Authority, policy, and accountability
Defines legal authority, executive ownership, standards, oversight, appeals, ethics, safeguards, and public accountability.
Connect every service, facility, workflow, record, and decision through one operating model.
A complete enterprise architecture for modern correctional operations.
The STEAD Enterprise Architecture and Reference Model defines how governance, facilities, technology, data, workforce, healthcare, programming, finance, logistics, oversight, and resident progression operate as one integrated statewide system.
Architecture boundary: This public reference model
describes the structure of the STEAD ecosystem.
Detailed system diagrams, network topology, security
controls, facility vulnerabilities, operational interfaces,
vendor configurations, and restricted implementation
specifications remain controlled.
Architecture purpose
A reform framework becomes operational only when every part fits into one governable system.
Correctional reform often fails because policy, facilities, staffing, technology, healthcare, programs, finance, and oversight are designed separately.
STEAD resolves that fragmentation through a shared enterprise model. Every module has defined owners, records, interfaces, standards, performance measures, escalation paths, and dependencies.
The result is one statewide operating architecture that can be implemented in phases, governed centrally, adapted locally, and measured continuously.
01
One operating model
Facilities, services, technology, data,
people, and policy align to common architecture.
02
Modular implementation
States can deploy capabilities in stages
without losing the integrity of the whole model.
03
Shared standards and interfaces
Every component exchanges information and
responsibility through defined rules.
04
Human authority remains visible
Systems support decisions without obscuring
who is responsible for the final action.
05
Every component must prove value
Architecture is measured through safety,
outcomes, continuity, cost, and public trust.
Enterprise architecture domains
Eight architecture domains define the complete STEAD ecosystem.
Facility and mission workflows
Connects intake, housing, movement, healthcare, security, programming, logistics, incidents, and continuity through shared workflows.
Platforms, automation, and integration
Defines Command Center, digital twin, data platforms, interfaces, automation, identity, devices, communications, and technical resilience.
Progression and service architecture
Aligns classification, case planning, education, work, treatment, family connection, incentives, reentry, and community transition.
Funding, procurement, and enterprise value
Connects budgets, cost models, procurement, vendor governance, enterprise revenue, verified savings, assets, and capital planning.
Security, legal, and continuity controls
Governs cybersecurity, legal readiness, emergency operations, investigations, evidence, claims, insurance, and resilience.
People, training, and professional capability
Defines staffing models, roles, qualifications, training, certification, labor coordination, succession, and workforce performance.
Measurement, audit, and improvement
Connects KPIs, dashboards, benchmarking, analytics, audit, accreditation, transparency, corrective action, and statewide learning.
Architecture principle
The platform is not one application— it is the operating system of the institution.
STEAD is designed as a coordinated enterprise rather than a collection of independent software products.
Each module shares identity, records, standards, permissions, alerts, workflows, metrics, and oversight through the same governed architecture.
This prevents the state from creating new silos while attempting to modernize old ones.
Architecture controls
Eight controls preserve interoperability, accountability, and long-term public ownership.
Named business ownership
Every capability has an executive owner, operational owner, technical owner, and accountable decision authority.
Defined system and workflow boundaries
Data exchange, handoffs, dependencies, triggers, approvals, and exceptions remain documented.
Shared access and authorization model
Role, facility, function, sensitivity, and least-privilege access operate consistently.
Common records and definitions
Core objects, identities, events, facilities, services, assets, and metrics use shared definitions.
Public ownership and vendor independence
Data, interfaces, configurations, documentation, workflows, and transition rights remain protected.
Fallback and continuity by design
Essential operations continue through degraded, local, manual, alternate, and restored modes.
Controlled change and modernization
Architecture decisions, standards, dependencies, upgrades, exceptions, and retirements remain governed.
Measured operational benefit
Every major component must demonstrate safety, reliability, cost, user, or outcome improvement.
Enterprise implementation lifecycle
Eight stages move the state from reference architecture to sustained statewide operation.
Establish the target operating model
Define mission, owners, outcomes, domains, standards, interfaces, safeguards, and implementation boundaries.
Map the current environment
Document facilities, systems, contracts, processes, data, staffing, risks, costs, and operational dependencies.
Create the integrated future state
Define components, workflows, records, interfaces, governance, security, continuity, and user experience.
Sequence investment and deployment
Rank capabilities by safety, dependency, readiness, cost, value, risk, and implementation capacity.
Implement modular capabilities
Configure platforms, facilities, workflows, training, contracts, integrations, data, and operating controls.
Test architecture and operations together
Verify function, safety, security, continuity, interoperability, user readiness, and measurable acceptance.
Run the statewide model
Monitor services, incidents, capacity, cost, performance, exceptions, and operational dependencies.
Modernize through governed learning
Update standards, platforms, facilities, workflows, contracts, training, and future architecture.
STEAD Enterprise Architecture and Reference Model
The STEAD framework becomes a true operating system when every module shares one architecture.
STEAD connects governance, facilities, operations, technology, data, workforce, resident services, finance, risk, logistics, performance, and public accountability through one modular statewide reference model.