INAHARBOR2 LLC · NASA SEWP VI Category B · 80TECH26D1997

A new era of
mission
technology.

Modernize what’s essential.
Connect what’s possible.

As the InaHarbor2 lighthouse beacon sweeps across the harbor, it illuminates each connected discipline—Cloud Migration, Application Modernization, DevSecOps, AI/ML & Data Science, Cybersecurity, and NASA SEWP VI ITC/AV Solutions.

Click any capability to aim the beacon (or watch it auto-sweep):

01 · Cloud Migration & Hybrid Platform Foundation BEACON LOCK: 030°
Aligns legacy workload discovery, phased migration waves, and governed multi-zone cloud operations.
Landing Zones Workload Readiness Hybrid Cloud Ops
Inspect capability architecture →
Hero View:
3D BEACON SWEEP · ILLUMINATING MISSION CAPABILITIES
Conceptual isometric diagram of the InaHarbor2 lighthouse guiding connected cloud, application, DevSecOps, cyber security, data science, and NASA SEWP VI acquisition nodes.

Interactive 3D InaHarbor2 beacon: as the rotating beam touches each capability node, it illuminates that discipline across the harbor.

Contract Holder INAHARBOR2 LLC
SEWP VI Contract # 80TECH26D1997
Scope / SEWP Fee Category B / 0.34% Fee
UEI / Primary NAICS X84ZUPTVCRP4 · 541512
Effective Start Upcoming: November 1, 2026
Ordering Center & Guide

Technology moves.
Make it meaningful.

Six complementary disciplines engineered to work together across enterprise-wide strategic and mission/program levels. Use the interactive Capability Architecture Explorer below or scroll through each discipline to see how requirements, systems, security, and data connect.

Unified Mission System Explorer

Select any discipline tab—or click a node in the 3D Lighthouse Hero above—to inspect its architectural role and upstream/downstream connections.

Conceptual Architecture View
Capability 01 of 06 Infrastructure & Platform Layer

Cloud Migration

A stronger foundation for what comes next.

Plan a practical path from existing workloads to the cloud. Align platforms, migration priorities, dependency mapping, and hybrid operations with mission requirements.

Upstream Inputs Legacy workload inventory, acquisition scope & security baseline
Downstream Enablement Modular application hosting, DevSecOps pipelines & telemetry ingestion
Readiness assessment Landing zone design Phased cutover runbooks
Conceptual isometric diagram showing legacy workload inventory, migration readiness waves, and target cloud landing zones.
Server infrastructure connected to cloud landing zones, illustrating phased workload migration.
01 · Infrastructure & Hybrid Cloud

Cloud migration

A stronger foundation for what comes next.

Plan a practical path from existing workloads to the cloud. Align platforms, migration priorities, security boundaries, and ongoing operations with mission requirements so teams modernize without disrupting critical services.

  • Workload discovery, dependency mapping, and readiness wave planning
  • Target cloud landing zones with identity, network, and operational guardrails
  • Structured transition runbooks and post-migration validation
Discuss your cloud requirements
Layered application architecture showing legacy encapsulation, API gateway services, and an accessible modern interface.
02 · Modular Systems & Interfaces

Application modernization

Evolve the applications people rely on.

Bring legacy systems, domain APIs, and user interfaces into a cohesive, maintainable whole. We decouple brittle monoliths incrementally while improving accessibility, responsiveness, and operator workflow clarity.

  • Incremental strangler-facade refactoring and API contract design
  • Accessible, task-focused web interfaces built around real mission workflows
Continuous DevSecOps delivery loop connecting commit, automated build and SBOM gates, policy enforcement, and runtime operations.
03 · Software Factory & Delivery

DevSecOps

Automated verification from commit to runtime.

Connect development, security, and operations across the software lifecycle, from the first requirement through ongoing delivery. Automated build gates, software bill of materials (SBOM) generation, and policy checks keep releases repeatable and auditable.

  • CI/CD pipeline automation with integrated SAST, dependency, and container checks
  • Continuous runtime telemetry feeding directly back into engineering priorities
04 · Defense-in-Depth & Zero-Trust Design

Security belongs
in the design.

Cyber security

Consider systems, information, identity, and operational requirements together. Build security directly into the architecture, network segmentation, and delivery workflow rather than treating authorization and defense as a final step.

  • Zero-trust identity, least-privilege access governance, and encrypted boundaries
  • Continuous security telemetry, configuration baseline verification, and risk traceability
  • Security engineering integrated with cloud migration, DevSecOps, and data pipelines
Start a security conversation
Zero-trust cyber security architecture combining identity verification, micro-segmented network boundaries, and continuous threat telemetry around a protected mission core.
05 · Geospatial Analytics, Telemetry Pipelines & Decision Support

Data science built for
operational clarity.

Make complex, multi-source information easier to understand and act upon. We connect geospatial context, streaming telemetry, feature engineering, and calibrated uncertainty into transparent decision-support workflows.

Conceptual multi-layer data science architecture showing geospatial and telemetry ingestion, spatial-temporal feature engineering, uncertainty-quantified model inference, and decision support.
Conceptual spatial-temporal pipeline and uncertainty calibration schematic (illustrative model architecture; does not represent a customer dataset).

Interactive Pipeline Layer Inspector

Inspect how each analytical layer transforms raw observations into governed decision support:

LAYER 01 · SPATIAL & STREAMING INGESTION

Multi-Source Geospatial & Telemetry Ingestion

Harmonizes spatial coordinates, structured operational records, and time-series sensor or log streams with automated schema validation, CRS normalization, and data-quality lineage tags at ingress.

Primary Inputs
Geospatial layers, time-series telemetry, structured tables
Analytical Method
Spatial indexing, schema contracts & temporal window alignment
Decision Output
Validated, lineage-stamped observation store ready for feature extraction
06 · Requirements, Planning & Execution Alignment

Acquisition lifecycle management

Keep requirements, planning, and delivery in view across the lifecycle.

Technology programs succeed when technical architecture and acquisition strategy speak the same language. We help teams structure clear requirements, align technical scope with contract vehicles such as NASA SEWP VI, and maintain deliverable traceability after award.

  • Requirements definition, market research alignment, and technical scope structuring
  • Coordination with fair-opportunity ordering workflows under FAR 16.505(b)(1)
  • Ongoing program management, milestone tracking, and lifecycle governance
Proceed to NASA SEWP VI Ordering Center
Conceptual acquisition workflow progressing from requirement definition and planning to FAR 16.505 competition and lifecycle execution.

Note: All architecture and service graphics on this site are conceptual illustrations created to explain engineering and acquisition disciplines; they do not depict customer systems, classified/CUI environments, or past-performance metrics.

A clear requirement.
A connected plan.
A shared direction.

The technology matters. So does how it fits.

Our approach starts with understanding the operational requirement and the environment around it. By connecting cloud infrastructure, application engineering, DevSecOps, cyber security, data science, and acquisition management, we deliver solutions across both enterprise-wide strategic and mission/program levels.

01 · Understand the mission Ground every architectural choice in operational context and clear requirements.
02 · Connect the disciplines Bridge infrastructure, applications, security, and analytics without silos.
03 · Focus the delivery Align technical execution with transparent acquisition and program support.

Your next requirement.
A clear acquisition path.

NASA SEWP VI (Solutions for Enterprise-Wide Procurement) · Category B — Enterprise-Wide ITC/AV Service Solutions

Contract Effective Status Upcoming · Starts November 1, 2026
Contract Holder
INAHARBOR2 LLC
SEWP VI Contract Number
80TECH26D1997
Awarded Scope Category
Category B · Enterprise-Wide ITC/AV Service Solutions
SEWP Usage / Management Fee
0.34% (Self-funded usage fee included in price)
Unique Entity ID (UEI) & NAICS
UEI: X84ZUPTVCRP4 · NAICS: 541512
Effective Start & Main Office
Nov 1, 2026 · Falls Church, VA (703-459-1079)

What’s in Scope for NASA SEWP VI?

NASA SEWP VI provides the latest Information Technology, Communication, and Audio-Visual (ITC/AV) solutions and services for all Federal Agencies and their approved contractors. Contract Holders can add new commercial technology and IT services to their contract daily as requested by customers. Need a scope review? Send an overview and/or Bill of Materials (BOM) to help@sewp.nasa.gov for rapid feedback.

CATEGORY A

ITC/AV Solutions

Information Technology, Communications, and Audio-Visual technology product solutions across the federal landscape.

CATEGORY B Held by INAHARBOR2 LLC · 80TECH26D1997

Enterprise-Wide ITC/AV Service Solutions

Enterprise-wide strategic and IT service solutions encompassing cloud services, IT modernization, software development, systems engineering, network operations, cybersecurity, and data analytics.

CATEGORY C

Mission-Based ITC/AV Service Solutions

ITC/AV Mission-Based Services tailored to specialized agency program and mission environments.

Interactive FAR 16.505(b)(1) & QRT Ordering Workflow

FAR 16.505(b)(1) provides that each contractor shall be given fair opportunity to be considered for each order exceeding $10,000 issued under multiple-award contracts. Select any step below to inspect the end-to-end Purchase Request (PR) to Delivery Order (DO) workflow:

STEP 01 OF 04 · REQUIREMENT & PURCHASE REQUEST (PR)

1. Define Requirement & Generate Agency Purchase Request (PR)

The typical ordering process begins when an end-user determines a requirement and generates a Purchase Request (PR) along with necessary funding information for their Agency’s procurement office. For scope verification, agencies may email an overview or Bill of Materials (BOM) to help@sewp.nasa.gov, or contact InaHarbor2’s quote team (Niraj Kathuria or Nathan Wright).

Key Identifier / Artifact Purchase Request (PR), SOW/PWS & Funding Package
Process Standard FAR 16.505(b)(1) Fair Opportunity (>$10,000) · Category B
Contact Quote & Requirements Team
Accessible HTML Ordering Guide

InaHarbor2 NASA SEWP VI Ordering Guide Reference

All authoritative contract details, FAR 16.505(b)(1) fair-opportunity procedures, Delivery Order routing rules, and escalation contacts from the InaHarbor2 SEWP VI Ordering Guide are provided directly in native accessible HTML below.

1. SEWP Overview, Contract Identifiers & 0.34% Usage Fee

NASA SEWP VI (Solutions for Enterprise-Wide Procurement, pronounced “soup”) provides the latest Information Technology, Communication, and Audio-Visual (ITC/AV) solutions and services for all Federal Agencies and their approved contractors. Created in 1993, SEWP I was the first Government-Wide Acquisition Contract (GWAC) in the federal acquisition space. The program is self-funded through usage fees (0.34%, built into quoted prices) and supports more than 50,000 orders a year.

INAHARBOR2 LLC holds Category B (Enterprise-Wide ITC/AV Service Solutions) under Contract 80TECH26D1997 (UEI: X84ZUPTVCRP4, Primary NAICS: 541512), with an upcoming effective start date of November 1, 2026. Main Office Address: 6400 Arlington Boulevard, Suite 725A, Falls Church, VA 22042 · Phone: 703-459-1079 · Fax: 703-636-4893.

2. Fair Opportunity (FAR 16.505(b)(1)) & Quote Request Tool (QRT)

FAR 16.505(b)(1) provides that each contractor shall be given fair opportunity to be considered for each order exceeding $10,000 and issued under multiple-award contracts. The FAR states that the method to obtain fair opportunity is at the discretion of the Contracting Officer (CO) and that the CO must document the rationale for placement and price of each order.

Using the NASA SEWP online Quote Request Tool (QRT) is the recommended method to assist in this activity and to augment the required decision documentation. The SEWP QRT automatically includes Contract Holders within a selected Group or based on a suggested source.

3. Delivery Order (DO) Issuance, Agency Policies & Modifications

The internal ordering process and accompanying forms for Purchase Requests (PR) and Delivery Orders (DO) issued against a SEWP contract are defined by the issuing Agency, not the NASA SEWP Program Management Office (PMO). Any valid Federal Agency DO form and associated Delivery Order number may be used.

Important: The NASA SEWP PMO does not issue DOs—these must be issued through the issuing Agency’s procurement office. The SEWP PMO reviews, processes, and tracks issued DOs and forwards them to the Contract Holder(s). There are no requirements under SEWP contracts for issuing Agencies to use other intermediary procurement offices, except as directed through their own internal policies. If modifications are made to any order, those modifications must also route through the SEWP PMO.

4. Order Issues, Post-Delivery Support & Escalation Path

For quote-related inquiries, contact Niraj Kathuria (EVP of Business Development, nkathuria@inaharbor.com, 703-459-1079 x709) or Nathan Wright (Sr. Capture/Proposal Manager, nwright@inaharbor.com, 703-459-1079 x722).

Order Issues & Escalation Path: For order issues or post-delivery support, contact Elizabeth Davis (SEWP Program Manager, edavis@inaharbor.com, 703-459-1079 x713) first. Escalate any unresolved issues to Kate Alexandrova (SEWP Deputy Program Manager, kalexandrova@inaharbor.com, 703-459-1079 x703). Official NASA SEWP Helpline support is available at help@sewp.nasa.gov or (301) 286-1478 (M–F, 7:30 AM – 6:00 PM ET).

Let’s put your
requirements in focus.

Connect directly with our SEWP VI quote specialists, program management & escalation leadership, headquarters office, or the NASA SEWP Helpline.

Quote related inquiries

Niraj Kathuria EVP of Business Development nkathuria@inaharbor.com 703-459-1079 ext. 709
Nathan Wright Sr. Capture/Proposal Manager nwright@inaharbor.com 703-459-1079 ext. 722

Order issues & post-delivery

Elizabeth Davis SEWP Program Manager (Primary Contact) edavis@inaharbor.com 703-459-1079 ext. 713
Kate Alexandrova SEWP Deputy Program Manager (Escalation) kalexandrova@inaharbor.com 703-459-1079 ext. 703