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Octo for fleet operation and maintenance

Maintenance, surveys and emissions, read from what the ship already records.

The on-board planned maintenance system (PMS), the classification society portal and the consumption reports hold what technical management needs to check. With read access to the exports, Octo can point out overdue tasks, surveys outside the drydocking window and fuel discrepancies before the emissions report, all prepared for human review. The one who decides is the superintendent; the ones who survey and certify are class and flag.

Ship in profile on the waterline; the maintenance system, the class portal and the noon report feed Octo, which delivers a list of due items, survey windows and a fuel check PMS · CSV CLASS NOON · BDN READ WL MAIN ENGINE · 16,050 h Due items Class × dock ROB × BDN python3 vencimentos.py tarefas.csv horimetros.csv OCTO × FLEET READ-ONLY · REVIEW N-07
IMO DCS and CII5,000 GTships from this size (DCS since 2019, CII since 2023)
EU MRV400 GTgeneral cargo and offshore included since Jan 1, 2025
BASSnet Neo3.1version announced by BASS in Apr/2026
Sources15listed at the end of the page
01

What Octo does in fleet management.

Six possible deliverables, drawn from the research. All of them start from exports the systems already offer and from read-only access; none enters anything in the PMS or the class portal, and all of them go to review by a person.

PMS due items

It can cross the exported maintenance plan with equipment running hours and last execution dates, and list what is overdue, what falls due in X hours or days and what never had an execution recorded.

Deliverable: list of due items for the chief engineer

Class surveys × drydocking

It can read the survey schedule exported from the classification society portal and point out which windows the planned drydocking covers, which fall before or after and which cross the limit.

Deliverable: window chart for the superintendent

Fuel before the verifier

It can redo, day by day, the remaining on board (ROB) from the noon reports and the bunker delivery notes (BDN) and flag the lines that do not balance, before submission to the EU MRV verifier or to the flag under IMO DCS.

Deliverable: lines to check, with the difference

CII for tracking

It can calculate the year's CO2 and the annual efficiency ratio with the factors the company fills in from the IMO guideline in force, as internal tracking. The rating that counts for the carbon intensity indicator (CII) is the one issued by the administration.

Deliverable: tracking spreadsheet, without a rating

Support for PMS migration

Proposes field mapping and converters when changing systems (for example, from an on-board installation to SaaS, software as a service), with counts of equipment, tasks and histories before and after and a list of what did not migrate.

Deliverable: scripts + count reconciliation

Map of the company's flow

It can document who enters what, on board or ashore, in which system and with which report, and the integrations that already exist between PMS, purchasing, accounting and the class portal.

Deliverable: draft map of systems and reports
02

Eight arms, one fleet.

The same Octo cycle, applied to ship technical management. Each arm has a narrow role; the ones who approve and grant access are people in your company.

  1. Discovery

    Identifies the systems

    Which PMS, whether it runs on board, ashore or as SaaS, which modules are contracted, which classification society each ship is with and where the noon reports come from.

  2. Data

    Pins down what each report means

    Running hours per equipment, reference date, fuel unit, date time zone. Without this, two spreadsheets from the same fleet cannot be compared.

  3. Security

    Read-only access

    A read-only user in the PMS and the class portal, with the company's administrator deciding who sees which ships. No on-board password leaves the client's environment.

  4. Architecture

    Chooses the path

    Report export (CSV or Excel) from the PMS, the class portal schedule, the noon spreadsheet. An API only when the vendor documents it for your version.

  5. Development

    Writes the check script

    Prepares Python scripts that read the exports, apply the agreed rule and return a short list of what to look at, with the source of each line.

  6. Review

    Checks on a known ship

    Compares the result with what the PMS screen and the class portal show for the same ship and the same date. It checks by content, not by the absence of errors.

  7. Release

    Runs in the authorized environment

    Only with your OK, it runs ashore, on the machine the company cleared, on what has already been synced from the ship, and leaves the spreadsheet right there for review.

  8. Documentation

    Records what holds in your fleet

    Export layouts, columns, versions and what was confirmed in each system. The next report starts from this record, and the script for one company is not taken as ready for another.

Octo does not approve a PMS, does not survey, and does not issue a CII rating or a statement of compliance. That belongs to the classification society, the flag, the accredited verifier and the maritime authority; Octo does not replace an approved tool or the engineer or superintendent in charge.

03

Every task, its own path.

Where the data is and how Octo proposes to read it. Read-only, with the source of each number noted.

TaskWhere it is doneReading path
Class surveys and conditionsDNV Fleet Status, LR Class Direct, BV VeriSTAR InfoPortal schedule; Class Direct exports to Outlook tasks
DrydockingDrydocking modules of ShipManager, BASSnet Neo, Shipnet, NS and STAR EAMExported task list and budget
Consumption and emissions (IMO DCS, EU MRV)Noon reports, verifier, IMO GISIS and EMSA THETIS-MRVNoon spreadsheet, log abstract and BDN
Inventory of hazardous materials (IHM)ShipManager IHM module and equivalentsExported list per compartment
04

From checking to monitoring.

Three steps. Each one only makes sense after the previous one has shown results in your fleet.

A proposal, not a promise

1 Today

On-demand checks

With the exports you already pull from the systems, you ask in business language and Octo proposes the script and the spreadsheet.

  • “What falls due on the main engine in the next 30 days” becomes a list
  • A check on a known ship before trusting it
  • Source of each line noted in the file
Gain: the check comes from the report, not from memory
2 Next

Routine reports

Due items, survey windows and the fuel check can start running on a schedule, ashore, in the company's environment.

  • Due items per ship, every week, for the superintendency
  • Surveys × drydocking chart at each plan revision
  • Monthly ROB × BDN check before the annual closing
Gain: the team reads the report and decides
3 Later

Documented integration

The fleet's system map can become a document, and a PMS change can count on converters and reconciliation prepared for review.

  • Map of who enters what, on board and ashore
  • Field mapping between the old and the new PMS
  • Count reconciliation at each load test
Gain: the integration gets documentation
05

Confirmed by a source.

Every point below has a source published by the vendor, by the project or by the responsible agency. The sources are in the next section.

4

points with a published source, each with its reference shown alongside.

ConfirmedIMO DCS and CII apply from 5,000 GT
DCS: resolution MEPC.278(70), regulation 27 of MARPOL Annex VI, data collection since Jan 1, 2019; the flag issues the statement by 05/31. CII: regulation 28, since Jan 1, 2023, rating from A to E; D for three consecutive years or E in one year requires a corrective action plan.Source: IMO, DCS pages and FAQ on EEXI and CII
ConfirmedEU MRV expanded in 2024 and 2025
Regulation (EU) 2015/757, amended by 2023/957: methane and nitrous oxide since 2024; general cargo from 400 to 5,000 GT and offshore from 400 GT since Jan 1, 2025; verified report by 03/31 in THETIS-MRV.Source: EMSA, changes to the MRV Regulation
ConfirmedPMS with class type approval
ShipManager Technical has DNV type approval, according to DNV. BASSnet Neo 3.x and 4.x received DNV type approval as a planned maintenance system for machinery on Apr 20, 2026, valid until Apr 19, 2031, according to a certificate published by BASS.Source: ShipManager Technical page (DNV); certificate published by BASS (Apr/2026)
ConfirmedWho uses it, with a source
According to BASS news of Apr 22, 2026, ECOS LNG, an Italian FSRU manager, contracted BASSnet Neo 3.1 as SaaS. SpecTec published AMOS customer cases in Aug and Sep/2026 (Stödig Ship Management, Malaysia Deepwater Production Contractors, Güngen Maritime). An announcement says what was contracted on that date, not what is in production today.Source: BASS news (Apr/2026) and SpecTec news (Aug–Sep/2026)
06

What Octo does, and what stays with you.

Octo prepares everything, but it does not sign. The document of record stays with whoever is accountable for it.

Octo prepares

Surveys, calculates, organizes and produces the documents: spreadsheets, reports, lists and drafts.

Deliverable: material ready to check

Your team checks

The licensed professional checks what Octo delivered before signing. If something doesn't add up, it goes back to Octo with the correction.

Step: checked by the person who signs

Who signs

Octo does not sign. Designs, technical reports, ART/RRT, statements of account and any official document are still signed by the licensed professional at the company or agency: here, the naval engineer in charge and the classification society.

Signature: naval engineer and classification society
07

Sources.

Pages from the vendors, the classification societies and the authorities used in the research.

Your fleet, read-only.

The assessment starts with the exports you already pull from the PMS, the class portal and the noon reports, without changing anything. You get a proposal of what can be checked in your fleet, and you decide with that in hand.