New: ESG and Sustainability Dashboard in Syntask

Why We Built an ESG Dashboard

Over the past 12 months, ESG data requests have become a standard part of the RFP process for logistics providers. Our customer interviews revealed a consistent pattern: a clear majority now field formal requests from their shippers for shipment-level carbon emissions data, and a meaningful share report losing business or being excluded from RFPs because their sustainability reporting could not keep up. The market signal is unambiguous — ESG data capability has crossed from a nice-to-have into a commercial requirement.

Yet most logistics companies are cobbling together ESG reports using spreadsheets, consultants, and manual data collection processes that can run into six figures annually and produce reports that are already months out of date by the time they are published. The gap between what the market demands (real-time, shipment-level, auditable emissions data) and what most companies can deliver (annual, aggregate, estimated emissions reports) creates both a problem and an opportunity.

The Syntask ESG Dashboard closes this gap by calculating emissions automatically from your operational shipment data, using the same data flows that power your existing analytics — no additional data collection, no manual calculations, and no consultant fees. If your shipments flow through Syntask, your emissions calculations are already done.

How Emissions Are Calculated

The dashboard calculates Scope 1, 2, and 3 emissions using methodologies aligned with the GLEC Framework (now ISO 14083), the globally recognized standard for logistics emissions accounting. Here is what happens behind the scenes for every shipment:

Data Extraction

For each shipment, the system extracts: origin and destination (geocoded to precise coordinates), transport mode (ocean, air, road, rail, or multimodal segments), actual or estimated route (using carrier schedule data for ocean and air, road network distance for trucking), cargo weight and volume (used for emission allocation in shared transport), and carrier identity (used to apply carrier-specific emission factors where available).

Emission Factor Application

The system applies emission factors in a quality hierarchy: Primary data (carrier-reported, vessel-specific emission factors) when available through our carrier data partnerships, which today cover a minority of ocean shipments. Carrier averages (fleet-level emission intensity for specific carriers) for carriers that publish sustainability reports, which extend coverage to a larger share. GLEC default factors (mode-specific, route-category averages) for the remainder, where carrier-specific data is not available.

The emission factor hierarchy is transparent — every calculation shows which factor level was used, enabling you to identify where data quality can be improved and to communicate the methodology confidently to customers and auditors.

Allocation Logic

For shared transport (a container on a vessel, a pallet on a truck), emissions are allocated using the mass-distance approach specified in the GLEC Framework. Your cargo's share of the vehicle's total emissions is proportional to your cargo's share of the total carried weight (or volume, whichever produces the higher allocation — the "chargeable weight" principle). This prevents light, voluminous cargo from appearing artificially low-emission.

What the Dashboard Shows

The ESG Dashboard is organized into four views, each serving a different analytical need:

Executive Overview: Total emissions (tons CO2e) for the selected period with trend comparison to previous periods. Emission intensity (grams CO2e per ton-km) as the primary efficiency metric. Modal split visualization showing how emissions distribute across transport modes. This view answers the board-level question: "Are we improving?"

Trade Lane Analysis: Emissions broken down by trade lane, with the ability to compare lanes on both absolute emissions and emission intensity. Identifies your highest-emission corridors and quantifies the carbon impact of routing decisions. This view supports operational optimization — showing where a mode shift from air to ocean, or a routing change, would deliver the largest emission reduction.

Carrier Comparison: Emission intensity by carrier for comparable trade lanes. Highlights which carriers offer the lowest-carbon transport options, enabling environmentally-informed carrier selection. The comparison normalizes for route and cargo type, ensuring fair comparison — a carrier operating newer vessels on shorter routes should not be compared raw against one operating older vessels on longer routes.

Customer Reporting: Generates customer-specific emissions reports showing the carbon footprint of each customer's shipments over a selected period. Reports are exportable as PDF and CSV, formatted for direct inclusion in customers' Scope 3 reporting. This capability — proactively providing customers with auditable emissions data — is the feature that most directly drives commercial value.

Carbon Reduction Tracking and Target Setting

Measurement without targets produces awareness but not action. The dashboard includes a target-setting module where you define emission reduction targets — either absolute (reduce total emissions by 15% by 2028) or intensity-based (reduce grams CO2e per ton-km by 20% by 2030) — and tracks progress against those targets continuously.

The target tracking visualizes actual emissions trajectory against the target pathway, making it immediately visible whether you are on track, ahead, or falling behind. If you are behind target, the system identifies the largest contributing factors — which trade lanes, modes, or carriers are driving the gap — enabling targeted intervention rather than broad, unfocused sustainability initiatives.

The reduction analytics also model the impact of specific interventions: "If we shift 20% of our intra-European air freight to road, what is the projected impact on total emissions and emission intensity?" This connects sustainability planning to operational decision-making, making carbon reduction a quantified operational variable rather than an aspirational corporate goal.

Compliance-Ready Reporting

The dashboard generates reports aligned with three major reporting frameworks:

• GLEC / ISO 14083: The logistics-specific standard. Reports include calculation methodology, emission factor sources, allocation approach, and data quality indicators — everything a verifier needs to assess the report's credibility.
• GHG Protocol: Scope 1, 2, and 3 categorization with the activity data and emission factors used for each scope. Compatible with CDP (Carbon Disclosure Project) questionnaire requirements.
• CSRD / ESRS E1: Climate change disclosures including Scope 1-3 emissions, emission intensity metrics, transition plan alignment, and target-setting documentation. Formatted for inclusion in the ESRS reporting template.

All reports include a methodology appendix that documents every assumption, data source, and calculation step. This level of transparency is not just good practice — it is increasingly required by auditors and regulators who are moving from voluntary to mandatory assurance of ESG disclosures.

Turning It On

The ESG Dashboard is available immediately for all Syntask customers on Professional and Enterprise plans. No additional configuration is required — if your shipment data is already flowing into Syntask, the dashboard will populate automatically within 24 hours of activation. Historical emissions calculations are available for all shipment data in your Syntask instance, giving you immediate access to trend analysis from your first day.

For customers evaluating Syntask, the ESG Dashboard is included in all product demos. We encourage you to bring your own shipment data to the demo — seeing your actual emissions calculated in real time is more compelling than any slide deck. Contact our team to schedule a personalized demonstration.