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Streetlight Controls and Operating Software

Overview


IT Support, Hardware & Networking
Concord, California, United StatesPosted about 1 month agoDeadline: April 20th, 2026

Fit Score


Settle Intelligence

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SUMMARY


Seeking vendors for an integrated streetlight controls and operating software solution with real-time monitoring, robust scheduling, GIS asset management, and long-term warranty requirements for deployment in California.

KEY REQUIREMENTS


BUDGET

Estimate

$1,000,000 – $3,000,000

CONTRACT DURATION


120 months

TIMELINE


IFB Issued: March 30th, 2026

Deadline for Requests for Clarification: April 9th, 2026

Addendum with question responses: April 14th, 2026

Bid Submission Due Date: April 20th, 2026

QUESTION DEADLINE


April 9th, 2026

Issuing Agency


City Of Concord

Organization overview and procurement intelligence available on paid plans.

DESCRIPTION


The client is seeking a vendor to provide streetlight controls and associated operating software that requires no on-site assembly or programming for installation. The operating software, delivered as a SaaS solution, must be user-friendly and capable of displaying the real-time operational status of luminaires, indicating outages, causes of failures such as flickering, defective fixtures, power loss (including copper theft), and voltage irregularities.

The system must integrate seamlessly with third-party platforms via API protocols and support bulk importation of GIS asset data. It should facilitate work order creation and management, offer robust scheduling options based on time, sunset/sunrise, and custom photocell sensitivity, and provide network status and connectivity monitoring for each node. Nodes should deploy 'last gasp' technology—with a super capacitor to enable alarm communications even during power loss or tilt events.

Data from the nodes must be securely stored in AWS Cloud, Microsoft Azure, or Google Cloud. Each node and its associated software and connectivity must be backed by a minimum 10-year warranty. The solution should operate on the best available cellular service at any given location, include programmable reporting frequency, and provide alerts for outages, tilt, or pole knockdown without extra sensors. Backup power and safe shutdown features are required for power interruption scenarios.

Source attribution

This Settle analysis is based on the issuing organization’s public RFP listing.

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