DOODLE LABS / GOVERNMENT-SIDE EARLY OPPORTUNITY INTELLIGENCE | Research snapshot October 9, 2026

An Army-wide command-and-control architecture is still adding vendors. Is there room for Mesh Rider in the transport layer?

Prospective customer: U.S. Army, Next Generation Command and Control (NGC2). Decision route: Army Contracting Command–Aberdeen Proving Ground (ACC-APG), CPE C2 Information Network / PEO C3N. Status: ongoing Commercial Solutions Opening, not a current RF-radio procurement. Doodle Labs’ Mesh Rider OEM and new Dual Radio offer a product-specific technical reason to ask about resilient tactical transport.

The three signals behind this inquiry

Ongoing competitive channel. NGC2 CSO W15P7T-25-S-0001 remains open until May 16, 2027. The Army issues specific Requests for White Papers under that umbrella; it does not accept unsolicited proposals merely because the parent CSO remains open. Official SAM.gov parent notice.
Transport is an explicit capability layer. The Army’s CSO describes an open, data-centric architecture, including resilient transport, integrated data and continuous experimentation. Updated notice text and contact guidance.
The architecture is taking shape. A June 22 Army story announced a common data baseline with Anduril, Palantir and Raft. That proves ongoing implementation, but those already selected firms could reduce space for new network layers. Army Communications and Outreach Office update.
Important closed window: the July 2026 NGC2 Scalable Software Applications call closed August 6. Doodle Labs should not submit to that expired call; inquire about a future transport-related RWP or a program technical route. August 17 amendment and status.

Why Doodle Labs may fit

Mesh Rider OEM: manufacturer lists Ethernet, USB and UART interfaces, up to 80 Mbps throughput, multiple licensed/defense bands, self-forming mesh and RF resilience. These are plausible edge-network integration features, not demonstrated NGC2 compliance. OEM specifications.
Dual Radio: the September 14 product announcement describes two separate OEM radio modules across two bands, offering a candidate resilience approach for contested spectrum. An actual Army-tested failover performance assessment is not established. Dual Radio product; product announcement.
Fit question: Does the NGC2 transport layer still admit third-party tactical RF mesh nodes for dismounted/UGV/airborne edges, and which Army-managed APIs, encryption, spectrum and test profiles would apply?

Actual contacts and entry points

ACC-APG C2 Solutions mailbox: usarmy.apg.acc.mbx.army-c2-solutions@army.mil, published on the NGC2 notice. Ask about the current status of transport-related calls and the correct program technical office; this is a contracting route, not a confirmed engineering decision maker.
Eric J. Roberts: eric.j.roberts48.civ@army.mil, identified by the July 20 NGC2 amendment for escalation/issues. His current job title and direct authority over network architecture have not been independently established.
Joint Communications Marketplace (JCM): register for the Army/NGC2 community. Controlled information requires appropriate JCP certification; do not claim access to CUI by virtue of reading this public report.

A sensible capture approach

Prepare a two-page technical note describing how the OEM and Dual Radio might exchange position, telemetry, video and command data at tactical edge nodes, with actual power/band/interfaces and any verified security certifications.
Ask the ACC C2 Solutions mailbox whether a future transport/networking RWP is anticipated and who owns the open network edge requirement. Avoid sending an unsolicited proposal to the closed software call.
Seek an official architecture or lab conversation only if permitted; ask for transport-layer interface, waveform, spectrum and security constraints and the appropriate integration test pathway.
If the Army says transport hardware is already fixed, disqualify this lead for current hardware supply and focus on a future increment rather than inventing an opening.

Sample routing note

Subject: NGC2 resilient transport — Doodle Labs Mesh Rider technical integration question

Hello ACC C2 Solutions Team — Doodle Labs provides low-SWaP, multi-band tactical mesh radios used in unmanned systems and mobile networks. We are reviewing NGC2’s open, resilient-transport architecture and would like to determine whether future Requests for White Papers or technical engagements cover third-party RF mesh transport. Could you advise the appropriate public program channel and applicable interface/security requirements? We can provide a concise OEM/Dual Radio capability and interface note.

Competitive reality, confidence and sources

Verified: parent NGC2 CSO ongoing and public agency mailbox; underlying NGC2 system implementation and Doodle Labs’ manufacturer-published specifications.
Inferred: Doodle Labs’ radio stack could support a constrained tactical network edge if a relevant transport work package remains available.
Unknown: hardware work package availability, exact Army-approved crypto/interfaces, existing vendors/Anduril integration rights, qualifying test process and addressable spend.
Primary/secondary source ledger: SAM.gov NGC2 CSO; public amendment history; Army June implementation update; Doodle OEM; Doodle Dual Radio.

Independent Caltrio research prepared for Doodle Labs. Confirm contacts and program status before outreach. All named program and technical-fit assessments distinguish documented facts from questions requiring validation.