27-87814 Att K - Statement of Work.docx
DOCX document 51 KB Posted
- Solicitation number
- 27-87814
- Issued by
- Marion County, Indiana
About this file
Summary
This Statement of Work (SOW) is an RFP attachment issued by the State of Indiana, Department of Administration on behalf of the Indiana Office of Technology (IOT), for an Enterprise Observability Platform to support the NextLevel Observability Program across the executive branch. The State seeks to procure a comprehensive platform spanning application performance monitoring, digital experience monitoring, network path monitoring, infrastructure monitoring, application security, data analytics, ITSM integration, business service health analytics, AI-assisted operations, and fraud detection capabilities. The platform must support the current portfolio of 213 applications across 37 State agencies and scale to a target of 500 applications during the initial contract term. The engagement requires a phased implementation to operational readiness within nine months, including a minimum 90-day parallel run if transitioning from an incumbent provider. The State currently operates a hybrid environment with approximately 70-75% on-premises workloads on VMware virtualization and the balance distributed across Microsoft Azure, AWS, Google Cloud Platform, and Oracle Cloud Infrastructure, ingesting 3-5 TB of telemetry data daily with 13-month metric retention and 30-day trace retention requirements.
The State emphasizes an outcome-based procurement focused on measurable objectives including maintaining current observability coverage without service interruption, reducing mean time to detect incidents by 20% and mean time to resolve incidents by 20% within 24 months, reducing alert noise from 64% to 30% or less within 12 months, and sustaining a return on investment of 100% or greater. The contract requires GovRAMP Authorization as the baseline with FedRAMP High authorization for components handling IRS Publication 1075 federal tax information, compliance with Indiana's statewide IT policies and standards, SOC 2 Type II or ISO 27001 certification, and adherence to the State's AI governance policy including AI Readiness Assessment for any AI or agentic capabilities. The awarded contractor must establish dedicated customer success management scaled to 37 agencies, provide professional services and role-based training aligned to a 148-point Champion Maturity Scorecard, deliver quarterly business reviews, and maintain a single point of contact Project Manager with defined escalation paths. Compensation is tied to State-accepted deliverables and active service periods, with payment contingent upon acceptance of project kickoff, platform provisioning, full operational readiness, and ongoing KPI/SLA compliance.
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Other files
| File | Type | Posted |
|---|---|---|
| 27-87814 Att I - Pre-Proposal Network Form.docx | DOCX document | |
| 27-87814 Att A - IVOSB Commitment Form.docx | DOCX document | |
| 27-87814 Att B3 - IOT-SaaS.docx | DOCX document | |
| 27-87814 Att B1 - IOT-IaaS.docx | DOCX document | |
| 27-87814 Att G - Q&A Template.xlsx | XLSX spreadsheet | |
| 27-87814 Att M-Infrastructure Overview.docx | DOCX document | |
| 27-87814 Att L - AI Technical Proposal Questions.docx | DOCX document | |
| 27-87814 Att E - Business Proposal.docx | DOCX document | |
| 27-87814 Att H - Reference Check Form.docx | DOCX document | |
| 27-87814 Att B - Sample Contract.docx | DOCX document | |
| 27-87814 - RFP Main Document.pdf | ||
| 27-87814 Att D - Cost Proposal Template.xlsx | XLSX spreadsheet | |
| 27-87814 Att B2 - IOT-PaaS.docx | DOCX document | |
| 27-87814 Att J - Attestation Form.docx | DOCX document | |
| 27-87814 Att F - Technical Proposal Template.docx | DOCX document |
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Text version
RFP 27-87814
Attachment K
STATEMENT OF WORK
I. EXECUTIVE SUMMARY
This Statement of Work (SOW) describes the services the State of Indiana, acting through the Indiana Department of Administration (IDOA) on behalf of the Indiana Office of Technology (IOT), seeks to procure for an Enterprise Observability Platform supporting the IOT NextLevel Observability Program and the broader executive-branch agency portfolio. This engagement enables the State to modernize observability capabilities, reduce mean‑time‑to‑detect/resolve incidents, and support a scalable enterprise monitoring framework aligned with statewide technology standards.
IOT currently provides observability coverage for 213 applications across 37 State agencies serving 6.8 million Indiana residents, producing $14.15 million in documented business value against a $5.7 million platform investment (a validated 148.2% return on investment). Through this engagement the State will sustain and extend these outcomes: maintaining coverage without service interruption, scaling toward a target of 500 monitored applications, and improving detection, resolution, and alert-quality outcomes against measurable service levels. The platform shall span application performance, digital experience, network path, infrastructure, application security, and event & data analytics — ingesting and analyzing log and event data from the State’s existing logging and security systems — integrated with the State’s ServiceNow environment and aligned to the program’s operating philosophy that observability is thirty percent tools and seventy percent people and process.
II. BACKGROUND AND CURRENT STATE
Program Overview.
IOT operates the NextLevel Observability Program as a statewide enterprise initiative supporting the operational reliability of citizen-facing applications. The Program delivers coverage for 213 applications across 37 agencies, a champion-based agency engagement model with 35+ certified champions across Bronze, Silver, Gold, and Platinum tiers (scored on a 148-point assessment), a formal Observability Center of Excellence, and five concurrent statewide SMART Goals (ServiceNow CSDM integration, citizen experience and business value, platform optimization, automated remediation, and champion maturity).
Current Platform Architecture.
The current stack is Cisco AppDynamics (application performance and business-transaction visibility), Cisco ThousandEyes (synthetic network path, DNS/HTTP analytics), and Cisco Secure Application Monitoring (runtime application self-protection). The environment is hybrid, with approximately 70-75% of workloads on-premises (VMware, Cisco UCS) and the balance across Microsoft Azure, AWS, Google Cloud Platform, and Oracle Cloud Infrastructure. Supporting tooling includes MuleSoft, ServiceNow ITSM, Microsoft Power BI, and Cribl. Applications span Java, .NET, Node.js, PHP, Python, and select Go, with growing container and Kubernetes adoption.
Environment at a Glance
| Attribute |
| Approximate current state |
| Workload distribution |
| ~70% on-premises / ~30% cloud |
| On-prem virtualization |
| VMware vSphere / vCenter |
| On-prem server estate |
| ~3,000–4,000 virtual machines |
| Operating-system mix |
| ~75% Windows / ~25% Linux |
| Data-center sites |
| Two sites — primary and disaster recovery |
| Cloud posture |
| Multi-cloud, Azure-dominant (see §4) |
| Applications monitored (current) |
| ~213 applications (near current APM capacity) |
| Application scale (design target) |
| ~500 applications |
| Agencies / citizens served |
| 37 agencies · 6.8M Indiana citizens |
| Telemetry ingest (program-wide) |
| ~3–5 TB/day total (sustained; size headroom to peak) |
Compute — On-Premises The on-premises estate is virtualized on VMware vSphere and managed through vCenter, comprising approximately 3,000–4,000 virtual machines across two data-center sites (a primary site and a disaster-recovery site). The operating-system mix is approximately 75% Windows and 25% Linux. Respondents should assume agent-based and agentless collection paths appropriate to a predominantly Windows, VMware-virtualized estate, including vCenter-level integration.
Cloud Approximately 30% of total workload runs in the cloud today, distributed across multiple providers. The current cloud estate is Azure-dominant; the State-owned target tenant for the new platform is AWS. Respondents should plan to monitor a heterogeneous multi-cloud estate while deploying the platform into a State-owned AWS tenant (see §9, Hosting).
| Cloud provider |
| Approx. share of current cloud workload |
| Microsoft Azure / Azure Government |
| 70%+ |
| Amazon Web Services (AWS) |
| ~25% |
| Google Cloud (GCP) and Oracle Cloud (OCI) |
| Remainder |
Applications The State currently instruments approximately 213 applications, at or near the capacity of the current enterprise agreement. The design target for the new platform is approximately 500 applications, which may shift with cloud migrations; Respondents shall provide sizing and pricing that scales to ~500 applications. Predominant application stacks include .NET and Java (heavy), with some Node.js, along with PeopleSoft and mainframe workloads. Software-as-a-Service applications are monitored via synthetic / network-path testing rather than in-application agents.
Databases
| Database platform |
| Approx. share / notes |
| Microsoft SQL Server |
| ~70% — on-premises and Azure SQL in cloud |
| Oracle |
| ~25% — Oracle RAC and standalone databases |
| PostgreSQL and others |
| Remainder — PostgreSQL ramping in cloud workloads |
Identity Enterprise identity and single sign-on are provided through Okta and Microsoft Entra ID (both primary). Respondents should support role-based access and SSO integration with these providers.
Telemetry Volume & Retention
| Requirement |
| Value |
| Sustained ingest (program-wide) |
| ~3–5 TB/day total across all agencies (size headroom to peak) |
| Metric retention |
| ≥ 13 months (minimum) |
| Trace retention |
| ≥ 30 days (minimum) |
| Long-term archival (IRS Pub 1075 agencies) |
| Cold storage up to 7–10 years |
Retention — particularly the multi-year cold-storage requirement for IRS Pub 1075 agencies — is a material cost driver; Respondents shall price the long-term archive tier explicitly.
The State currently operates an enterprise observability capability spanning application performance monitoring, synthetic / network-path intelligence, and runtime application security, which the resulting Contract is expected to replace or consolidate. Product-specific details are provided to shortlisted Respondents under the Confidential Annex.
Confidential Annex Precise counts, data-center locations, network topology and segmentation, per-agency application and telemetry breakdowns, the current tool inventory, and named regulated systems are provided to shortlisted Respondents under a Confidential Annex, subject to the State's confidentiality terms.
Drivers for this Engagement.
The current platform investment approaches the end of its term. The State is conducting a competitive procurement to determine the best-value platform and partner for the next term, preserve continuity of citizen-facing observability, consolidate 45 or more legacy monitoring tools, deepen ServiceNow CSDM integration, add log & event data analytics that ingests and analyzes data from the State’s existing logging and security systems (augmenting, and not replacing, those systems), and ensure vendor-neutral, OpenTelemetry-aligned data portability to avoid future rip-and-replace risk.
III. SCOPE OF WORK
The Contractor shall provide, implement, integrate, and support an Enterprise Observability Platform meeting the requirements below. The scope is outcome-based: the State is procuring measured operational outcomes (see Objectives of Engagement), not a fixed feature list. The platform shall support the current portfolio of 213 applications and scale to a target of 500 applications during the initial Contract term. In-scope capability domains:
| Capability Domain |
| Summary of Required Capability |
| Enterprise Data & Telemetry Architecture |
| Aggregation/mapping layer that consolidates enterprise-consumable telemetry while preserving drill-down to source; ETL and integration-platform compatibility (e.g., MuleSoft); compatibility with Power BI, Tableau, and ServiceNow. Wholesale ingestion of every source is not required. |
| Application Performance Monitoring (APM) |
| Code-level visibility, distributed tracing, business-transaction monitoring with SLO tracking, database-call monitoring, service maps, anomaly/threshold alerting, role-based dashboards; >=13-month metric / >=30-day trace retention; agent and OpenTelemetry instrumentation. |
| Digital Experience Monitoring (DEM) |
| Real User Monitoring (web/mobile), distributed synthetic monitoring, experience scoring (Apdex or equivalent), Core Web Vitals, privacy-controlled session replay with PII redaction. |
| Network Path & Performance Monitoring |
| Enterprise and cloud synthetic agents; hop-by-hop path with AS/ISP ID; DNS/DNSSEC; HTTP(S) timing; voice/RTC and WebRTC; BGP route alerting; not less than 168,200 monthly units scalable to 250,000+. |
| Infrastructure Monitoring |
| Server/VM, container and Kubernetes lifecycle, public-cloud (Azure, AWS, GCP, OCI), network-device telemetry (SNMP/NetFlow/sFlow/IPFIX/streaming), Cisco UCS/Intersight, and cloud FinOps (showback, anomaly detection, rightsizing, tagging/allocation). |
| Application Security & RASP |
| Runtime Application Self-Protection (OWASP Top 10), in-application vulnerability/CVE detection, library/component analysis with SBOM, ITSM remediation integration, NIST CSF alignment. |
| Data Analytics |
| Ingestion, parsing, and normalization of analytics and event data at approximately 3-5 TB/day program-wide (total, sustained, with headroom to peak) from the State’s existing data-platform sources over open, standards-based interfaces (for example REST/API, syslog, OTLP); query, correlation, and analytics across ingested data with user-defined rules and views; compatibility with common enterprise data sources (for example Okta, Microsoft 365, CrowdStrike, Cisco ISE, cloud audit logs); federation and query against third-party data lakes and retained on-premises / historical data stores without full ingestion, including during a phased migration so the State is not forced into a big-bang cutover; and bidirectional interoperability with the State’s existing tooling. The Platform ingests from and interoperates with the State’s logging and security systems and is not required to serve as the State’s system of record for enterprise logging. |
| ITSM/ITOM & CI/CD |
| ServiceNow bidirectional integration, alert correlation and episode-based noise reduction, CSDM/CI alignment; CI/CD integration (GitHub/Actions, GitLab, Azure DevOps, Jenkins, Argo CD/Flux), deployment markers, progressive-delivery validation, DORA metrics, and controls to scope/exclude ephemeral/CI telemetry. |
| Business Service Health & Impact Analytics |
| Service-level health monitoring that computes business-service status from weighted KPI and impact propagation across technology domains (applications, databases, infrastructure, and network paths), visualized as service maps with drill-down to root cause to help prioritize citizen-impacting outages and allocate resources; entity discovery and reusable KPI/service templates across hybrid infrastructure (on-premises, Azure, AWS, GCP, OCI) at statewide scale; and native event correlation and root-cause grouping within the service-health layer for alert suppression and incident clustering. The platform should additionally provide predictive KPI/threshold analytics with seasonal baselining for critical, citizen-facing services (for example tax, licensing, and education portals), delivered within the platform rather than requiring a separate correlation/AIOps product. |
| AI & Agentic Operations |
| AI-assisted troubleshooting and root-cause hypotheses, explainable anomaly detection, agent observability/evaluation, Model Context Protocol (or equivalent), RAG grounding in State context, with deterministic operator access preserved, subject to AI governance and cost controls in Compliance Requirements; including observability of the State’s own generative-AI/LLM applications — distributed tracing of model and agent calls, model latency and error tracking, and token/consumption-cost observability — and monitoring of model inputs and outputs for policy-violating content (data exfiltration, PII exposure, or content outside the State’s acceptable-use policy), consistent with the State AI governance requirements in Compliance and Attachment [L]. |
| OpenTelemetry & Data Portability |
| Native OpenTelemetry collector support across metrics, traces, logs; vendor-neutral instrumentation; no-cost data export in machine-readable formats; documented APIs; disclosure of any portability-constraining proprietary formats. |
| Customer Success & Enablement |
| Dedicated TAM/CSM scaled to 37 agencies and 213+ applications; professional services; role-based training; certification aligned to the 148-point Champion Maturity Scorecard; roadmap-input mechanism; quarterly business reviews. |
| Implementation, Transition & Service Levels |
| Phased implementation to operational readiness within nine (9) months; transition methodology from the incumbent (if applicable) including a >=90-day parallel run and configuration/agent/historical-data migration; adherence to the service levels in Key Performance Indicators. |
| Fraud Detection & Prevention Support |
| Detection of anomalous transaction, access, and behavioral patterns across application, infrastructure, network, and security telemetry, with configurable baselines, thresholds, and alerting; export of fraud-relevant signals and alerts to the State’s designated fraud-analytics and case-management systems over open, standards-based interfaces (augmenting, not replacing, those systems); scoped, role-based, audited access and reporting for the State fraud function; and tamper-evident, integrity-protected logging with retention sufficient to support fraud investigation and evidentiary use, meeting or exceeding applicable State records-retention schedules. |
| Operational Technology (OT/ICS) Visibility & Data Analytics |
| Passive discovery and inventory of operational-technology (OT) and industrial control system (ICS) assets and communications without disrupting operations; collection and normalization of OT/ICS telemetry, flows, and logs, including relevant industrial protocols; correlation with IT application, infrastructure, and network telemetry and export to data analytics tooling over open, standards-based interfaces; anomaly and threat alerting; and analytics retention meeting or exceeding applicable State records-retention schedules, operated so as not to degrade OT/ICS availability or safety. |
The State strongly prefers a cloud-based service offering. Cloud-based service offerings are required to be within a state-owned cloud tenant. However alternative solutions may be considered if they demonstrate significant value. This section provides details on infrastructure and support requirements, outlining the State’s minimum requirements. Review and completed Attachment [M] – Infrastructure Overview for more detailed information.
Out of Scope.
Unless expressly added by written amendment, the following are out of scope: procurement or replacement of the State’s underlying network, compute, or storage infrastructure; application remediation or code changes beyond observability instrumentation; provision of the State’s ServiceNow, MuleSoft, Power BI, Tableau, or Cribl licenses; and security incident-response services beyond the SIEM/SOAR integration defined herein. The Platform is not intended to serve as the State’s system of record for enterprise logging or as the State’s primary security information and event management (SIEM) system; it ingests from, analyzes, and interoperates with those systems. The State retains ownership of all telemetry, configuration, and derived data.
a. OBJECTIVES OF ENGAGEMENT Through the resulting Contract, the State seeks to achieve the following measurable, outcome-focused objectives during the initial Contract term:
1. Maintain or exceed current observability coverage of 213 applications with no service interruption during transition (if the awarded Respondent is not the incumbent).
2. Scale the monitored application portfolio toward a target of 500 applications across the executive-branch agency footprint.
3. Achieve 99.9% availability for the observability platform itself.
4. Reduce mean time to detect (MTTD) production-impacting incidents by 20% relative to the current baseline within 24 months of Contract start.
5. Reduce mean time to resolve (MTTR) production-impacting incidents by 20% relative to the current baseline within 24 months of Contract start.
6. Reduce alert noise from the current 64% baseline to 30% or less within 12 months of Contract start.
7. Sustain documented business value through the State’s Business Value Assessment framework supporting a return on investment of 100% or greater across the Contract term.
8. Support the consolidation of 45 or more legacy monitoring tools identified for retirement under the program’s platform-optimization goal.
b. DELIVERABLES AND DEADLINES The Contractor shall provide, at a minimum, the following deliverables according to a mutually agreed upon schedule. Each deliverable must include the required compliance evidence and will be subject to formal review and approval by the State. Deliverables should be submitted in both editable and PDF formats and stored in a state-owned repository.
| Deliverable |
| Description |
| Acceptance Criteria (Done) |
| Project Kickoff Package |
| Includes kickoff agenda, team organization chart, and communication plan. |
| Signed kickoff meeting minutes and list of State participants. |
| Project Management Plan |
| Includes an integrated schedule with milestones and dependencies, a project organization and staffing plan, a requirements traceability matrix (RTM), issue and risk management procedures with escalation paths, a stakeholder communication plan, a quality management plan with standards and acceptance criteria, training and deployment plans, details on approved tools and collaboration platforms, and a change control process for scope management. |
| The Project Management Plan will be accepted when the State confirms that the document is complete; includes an approved baseline schedule and resource plan; contains validated governance (risk, issue, and change management) processes; includes a complete RTM, communications plan, and quality plan; documents approved tools, training, and deployment strategies; and receives formal State sign‑off through the established Deliverable Management Process. |
Implementation & Transition Plan
Phased plan with milestones, staffing, risk mitigation, acceptance criteria; if non-incumbent, a >=90-day parallel run and migration approach.
Platform Provisioning & Onboarding
Production environment provisioned; security documentation accepted; initial agency cohort onboarded.
ServiceNow / CSDM Integration
Bidirectional incident, change, and CI synchronization validated against CSDM.
Full Operational Readiness (213-app portfolio)
All in-scope domains operational; incumbent decommissioned (if applicable) with no coverage gap.
Enablement & Certification Program
Role-based curricula delivered; certification aligned to the 148-point Champion Maturity Scorecard.
Quarterly Business Reviews
QBR with documented attendees, agenda, KPI review, and measurable outcomes.
End-of-Contract Transition Package
Knowledge transfer, final documentation, data export, and access turnover.
c. PAYMENT MILESTONES Compensation shall be tied to completed and State-accepted deliverables and to ongoing subscription/service periods. The State will not pay a milestone until the associated deliverable is accepted in writing. This framework will be reconciled against the awarded Cost Proposal during contract finalization.
| Milestone |
| Tied Deliverable / Trigger |
| Payment Basis |
| Project initiation |
| Project Kickoff Package and PMP accepted |
| Per Cost Proposal |
| Platform onboarding |
| Provisioning & initial cohort accepted (90 days) |
| Per Cost Proposal |
| Operational readiness |
| Full 213-app readiness accepted (9 months) |
| Per Cost Proposal |
| Recurring platform / subscription |
| Active service period; KPIs/SLAs met |
| Periodic (e.g., annual) |
| Professional services / enablement |
| Accepted services or milestones as ordered |
| Per Cost Proposal |
IV. PROJECT MANAGEMENT
The Contractor shall manage the engagement with transparency and discipline, providing at a minimum: a weekly project status meeting during implementation and transition, transitioning to a monthly operational meeting at steady state, plus quarterly business reviews; weekly written status reports during active phases and monthly operational reports thereafter; a named single point of contact (Project Manager) with a defined escalation path; and use of a State-accessible project-tracking and collaboration toolset, with documentation and change records integrating with or exportable to the State’s ServiceNow and document-management environments.
a. PROJECT MANAGEMENT PLAN The Contractor shall deliver an initial draft of the Project Management Plan (PMP) within [Insert timeframe, for example 30 business days] of contract start. A comprehensive PMP will be delivered at a mutually agreed upon timeframe. Final acceptance of the PMP is defined in the deliverables section. The PMP will include an integrated schedule with milestones and dependencies; a project organization and staffing plan; a requirements traceability matrix; issue and risk management processes with escalation paths; a communication plan for stakeholder engagement; a quality management plan with standards and acceptance criteria; training and deployment plans; and descriptions of approved tools and collaboration platforms. The PMP shall include a change control process to evaluate and approve scope changes. The PMP will be reviewed and approved by the State and updated as necessary.
b. KEY PERSONS The Contractor shall identify Key Persons accountable for delivery. For each, the Contractor shall provide name, role, relevant qualifications, and expected availability. At a minimum, the following key roles are required:
| Key Role |
| Primary Responsibilities |
| Minimum Qualifications |
| Project Manager |
| Single point of accountability for delivery, schedule, risk, and State communication. |
| PMP or equivalent; prior enterprise observability or platform-migration delivery. |
| Technical Lead / Solution Architect |
| Owns solution design, integration architecture, and transition methodology. |
| Senior architect with multi-domain observability and OpenTelemetry experience. |
| Technical Account Manager / CSM |
| Ongoing customer success across 37 agencies and 213+ applications; QBRs; roadmap input. |
| Public-sector enterprise account experience at comparable scale. |
Individuals designated for these roles will be appointed during the development of the PMP. Any substitution of key persons must be approved in writing by the State. The Contractor shall ensure that any proposed replacement meets or exceeds the qualifications of the originally designated individual. The State reserves the right to request the replacement of any key person if, in the State’s judgment, the individual does not meet performance expectations or project needs. Additionally, the State shall have the opportunity to interview any proposed replacement prior to approval to ensure suitability for the role.
c. OTHER PROJECT STAFF The Contractor shall provide sufficient staffing levels with appropriate qualifications to meet the State’s delivery timelines and performance expectations. The Contractor shall prepare a Project Resource Staffing Plan that includes:
· The number, type, and categories of staff proposed for the engagement.
· Role descriptions and minimum qualifications for each position.
· Work location details and any remote work arrangements.
· Ongoing training requirements to ensure compliance and quality standards.
· A plan for onboarding new staff or replacing personnel during the engagement.
The State reserves the right to review staffing and to request changes if, in the State’s judgment, personnel do not meet performance expectations or project needs. The State will have the opportunity to interview proposed replacements prior to approval, and any replacements must meet or exceed the original qualifications.
d. DOCUMENT MANAGEMENT All engagement documentation shall be organized, stored, shared, and controlled to the State’s standards. The Contractor shall store deliverables and project records in a State-approved repository with appropriate access controls; maintain documents in State-compatible formats (e.g., Microsoft Word, Excel, PDF) with version control and change history; and meet the State’s security, confidentiality, and retention expectations, including compliance with the Indiana Access to Public Records Act (IC 5-14-3) and applicable IOT data-handling standards. All documentation shall remain accessible to the State and shall be turned over at contract end.
e. STATUS UPDATES AND REPORTING The Contractor shall keep the State informed of progress, risks, and milestones through structured, standardized reporting:
1. Weekly status reports during implementation and transition (accomplishments, planned work, risks/issues, decisions needed).
2. Monthly operational reviews at steady state (platform health, KPI/SLA performance, open items).
3. Quarterly Business Reviews with documented attendees, agenda, KPI review, value reporting, and roadmap input.
4. Standardized reporting formats agreed with the State and, where feasible, integrated with or exportable to ServiceNow.
V. INDEPENDENT VERIFICATION AND VALIDATION
In the event the State determines that any independent verification and validation ("IV&V") oversight is required by the State during the term of this Contract, the Contractor shall comply with any such oversight during the term of this Contract, pursuant to which an independent third-party review may be conducted by a reviewer selected by the State, for the purpose of verifying that the Contractor has performed its obligations in compliance with the terms of this Contract. In the absence of any such IV&V oversight, the Contractor shall comply with any other appropriate methods or means for verification and validation required by the State during the term of this Contract for the purpose of verifying and validating that the Contractor has performed its obligations in compliance with the terms of this Contract. The Contractor shall provide all information and documentation requested during the State's IV&V oversight or verification and validation efforts related to this Contract and in connection with any IV&V oversight or verification and validation efforts related to an initiative of which this Contract is a part.
VI. COMPLIANCE REQUIREMENTS
The Contractor shall comply with all applicable State and federal requirements and with the following, at a minimum:
1. GovRAMP Authorized status as the State baseline authorization for the Platform; FedRAMP authorization (FedRAMP High) is required for any component that stores, processes, or transmits federal tax information subject to IRS Publication 1075, and FedRAMP-authorized offerings are otherwise accepted on a reciprocity basis. Respondents shall disclose authorization status, impact level, expiration, and continuous-monitoring posture; a Respondent lacking GovRAMP Authorized status shall provide a documented timeline to achieve it within 12 months of Contract execution.
2. Compliance with the Statewide IT Policies, Procedures, & Standards (https://www.in.gov/iot/policies-procedures-and-standards/) that are applicable, including the assistive technology standard. The Contractor will be required to sign a Non-Disclosure Agreement (NDA) to access the more sensitive standards and policies. The Contractor should review the Statewide IT Policies, Procedures, & Standards and ensure their proposed solution meets all standards therein.
3. Encryption of telemetry in transit and at rest using current NIST-approved standards; SOC 2 Type II, ISO 27001, or equivalent third-party validation.
4. Documented handling controls for PII, PHI, and Federal Tax Information where applicable, including data minimization and redaction.
5. Disclosure of all subprocessors, third-party data integrations, data-residency options (preference for U.S.-resident hosting), and any cross-border transfers.
6. The State has adopted an enterprise-level policy governing the use of Artificial Intelligence (AI) within state government. The State’s AI Policy is issued and monitored by the Office of the Chief Data Officer (OCDO), in cooperation with the Chief Privacy Officer (CPO) and the Management Performance Hub (MPH). As a complement to the AI Policy, the State Agency Artificial Intelligence Systems Standard outlines the rationale behind the AI Readiness Assessment Process required for the implementation or any use of AI by a state agency. That Standard outlines the requirement for the submission of a Readiness Assessment Questionnaire prior to implementation or use of an AI tool or system. Any proposed solution meeting these requirements must support the State’s AI Policy and follow the AI Readiness Assessment Process. See https://www.in.gov/mph/AI/ for more detailed information.
6.1. For AI and agentic capabilities: a written commitment on whether State data is used to train or fine-tune models (with the State’s right to prohibit), an AI-layer subprocessor list and Data Processing Agreement, cross-tenant segregation, human-in-the-loop gates and audit trails for agentic actions, model change-management notification, and alignment with the NIST AI Risk Management Framework and applicable State of Indiana AI governance policy.
7. Compliance with the Indiana Access to Public Records Act (IC 5-14-3) and applicable accessibility standards.
VII. KEY PERFORMANCE INDICATORS
The State will use Key Performance Indicators (KPIs) to measure performance and outcomes of the Contract. The specific KPIs and their targets will be defined and agreed upon by the State and the Contractor during the initial phases of the requirements under the Contract. At a minimum, on time delivery at quality standards of the scope provided within the budget set forth in the Contract will each be measured. Additionally, the State will collect a modified Net Promoter Score from customers to this Contract in its discretion. Low ratings on the modified Net Promoter Score or failure to meet any other KPIs may be deemed, at the discretion of the State, to constitute default under the Contract.
In addition to the foregoing standard measures, the State anticipates the following service-level and performance indicators, to be finalized with the Contractor:
| Service Level / KPI |
| Target |
| Window |
| Platform Availability |
| >= 99.9% |
| Monthly |
| Critical Issue Response Time |
| <= 30 minutes |
| Per incident |
| High-Priority Issue Response Time |
| <= 2 hours |
| Per incident |
| Standard Issue Response Time |
| <= 1 business day |
| Per incident |
| Data Ingestion Latency (95th percentile) |
| <= 60 seconds |
| Continuous |
| MTTD Improvement vs. baseline |
| >= 20% within 24 months |
| Cumulative |
| MTTR Improvement vs. baseline |
| >= 20% within 24 months |
| Cumulative |
| Alert-Noise Reduction |
| <= 30% (from 64%) within 12 months |
| Cumulative |
| Quarterly Business Review |
| Completed |
| Quarterly |
The Contractor shall propose service-level credits applicable in the event of a service-level miss, with the proposed credit structure included in the Cost Proposal.
VIII. END OF CONTRACT TRANSITION AND TURNOVER
The Contractor shall develop a turnover plan [six (6) months] prior to contract end, detailing activities for transferring responsibilities, non-proprietary components, data, and operational documentation to the State or its agent. The Contractor shall maintain mutually agreed upon staffing levels during turnover and commence training and shadowing [four (4) months] prior to contract end for staff who will assume operations. The State will approve the designated Turnover Manager. The Contractor shall provide a knowledge transfer checklist (for example procedures, contacts, training materials) and deliver a data disposition certificate confirming deletion or return of State data within [thirty (30) days] after contract completion unless otherwise agreed.
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