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Denver City Council approves airport radio encryption contracts

Denver City Council approves airport radio encryption contracts

Built World Denver, CO local

Denver International Airport will upgrade its radio system with modern encryption and over-the-air rekeying.

Overview

Updated 1 hour ago

Denver City Council approved two contracts on Nov. 2, 2026, worth $9.66 million, to upgrade radio encryption at Denver International Airport. The contracts with Dailey and Wells Communications cover L3Harris radio hardware, software, and support through 2028, including a one-time purchase to implement modern encryption and over-the-air rekeying.

The upgrade replaces aging systems that may be vulnerable to eavesdropping and allows encryption keys to be changed remotely. It is part of a broader security modernization at DEN, which includes replacing the airport's physical access control system. A separate $1.12 million Oracle software purchase is pending council approval and is needed for the radio system to integrate with airport databases.

Why it matters

Secure radio communications are essential for airport operations and emergency response; this upgrade aims to prevent unauthorized listeners and improve coordination.

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Key Indicators

$9.66M
Total approved for radio encryption and support
Combined value of the two contracts with Dailey and Wells Communications.
$6.66M
One-time encryption implementation
Covers hardware, software, and technical support to implement modern encryption and over-the-air rekeying.
$3M
Master purchase order for ongoing support
Provides maintenance and support for L3Harris radio equipment through 2028.
$1.12M
Pending Oracle software licensing
Separate purchase order for 2027 Oracle software licensing, contingent on council approval.

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People Involved

Organizations Involved

Timeline

1 event Latest: November 2nd, 2026 · 1 week ago
  1. Denver City Council approves radio encryption contracts

    Latest Government

    Council passed resolutions approving $9.66 million in contracts with Dailey and Wells Communications for L3Harris radio encryption and support at Denver International Airport.

Scenarios

1

DEN completes radio encryption upgrade by 2028

Likely Resolves by End of 2028

Discussed by: Denver City Council, airport officials

The contracts run through 2028, and the airport plans to implement encryption and over-the-air rekeying across its radio fleet. If the project stays on schedule, all airport radios will use modern encryption by the end of 2028, improving security and allowing remote key changes.

2

Upgrade delayed beyond 2028 due to technical or budget issues

Possible Resolves by End of 2028

Discussed by: City Council budget analysts

Large-scale radio upgrades often face technical hurdles, supply chain delays, or budget overruns. If the project falls behind, the airport may need to extend contracts or request additional funds, pushing full encryption past 2028.

3

Council rejects Oracle purchase, causing integration delays

Possible Resolves by End of 2026

Discussed by: City Council members, airport IT staff

The Oracle software licensing purchase is pending council approval. If rejected, the radio system may not integrate properly with airport databases, delaying the encryption rollout until an alternative is found.

Historical Context

One moment from history that rhymes with this story — and how it unfolded.

July 2004

9/11 Commission Report (2004)

The 9/11 Commission found that first responders lacked interoperable radio communications during the September 11 attacks. The report recommended a national plan to improve radio interoperability for emergency responders.

Then

Congress and federal agencies pushed for standards like Project 25, which defines digital radio communications for public safety.

Now

FirstNet was created in 2012 to provide a nationwide broadband network for first responders, but radio interoperability remains a work in progress.

Why this matters now

The Denver airport upgrade follows similar goals: ensuring secure, reliable radio communications for emergency responders. Modern encryption and over-the-air rekeying help protect those communications from eavesdropping.

Sources

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