IEEE IoT Journal Submission Process

First decisions average about 6.9 weeks and are routing-and-review driven, with submission-to-ePublication around 14.5 weeks. For a paper that clears the format and scope checks, the realistic first-decision range is often 5 to 9 weeks, while edge cases diverge: a lane-ambiguous or out-of-scope manuscript can be returned in a week or two, and a paper that needs cross-society reviewers can run longer than the average.

If you want an outside read before you open the Author Portal, use the free manuscript readiness check to test whether the IoT lane and evaluation are clear enough for routing.

Initial Quality Check: format and completeness before routing

The first layer is administrative but still decisive. The IoT-J check verifies authorship and contributor information, conflict-of-interest and funding declarations, ethics and consent statements where human data are involved, an originality and plagiarism check, and IEEE double-column template and length compliance, including the page charge that applies beyond eight published pages. A submission can look finished in the portal and still be weak if the abstract and introduction do not make the IoT lane and the systems contribution obvious before an Associate Editor reads it.

Editorial Assignment: routing across the multi-society scope

This is the step that most shapes the IoT-J timeline. Because the journal spans the Sensors, Communications, Computer, and Signal Processing societies, the Editor-in-Chief routes each manuscript to an Associate Editor whose lane matches the work. The title, abstract, and keywords drive that routing, and a paper that does not declare whether its center is sensing, networking, edge intelligence, security, or application middleware can be misrouted or delayed.

Peer Review: IoT-systems assessment after routing

Manuscripts that clear the administrative and routing steps move to reviewers chosen by the Associate Editor. IoT-J uses single-blind peer review, and reviewers assess not only correctness but whether the evaluation reflects a realistic IoT setting, whether the systems contribution is novel for the lane, and whether the baselines and datasets are current.

Final Decision: lane and rigor stay live after reports return

Even after review, the decision turns on IoT-systems fit and evaluation rigor. A technically sound paper can be returned if the reports show the IoT framing is thin, the evaluation is simulation-only, or the contribution belongs to a sister IEEE venue.

This is where IoT-J differs most from single-society journals. After the administrative check, the Editor-in-Chief must place the manuscript in the correct society lane before review can begin, and that routing decision depends entirely on how clearly the work declares its primary focus.

At assignment, the implicit questions are:

• which lane owns this work: sensing, communications and networking, computing and edge intelligence, signal processing, or applications?

• does the evaluation reflect a realistic IoT deployment, testbed, or dataset rather than simulation alone?

• is this genuinely an IoT-systems contribution rather than generic networking or machine learning relabeled as IoT?

Because routing precedes review, a lane-ambiguous paper is the most common avoidable delay. A manuscript that names its lane and audience in the first paragraph reaches the right Associate Editor faster.

Papers that clear routing go to reviewers who typically assess:

• IoT-systems novelty and relevance to the assigned lane

• evaluation realism: testbed, deployment, or representative dataset rather than simulation alone

• baseline currency and the strength of the comparison set

• reproducibility and whether the systems claims can be verified

• clarity of the IoT contribution in the abstract and introduction

First decisions average about 6.9 weeks, though a single manuscript can move faster or slower depending on cross-society reviewer availability and the lane.

• Reject (administrative or fast): a return on format, length, lane ambiguity, or scope caught before or early in review. Clarify the lane and re-route or revise the framing.

• Major revision: substantive reviewer concerns, usually about evaluation realism, baseline currency, or IoT-systems framing. The revised paper usually returns to the same reviewers; respond point by point.

• Minor revision: the paper is essentially accepted pending specific fixes.

• Accept: uncommon on the first round; usually follows a clean major-revision response.

Four recurring patterns return otherwise-capable IoT-J manuscripts in or before the first decision window:

• An ambiguous IoT lane. The paper reads as broadly IoT without signaling whether it is sensing, networking, edge intelligence, security, or applications, so it cannot be routed cleanly across the multi-society scope.
• An IoT label on generic work. A standard networking or machine-learning contribution is framed as IoT without a genuine IoT-systems problem at its center, which the scope screen catches.
• Simulation-only evaluation. The method is reasonable, but it is validated only in simulation, with no testbed, deployment, or representative dataset that an IoT-systems reviewer would trust.
• Unmanaged format and length. The manuscript ignores the IEEE template or runs well beyond eight pages without addressing the page charge, triggering an administrative return before scope review.

Check whether your IEEE IoT Journal manuscript signals a clear lane for routing →

Check if your IoT evaluation is realistic enough for an IoT-systems reviewer →

Check whether your IoT-J submission package is complete for the format check →

This guide tells you what IoT-J editors and reviewers look for; the review tells you whether your paper passes that screen. 60-day money-back guarantee; authors retain all rights and we do not train models on submitted manuscripts.

In our pre-submission review work on IEEE Internet of Things Journal submissions, three patterns account for most of the manuscripts that stall at routing or draw an early return, before the engineering is in question.

The IoT lane is left for the editor to infer

We repeatedly see IoT-J manuscripts where the abstract and introduction describe an IoT system in general terms without naming the primary lane, so the Editor-in-Chief has to guess whether the work belongs with the Sensors, Communications, Computer, or Signal Processing society. Because routing precedes review on a multi-society journal, an unstated lane is the most common cause of delay. The fix we push is to make the lane and the target audience explicit in the first paragraph and the keywords, so the manuscript reaches the right Associate Editor on the first pass.

The evaluation is simulation-only on a systems claim

A related pattern is a manuscript that makes an IoT-systems claim but validates it only in simulation, with no testbed, deployment trace, or representative dataset. IoT-J reviewers screen for evaluation realism because the journal publishes systems and applications work, and we treat a realistic evaluation, current baselines, and an honest account of deployment constraints as a relevance prerequisite rather than an optional strengthening.

IoT is a label rather than the center of the contribution

The third pattern is a generic networking, communications, or machine-learning paper with IoT framing added to target the journal's scope and impact factor. An Associate Editor in the matching society recognizes the mismatch quickly, and it leads to an out-of-scope return or a routing problem. We push authors to test honestly whether the IoT system is the contribution, or whether the work fits a sister venue such as IEEE TNSM, IEEE TII, or the IEEE Sensors Journal, because the right venue on the first try saves weeks.

IoT-J (JIF 8.9, broad IoT systems and applications) sits among several adjacent venues, and the scope check is partly a routing decision:

• choose IEEE Transactions on Industrial Informatics for industrial-IoT and Industry 4.0 work

• choose IEEE Transactions on Network and Service Management for network-services and management contributions

• choose IEEE Sensors Journal for sensing-hardware-centered work

• stay with IoT-J when the work is a broad IoT-systems or applications contribution with a clear lane and realistic evaluation

Last verified June 2026 against the IEEE Internet of Things Journal home page and IEEE author guidance. Editorial timing averages shift between updates; treat them as planning ranges and confirm current figures on the journal site before you submit.