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Smartek X
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Every Ton of FFB Traced with Data, from Palm to Tank

Smartek X Digital Plantation unifies harvesting, evacuation, weighbridge operations, and mill reporting into a single operational flow. Field recording runs entirely offline. Executive leadership sees one verified metric—from plantation block to corporate group.

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24hours

From field harvest to executive reporting. Design target (initial proposal)

Illustrative data

12 pending logs → synced

Offline-first

Field teams log data without cellular coverage. Automatically syncs without duplication.

Illustrative data
  • Harvest18.6 t
  • Loading18.5 t
  • Weighbridge18.1 t
  • Variance0.5 t

Truth Engine

Harvesting, loading, and weighbridge logs are reconciled automatically. Variances flagged per collection point and truck.

Integration

Complements your existing ERP, weighbridge systems, GIS, and HR infrastructure.

Illustrative data

Unified visibility

From block to enterprise group, governed by the same audit trail.

  1. Block128 t
  2. Estate1,240 t
  3. Mill5,870 t
  4. Group21,300 t

  • 24hours

    From field harvest to executive reporting

    Design target (initial proposal)

  • 3layers

    Three-way reconciliation: harvest, loading, and weighbridge

  • 1metric

    Unified KPI model from field block to enterprise group

Design targets and baseline parameters. Actual operational thresholds are established collaboratively during the Blueprint phase.

About the platform

Smartek X Digital Plantation is an offline-first oil palm plantation operations platform that unifies harvest recording, evacuation, weighbridge, and mill reporting, and connects to the ERP and GIS already in place.

Integrated Operational Control from Estate to Mill

Five core capabilities designed around real field challenges, covering harvest recording, FFB reconciliation, crop evacuation, mill performance, and supplier traceability.

Tap-to-Harvest

One-tap harvest logging per collection point (TPH) that runs fully offline.

Learn moreIllustrative data

Field–Mill Variance (illustrative)

5,4 t

Week 85,4 t
Field-to-mill tonnage variance per week (illustrative data)
Weekt
16,2
25,8
37,1
46,4
55,6
66,9
76,0
85,4
96,6
105,9
116,3
125,7

Truth Engine

Three-way reconciliation identifying estate-to-mill variances per TPH, truck, and day.

Learn moreIllustrative data

Evacuation Board

Hourly visibility into harvest ready for haulage. Directs trucks to priority collection points.

Learn moreIllustrative data

Executive Mill Cockpit

Multi-mill operational overview on a single screen, highlighting today’s critical priorities.

Learn moreIllustrative data

Supplier Trace

Advanced Phase

Links third-party suppliers to parcel polygons and risk profiles to ensure supply chain traceability.

Learn moreIllustrative data

Capability 3.1

Tap-to-Harvest

Tap-to-Harvest enables field workers to log harvest output at each collection point with a single tap on Android devices. Supervisors scan the TPH tag, enter bunch counts, and save. Records remain secure locally without connectivity and sync automatically without duplication once network access is restored.

Three Core Benefits

  • Harvest logging continues seamlessly without cellular network reception.
  • One-step process per collection point: scan barcode, record bunch count, and confirm.
  • Every record carries an immutable cryptographic identifier, preventing duplicate data on repeated sync.

Quick Facts

Operational ProblemDelayed or incomplete paper tallies make plantation productivity difficult to verify.
How It WorksScan the TPH code, enter bunch count, and save. Logs queue locally on the device until cellular reception is available.
Underlying DataTPH identifier, bunch counts, supervisor timestamp, and sync status.
Integrated SystemsExisting ERP and GIS platforms. Field interface details are defined during the Blueprint phase.
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Capability 3.2

Truth Engine

The Truth Engine reconciles tonnage and bunch counts across three distinct operational records: estate harvest, truck loading, and mill weighbridge intake. Discrepancies are highlighted per collection point, vehicle, and date, isolating where crop loss occurs. Matching occurs automatically upon intake, maintaining a single transparent chain of custody.

Three Core Benefits

  • Pinpoints tonnage variances per collection point, individual haulage truck, and operational shift.
  • Consolidates three operational records into one unified field-to-mill audit trail.
  • Flags abnormal discrepancies instantly so operational teams can resolve high-loss routes first.

Quick Facts

Operational ProblemHarvest, loading, and weighbridge data are logged in silos, making transit losses impossible to trace.
How It WorksThree records are automatically cross-matched across TPH, haulage vehicle, and date. Variances are flagged for audit.
Underlying DataTonnage estimates and bunch counts from harvest, loading sheets, and weighbridge net weights.
Integrated SystemsMill weighbridge hardware, edge server intake, and existing ERP systems.
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Capability 3.3

Evacuation Board

The Evacuation Board tracks fresh fruit bunches ready for transit on an hourly basis, categorizing each collection point by crop freshness. Dynamic priority scoring guides dispatchers to send trucks to critical TPHs first. Real-time mapping displays field backlogs before fruit deteriorates past the allowable processing window.

Three Core Benefits

  • Real-time, hourly tracking of harvested fruit awaiting field evacuation.
  • FFB age is visually encoded by color and geometric iconography for rapid triage.
  • Intelligent dispatching directs empty trucks to high-risk, expiring harvest points first.

Quick Facts

Operational ProblemDispatching haulage trucks without visibility into crop age results in uncollected backlog and spoiled fruit.
How It WorksEach collection point is assigned priority status based on elapsed harvest hours. Haulage fleets are routed accordingly.
Underlying DataHarvest logs per collection point, harvest timestamps, bunch volumes, and TPH GPS coordinates.
Integrated SystemsEnterprise GIS for block boundaries and TPH locations. Transport telemetry integration configured during Blueprint.
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Capability 3.4

Executive Mill Cockpit

The Executive Mill Cockpit consolidates multi-mill performance into a unified operational command center. Three top priorities requiring management attention are spotlighted daily, accompanied by key mill metrics and performance trends. Corporate leadership and mill managers share the exact same verified numbers, with drill-down capability from group summary to machine details.

Three Core Benefits

  • Comprehensive multi-mill portfolio performance accessible on a unified single view.
  • Top three critical operational exceptions surfaced dynamically at the start of each shift.
  • Harmonized metric definitions across all estates and processing mills.

Quick Facts

Operational ProblemInconsistent reporting formats across mills obscure operational benchmarks and slow executive decisions.
How It WorksMill metrics are consolidated into a standardized KPI model. Operational outliers are ranked and spotlighted as daily action items.
Underlying DataOil Extraction Rate (OER), processing throughput (t/hr), fruit backlog, and daily mill reporting status.
Integrated SystemsRead-only factory telemetry and daily mill reporting logs. System integration levels determined during Blueprint.
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Capability 3.5

Supplier Trace

Advanced Phase

Supplier Trace connects external fruit suppliers to verified cadastral boundary polygons and risk ratings. Map layers visualize the compliance status of each parcel: verified, incomplete, or pending review. This architecture supports end-to-end supply chain origin audits, deployed as an advanced capability once harvest, evacuation, and weighbridge workflows are operational.

Three Core Benefits

  • Digital cadastral polygons assigned to every external smallholder and supplier.
  • Verification and compliance audit status clearly visualized across GIS layers.
  • Provides foundational traceability data required for regulatory and sustainability audits.

Quick Facts

Operational ProblemVerifying third-party FFB origin is difficult when supplier cadastral boundaries are undocumented.
How It WorksLand parcel polygons are recorded per supplier profile and tagged with audit verification statuses.
Underlying DataCadastral polygons, supplier profiles, and compliance verification status.
Integrated SystemsEnterprise GIS and vendor master data in corporate ERP. Integration architecture finalized during Blueprint.
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Phased Implementation with Managed Risk

Each phase is evaluated against success criteria agreed with your management team. Expansion to additional estates and mills proceeds only once results are proven in the field.

  1. Illustrative data

    Step 1

    Diagnosis and Blueprint

    Validate operational challenges against your own data, delivering a solution design, an implementation roadmap, and a business case.

  2. Illustrative data

    Step 2

    Targeted Pilot

    Full deployment across one estate cluster and one palm oil mill, integrated with your existing systems.

  3. Illustrative data

    Step 3

    Rollout and Intelligence

    Expansion to the remaining estates and mills. Predictive analytics and AI are introduced once pilot results are validated.

Three Transparent Engagement Paths

Choose the entry point aligned with your operational readiness. Commercial proposals are finalized following scoping discovery.

  • Blueprint

    Organizations seeking definitive clarity prior to capital investment

    • Data and operational process diagnostic
    • Problem hypothesis validation and loss quantification
    • Solution architecture and system design
    • Multi-year roadmap and financial business case

    Indicative durationDetermined collaboratively during scoping discovery (initial proposal)

    Discuss Scope

  • Recommended following Blueprint

    Pilot

    Enterprises prepared to prove tangible operational value in the field

    • Tap-to-Harvest, Truth Engine, Evacuation Board
    • Live integration with existing enterprise systems
    • Executive Mill Cockpit deployment
    • Agreed success criteria

    Indicative durationDetermined collaboratively during scoping discovery (initial proposal)

    Start Discussion

  • Rollout and Intelligence

    Plantation groups operating multi-estate and multi-mill footprints

    • Rapid onboarding of new estates via configuration
    • Enterprise-wide cockpit across all processing mills
    • Predictive harvest and logistics analytics
    • Governed AI progression: Shadow → Advisory → Operational

    Indicative durationDetermined collaboratively during scoping discovery (initial proposal)

    Discuss Scope

Pricing is determined strictly by operational scope. We prepare commercial proposals following the discovery session.

Integration

System Roles in Integration Architecture

Your Existing Systems

SystemRemains Authoritative For
ERPEnterprise system of record and financial ledger.
HRISAuthoritative source of employee master data.
WeighbridgeOn-site weighing at the mill, including during WAN outages.
SCADAMill machine telemetry and control. Smartek X operates strictly read-only.
GISPrimary repository for plantation block and infrastructure spatial boundaries.
SSOCentral corporate identity and access management provider.

Smartek X Role

SystemSmartek X Function
ERPConnects field operations and synchronizes reconciled intake transactions.
HRISApplies role-based field access permissions from HR master data.
WeighbridgeReconciles weighbridge slips against field harvest tallies and transit sheets.
SCADAReads telemetry data only. Never transmits control commands to mill machinery.
GISIngests spatial boundaries for TPH locations, estate blocks, and supplier parcels.
SSOIntegrates corporate single sign-on protocols for seamless authentication.

Guiding Operating Principles

Four core tenets governing how we design, architect, and deploy enterprise software.

  • Phased implementation

    Every move to the next phase is grounded in validated results.

  • Governed artificial intelligence

    Rules and data hygiene come first. AI models deploy on verified data via Shadow, Advisory, then Operational stages.

  • Configuration over customization

    Premiums, tolerance thresholds, and grading rules are tailored per estate via configuration. New estates onboard in weeks.

    Design target (initial proposal)

  • Your data stays yours

    Role-based access control, immutable audit trails, and native corporate SSO integration.

Frequently Asked Questions

Concise answers regarding platform integration, field connectivity, and scope of work.

Core Foundations

What is Smartek X Digital Plantation?

Smartek X Digital Plantation is an offline-first oil palm plantation operations platform that unifies harvest recording, evacuation, weighbridge, and mill reporting, and connects to the ERP and GIS already in place. Recording functions seamlessly without cellular connectivity. Executive leadership sees one verified metric from plantation block to corporate group.

What is FFB reconciliation between estate and mill?

It is the automated matching of tonnage and bunch counts across three operational records: field harvest, truck evacuation, and mill weighbridge intake. Discrepancies per collection point, vehicle, and date isolate where crop loss occurs. Reconciliations execute automatically as new records arrive, preserving complete audit traceability.

Does Smartek X replace our existing ERP?

No. Your existing ERP remains the authoritative system of record. Smartek X connects to and complements it by unifying harvest logging, evacuation, weighbridge operations, and daily mill reporting into one continuous flow. Integration parameters are defined during the Blueprint phase, as outlined in the Integrations section.

How does the system operate without cellular signal?

Field applications log transactions locally, queuing data on-device with unique cryptographic identifiers that prevent duplicate records upon synchronization. At the mill, weighbridge logging continues via local edge nodes if WAN fails. Field crews log harvests per TPH without disruption, synchronizing automatically when connectivity resumes.

Does Smartek X control mill machinery?

No. SCADA and mill telemetry integrations are strictly read-only. Smartek X ingests data from factory systems without transmitting control commands to mill machinery. Your plant operators retain exclusive control over mill equipment, while production data is analyzed alongside field harvest, haulage, and weighbridge intake logs.

How are mills that are not yet fully integrated handled?

Mills can onboard progressively through standardized Daily Mill Reports before transitioning to automated system integration. The Executive Mill Cockpit displays your entire mill portfolio on a single dashboard, including facilities submitting daily reports. Mills do not require full integration to appear in executive performance reviews.

What hardware devices are deployed in the field?

Standard Android smartphones. Field applications operate reliably on Android devices without cellular signal. Harvesters log output per TPH with a single tap: scanning the TPH code, entering bunch counts, and saving. Records sync automatically once within network range, carrying precise timestamps and locations.

What is the typical duration of a pilot deployment?

Pilot duration is agreed jointly during the Blueprint phase, based on scope. A standard pilot covers full deployment across one estate cluster and one palm oil mill, integrated with your existing systems. The Blueprint also defines the implementation roadmap and the success criteria agreed with your management team before the pilot expands to additional estates and mills.

Advanced Topics

What is an offline-first palm oil harvest application?

An offline-first harvest application is mobile software designed to record crop tallies at each collection point without requiring network reception. In Smartek X, supervisors scan TPH markers, input bunch counts, and save locally. Encrypted records sync automatically when signal becomes available, preventing record duplication via unique hashing.

How does the system track harvest backlog in the field?

Crop backlog is monitored by tracking bunch age at every collection point. The Evacuation Board displays fruit awaiting haulage hourly, categorizing collection points by color and geometric iconography. Intelligent priority scoring guides transport dispatchers to evacuate fruit from high-risk points before deteriorating past quality thresholds.

What is plot-level FFB traceability?

Plot-level traceability links incoming FFB batches directly to authorized suppliers and cadastral land boundary polygons. Supplier Trace maintains geospatial polygons per supplier, displaying compliance status: verified, incomplete, or pending review. This advanced capability deploys after core harvest, evacuation, and weighbridge logging workflows are stabilized across operations.

How can multiple palm oil mills be monitored on one screen?

The Executive Mill Cockpit unifies multi-mill operations on one screen. The three highest-priority operational issues are highlighted at the top, followed by a comparative mill matrix tracking Oil Extraction Rates, throughput, and trends. Corporate leadership and factory managers examine identical data, navigating from group overviews to details.

Can Smartek X connect to existing weighbridge software and GIS?

Yes. Smartek X connects with your existing ERP, weighbridge software, and GIS layers without requiring infrastructure replacement. Existing databases maintain system-of-record status. Specific interface protocols and data mappings are determined during the Blueprint phase, with clear boundaries outlined in the Integrations section of this page.

What are the implementation stages for Smartek X?

Implementation proceeds in three phases with managed risk. Diagnosis and Blueprint validates operational challenges against your own data, delivering a solution design, an implementation roadmap, and a business case. The Targeted Pilot is deployed in full across one estate cluster and one mill. Rollout and Intelligence then expands to the remaining estates and mills once pilot results are validated.

Who uses Smartek X within a plantation enterprise?

Smartek X serves five distinct operational stakeholders. Group executives access unified portfolio reporting. Field supervisors record harvests offline. Mill teams conduct weighbridge logging and reconciliation during WAN disconnects. IT teams govern ERP, GIS, and SCADA integrations. Sustainability officers verify supply chain origins down to cadastral boundaries.

What preliminary data is required to start an exploratory discussion?

Initial discussions require no technical integrations. Prepare high-level operational parameters: total planted hectarage, number of operating mills, current software systems (ERP, weighbridge, GIS), and primary operational challenges such as transit discrepancies or evacuation backlogs. The Diagnosis and Blueprint phase subsequently evaluates detailed data sets.

Where is Smartek X located and when was it established?

Smartek X operates from two engineering offices: the Bandung Innovation & Technology Center (BITC) in Cimahi and Wisma Astri in Depok, West Java. PT Smartek Sistem Kreasi Alpha has operated since 2015. Inquiries can be directed to hello@smarteksistem.com or WhatsApp +62 812-1100-8850, Monday through Friday, 09:00 to 18:00 WIB.

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