Attachment 5 Evaluation Factors.pdf
PDF 112 KB Posted
- Solicitation number
- 2025-NIH-0RF-DTR-ROBOT
About this file
This document is an Attachment 5: Evaluation Factors for a robotic system Request for Proposal (RFP), outlining detailed technical and operational requirements for a robot designed for utility plant inspections and operations. The evaluation includes two primary assessment categories: Go/No Go Factors (Pass/Fail) and Technical Factors (weighted scoring), with critical requirements spanning technological capabilities, cybersecurity, supply chain sovereignty, and enterprise integration.
Key technical requirements include true concurrency of multiple sensing modalities (PTZ analog-gauge reading, thermal imaging, acoustic/vibration sensing, gas-leak detection), demonstrated mobility in challenging environments like stairs and tunnels, enterprise data integration with systems like IBM Maximo and AVEVA PI, comprehensive cybersecurity measures, and autonomous multi-floor operation capabilities. The robot must be U.S.-incorporated, provide United States data residency, support U.S. personnel only, and include OEM-signed artifacts demonstrating firmware update/patch management, encryption specifications, and network/data flow controls. Vendors are evaluated on a weighted scale across eight technical factors, with cybersecurity, technical compliance, and runtime/mobility receiving the highest importance (20%, 20%, and 15% respectively).
View the file
Other files
On GovTribe
Work with this file
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
ATTACHMENT 5: EVALUATION FACTORS
Go/No Go Factors Response is received within the RFP closing date and addresses all sectors of the RFP. Pass/Fail Single-point accountability and OEM-signed evidence.
The offer includes OEM-signed: (a) firmware/signing/update control and patch/vulnerability governance for the robot and OEM-validated payloads; (b) API/SDK maintenance and change control for manipulation/elevator workflows and enterprise integrations; (c) ATO artifacts (as listed in Factor 5); (d) warranty/parts/training authorization for the integrated configuration; and
(e) sovereign-control acceptance (United States data residency; United States-persons-only support; no non-United States data flows; OEM control of telemetry and firmware signing/updates).
Pass only if all items are provided; otherwise Fail Pass/Fail
Technical Factors Weight
1. Technical compliance with true concurrency. The system must operate PTZ analog-gauge reading, IR/thermal imaging, acoustic/vibration sensing, gas-leak detection, and the manipulator arm simultaneously on a single, unified power and control stack, with no manual payload swaps or reconfiguration during a mission. 20
2. Runtime, mobility, and field validation in utility plants. Demonstrated performance in stairs, tunnels, and rough/dirty/wet environments, with persistent mapping and obstacle avoidance suitable for central-utility-plant operations (evidence from comparable utility/industrial deployments). 15
3. Turnkey installation, training, and documentation. A complete engineering/installation and commissioning plan, on-site training, and operator/maintenance documentation, delivering robots operational within the enterprise at handoff. 10
4. Enterprise data and integrations. SCADA/historian-consistent tagging; an on-premises database sized for ≥4,000 inspection points; native or documented integration with IBM Maximo and AVEVA PI (historian), including alerting across thermal/acoustic/mechanical/electrical/visual/leak-detection modalities. 15
5. Cybersecurity and ATO. Encrypted communications, documented firmware update/patch and vulnerability-management posture, secure remote access suitable for federal enterprise networks, and OEM-signed ATO artifacts (for example, Software Bill of Materials, encryption specifications, patch/vulnerability management plan, and network/data-flow diagrams). 20
6. U.S. supply-chain posture (jurisdiction and sovereign-control mitigations). The prime offeror is U.S.-incorporated and operating under United States jurisdiction, discloses any foreign parent or controlling interest, and accepts sovereign-control mitigations at award: United States data residency, United States-persons-only support, no data flows to non-United States entities, and OEM control of firmware signing/update pipelines and telemetry endpoints. 5
7. Lifecycle support, warranty, and program management. Multi-year warranty options, spare-parts availability, training/repairs, acceptance testing, and a program-management cadence (for example, bi-weekly reviews), plus demonstrated experience across at least five (5) facilities of similar scale and complexity within the last five years. 10
8. Validated elevator/manipulation workflow. A site-specific, scripted routine implemented via the OEM API/SDK at commissioning to enable autonomous multi-floor operation using the manipulator (for example, call button, entry/exit, floor selection, and safe ride). 5
File details come from the government source that posted it. Updated .