2 customer notification occurs within 30 minutes.

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