Letterpress Printing Machines: Top Trends and Market Insights

Executive Summary (for Decision-Makers)

• Market trajectory: The global letterpress printing machines market is estimated at USD 1.2B (2024) and is projected to reach ~USD 2.0B by 2034, implying a ~5.1% CAGR over 2025–2034 (forward-looking forecast).
• Where demand is strongest: Packaging & labels (43.2% share in 2024) leads, followed by security and specialty print where physical relief and line sharpness add functional value.
• What’s selling presses: Growth is driven less by “luxury” in the abstract and more by short-run SKU proliferation, brand differentiation on-shelf, and inline finishing requirements in label converting lines.
• Technology shift: Automatic machines (69.3% share in 2024) benefit from better register control, faster makeready, and integration with MIS (Management Information System) job tracking.
• Leading region: Europe (43.8% share; ~USD 0.5B in 2024) remains the largest market, supported by established OEM ecosystems, service networks, and high-value packaging demand.
• Key risks: Skilled labor availability, capex intensity, and substitution from digital embellishment (inkjet/toner-based effects) could cap upside in commoditized segments.

TL;DR: Letterpress equipment growth through 2034 is driven by short-run packaging/labels and modernization (automation + hybrid workflows), with Europe leading and skills/capex/digital substitution as the main constraints.

Introduction

The global letterpress printing machines market is estimated to grow from USD 1.2 billion in 2024 to ~USD 2.0 billion by 2034, representing an implied ~5.1% CAGR from 2025 to 2034 (forecast).

Letterpress is a relief printing process: ink transfers from raised image areas (metal type or polymer plates) onto a substrate using controlled mechanical pressure. In industrial terms, letterpress is relevant where converters need crisp linework, repeatable solids, and/or a physical impression as either a design feature or a verification cue (e.g., tactile elements).

Common B2B use cases include wine and spirits labels, pharma and cosmetic cartons (short runs, frequent artwork revisions), hang tags, folding carton prototypes, and security-adjacent printed features used in certificates or controlled documents.

TL;DR: This report frames letterpress as an industrially relevant finishing/printing method for labels, packaging, and controlled documents, with 2024 as the baseline and 2034 as the forecast endpoint.

Scope, Definitions, and Methodology

Scope boundary (what’s included): This market view covers new letterpress printing machines (platen, cylinder, rotary/narrow-web letterpress, and hybrid digital-letterpress configurations) sold into commercial print, packaging, and label converting environments. It also includes automation upgrades sold as part of new machine deliveries.

What’s excluded (to avoid category drift):

• Pure flexographic narrow-web presses and conventional offset presses (even if used for emboss/deboss via downstream units).
• Tabletop hobby-only units intended primarily for consumer craft use (unless sold as professional/education-grade production equipment).
• Standalone post-press equipment (e.g., dedicated foil stampers) unless integrated in a letterpress system sale.

Data and forecasting notes: The market size, shares, and CAGR stated in this article are presented as an industry estimate using secondary research and market modeling (baseline year 2024; forecast period 2025–2034). Where external figures are referenced (e.g., sustainability preferences), they are linked and dated where available.

For context on print market structures and process definitions, see: Encyclopaedia Britannica (Letterpress printing) and FESPA news/media for ongoing industry developments.

TL;DR: Baseline is 2024 with forecasts to 2034; the scope focuses on letterpress equipment for commercial/industrial production and avoids conflating it with flexo-only or hobby markets.

Market Overview

Demand for letterpress machines is shaped by packaging and label buyers who increasingly want distinctive surface effects and short-run flexibility without moving every job to high-cost specialty finishing vendors. In practice, converters invest when letterpress can be integrated into a broader label converting line that may include die-cutting, lamination, varnish/coating, and inspection.

Key market forces include:

• SKU proliferation: More seasonal releases and limited batches increase the value of equipment that can run economically at shorter lengths.
• Inline finishing: Growth in inline finishing for letterpress (e.g., die-cutting, perforation, sheeting/rewind) improves throughput and reduces touch labor.
• Workflow integration: Better prepress, job tracking, and QA integration reduces make-ready variability and stabilizes color/registration performance.
• Regulatory and sustainability pressure: Material and ink choices are increasingly scrutinized; printers are asked to document compliance and waste reduction.

On sustainability preferences, consumer sentiment is often cited in packaging decisions. For example, McKinsey has discussed how consumers report willingness to pay for sustainable packaging and how those claims vary by category and geography (McKinsey: Sustainability in packaging (consumer outlook)).

TL;DR: Beyond aesthetics, letterpress demand is increasingly tied to SKU churn, inline finishing needs, and tighter workflow/QA integration in packaging and narrow-web label production.

Key Market Takeaways (2024 Baseline; 2034 Forecast)

• Market size (estimate): USD 1.2B in 2024
• Forecast: ~USD 2.0B by 2034 (forward-looking)
• CAGR (implied forecast): ~5.1% for 2025–2034
• Europe share (2024 estimate): 43.8% (~USD 0.5B)
• Press type leader (2024): Platen press at 42.7%
• Automation leader (2024): Automatic at 69.3%
• Substrate leader (2024): Paper at 51.1%
• Top application (2024): Packaging & labels at 43.2%

TL;DR: 2024 is the anchor year; growth to 2034 is forecast at ~5.1% CAGR, led by Europe and by packaging/labels applications.

Market Segmentation Analysis

Press Types: Capabilities, Specs, and Fit

• Platen press
• Cylinder press
• Rotary (including narrow-web letterpress)
• Hybrid digital-letterpress

Typical technical parameters (industry ranges; vary by OEM and configuration):

• Format sizes: from small formats (e.g., A4/A3-equivalent) up to larger sheet-fed formats on cylinder presses; rotary presses are defined by web width (commonly narrow-web ranges used in label converting lines).
• Speed: platen presses often operate at lower cyclic rates; rotary systems can reach higher linear speeds suitable for label runs, depending on drying/curing and inline modules.
• Impression/pressure control: controlled via packing/makeready and mechanical settings; modern systems may offer programmable controls and monitoring.
• Makeready techniques: packing adjustments, underlay/overlay, plate mounting accuracy, and register calibration; these drive waste and changeover time.

Platen Press (42.7% share in 2024)

Platen presses dominate in short-run, high-margin work where job variety is high and where operators benefit from fine control of impression and inking. Typical environments include boutique packaging mock-up departments, stationery production, and education/training workshops building operator skills.

Where platen presses excel:

• Short-run cartons and inserts: small folding carton panels, belly bands, inserts, and tag stock where quick plate swaps matter.
• Heavy cotton papers: thicker fine papers used for corporate identity sets and event collateral.
• Operator training: hands-on control supports workforce development for makeready, inking balance, and register discipline—skills that transfer to cylinder/rotary systems.

Substrate guidance (typical): platen is often used on thicker papers and boards where controlled impression is desired; however, very thick or rigid materials may require careful packing and slower operation to avoid crushing or bounce.

TL;DR: Platen presses are the workhorse for short runs and high variety, and they are a practical platform for training operators and developing consistent makeready practices.

Cylinder Press

Cylinder presses are commonly selected when printers need larger sheet capability and improved consistency over long forms versus platen, without moving fully into web-based production. They are frequently used for premium cartons prototypes, art prints, and presentation packaging components where sheet handling and register stability are critical.

Operational fit examples:

• Carton prototyping cells: cylinder press + sampling die-cutter for preproduction approvals.
• Brand kits: presentation folders, certificates, and rigid box wraps where sheet format matters.

TL;DR: Cylinder presses bridge craft and industrial needs—useful for larger sheets and repeatable quality without requiring a full narrow-web converting line.

Rotary Press (including narrow-web letterpress)

Rotary systems are used when the business case depends on continuous production and inline conversion. In narrow-web letterpress, the press is often part of a system that includes die-cutting, lamination, slitting, and rewind—a common configuration for label converters.

Typical production scenarios:

• FMCG labels: long runs needing repeatability and stable solids/linework.
• Industrial and logistics labels: tags and durable labels where abrasion resistance and readability are priorities.
• Inline finishing for letterpress: combining print + die-cut + inspection to reduce handling and WIP (work-in-progress).

TL;DR: Rotary/narrow-web letterpress is the most “converter-friendly” option, designed to integrate into label converting lines and support higher throughput.

Hybrid Digital-Letterpress Systems

Hybrid setups combine digital print (for variable data, short-run graphics, or quick artwork changes) with letterpress units for spot effects, linework, or controlled impression. This is relevant in “letterpress vs digital printing for packaging” decisions, where the highest ROI often comes from using each process where it is strongest rather than forcing one technology to do everything.

High-value hybrid examples:

• Serialized packaging elements: digital variable data (IDs, batch info) + letterpress accent pass for brand marks.
• Limited-edition labels: fast digital artwork changes + consistent tactile/verifiable feature added inline or nearline.

TL;DR: Hybrid systems reduce the trade-off between personalization and specialty effects by assigning variable content to digital and finishing/relief features to letterpress.

Automation Level

• Automatic
• Manual

Automatic Machines (69.3% share in 2024)

Automatic letterpress machines lead because they reduce variation in the most expensive parts of production: make-ready time, waste, and labor per job. Automation typically refers to powered feeding/delivery, more repeatable register control, and monitoring that supports consistent output across shifts.

Decision value for operations managers:

• Throughput stability: fewer stops for feeding issues and reduced operator fatigue.
• Repeatability: better job-to-job consistency when re-running seasonal SKUs.
• Integration: easier linkage to MIS (Management Information System) scheduling and QA checkpoints.

TL;DR: Automatic presses dominate because they improve uptime and consistency—critical for converters running many SKUs and frequent changeovers.

Manual Machines

Manual machines remain relevant where volume is low, formats change frequently, or where a studio deliberately prioritizes hands-on control over speed. They are also used for training and for R&D-style prototyping work.

Best-fit examples:

• Prototype labs: packaging mock-ups for brand teams before committing to rotary or flexo tooling.
• Short-run stationery: small batches where setup cost must stay low.

TL;DR: Manual presses are best for low-volume, high-variation work and for training/prototyping where capex needs to be contained.

Substrate Analysis

• Paper
• Cardboard
• Plastic films
• Metallic foils and laminates

Paper (51.1% share in 2024)

Paper leads because it supports a wide range of commercial outputs—labels (face stocks), cartons components, inserts, tags, and stationery. In production terms, paper is forgiving in makeready, and it works well with different plate types and ink systems.

Concrete paper use cases:

• Uncoated label stocks: beverage labels and craft foods where texture matters and scuff resistance is managed via varnish/lamination.
• Cotton papers: corporate identity suites and event collateral where impression control is part of the spec.

For fiber sourcing and chain-of-custody considerations, many buyers reference FSC (Forest Stewardship Council) certification.

TL;DR: Paper dominates due to versatility across labels, cartons, and stationery, plus broad compatibility with letterpress plates and inks.

Cardboard

Cardboard (including paperboard used in cartons and rigid packaging components) is common for small folding cartons, tags, and box wraps. Letterpress is often used for brand marks, borders, and spot treatments where line definition and controlled impression are required.

Operational note: On thicker boards, converters must manage packing and impression to avoid edge crush or uneven solids—especially in large coverage areas.

TL;DR: Cardboard applications focus on cartons, tags, and box components; success depends on disciplined packing and impression control to avoid board deformation.

Plastic Films

Film substrates are selected for durability (moisture, chemicals) in industrial and outdoor labels. These jobs often require careful matching of ink chemistry and surface energy, as well as controlled impression to avoid distortion.

TL;DR: Films are niche but important for durable labels; they demand tighter ink/substrate compatibility and process control than paper.

Metallic Foils and Laminates

Foils and laminated structures are used when converters need reflective effects or barrier properties. In practice, many lines combine letterpress stations with foil/lamination modules or run these as nearline steps depending on equipment layout.

TL;DR: Foils/laminates support high-impact label and carton effects, but profitability depends on tight registration control and efficient finishing workflow design.

Application Analysis

• Packaging and labels
• Security printing
• Commercial printing
• Specialty and artisanal printing

Packaging and Labels (43.2% share in 2024)

This segment is driven by converters and brands that need short-run agility and inline finishing. Concrete product categories that frequently specify letterpress include:

• Wine and spirits: textured label lines, crests, and small solids that must reproduce consistently.
• Cosmetics and personal care: cartons and labels for limited releases where artwork refresh cycles are fast.
• Gourmet food: jar labels, box sleeves, and tags where differentiation is achieved via finishing rather than additional colors.

TL;DR: Packaging/labels leads because letterpress integrates well into label converting lines and supports frequent SKU changes with premium finishing potential.

Security Printing

Letterpress remains relevant for security printing when the goal is to add a physical, touch-verifiable feature or fine relief details as part of a multi-layer security design. Typical items include certificates, controlled forms, and documents where tactile cues complement other security measures.

For broader context on security printing approaches and terminology, the International Hologram Manufacturers Association provides helpful background on authentication technologies and anti-counterfeiting ecosystems: IHMA (International Hologram Manufacturers Association).

TL;DR: Security printing uses letterpress for tactile/relief elements that complement other authentication methods and help deter casual counterfeiting.

Commercial Printing

Commercial print demand includes high-stakes communications where brand presentation and perceived quality affect outcomes: investor packs, VIP invites, presentation folders, and executive stationery systems. For print buyers, letterpress often serves as a differentiating process in an otherwise standardized procurement environment.

TL;DR: Commercial print applications are smaller in volume but defensible in margin, focused on high-stakes brand communications and executive collateral.

Specialty and Artisanal Printing

This segment includes fine press editions, artist books, gallery prints, and boutique stationery. While it is smaller in industrial volume, it influences broader market perception and sustains operator skill pipelines that later feed commercial operations.

TL;DR: Specialty/artist work is a smaller but influential segment that supports skills continuity and niche, high-margin production.

Pricing, Capex, and Total Cost of Ownership (TCO)

Actual pricing varies significantly by format size, automation, tooling, and included modules (feeders, dryers/curing, inspection, rewind). As directional guidance for capex planning:

• Manual/platen (entry production & training): often lower capex, but higher labor per job and longer makeready; suitable where utilization is intermittent.
• Automatic sheet-fed (platen/cylinder): mid-range capex with meaningful labor savings; ROI improves with frequent re-runs and higher shift utilization.
• Rotary/narrow-web letterpress lines: higher capex due to web handling, inline finishing, and QA; TCO depends heavily on uptime, spare parts, and service response times.
• Hybrid digital-letterpress: capex can be high but can displace multiple steps; strongest business case when you sell personalized + finished products at scale.

TCO drivers to model explicitly: makeready waste, plate costs, energy (drying/curing), operator wages, preventive maintenance, and downtime risk. If you need a general framework for evaluating equipment lifecycle costs, ISO’s approach to lifecycle thinking is a useful reference point (ISO 14040 (Life Cycle Assessment overview)).

TL;DR: Capex rises sharply as you move from manual to narrow-web converting lines; TCO is dominated by labor, makeready waste, uptime, and serviceability—not just purchase price.

Sustainability Considerations (Inks, Plates, and Waste Profile)

Letterpress sustainability performance is highly dependent on consumables and shop practice. Common variables include:

• Inks: oil-based systems, UV-curable inks, and lower-VOC options depending on substrate and drying requirements.
• Plates: photopolymer plates are common; some workflows use water-washable photopolymer plates to reduce solvent handling compared with solvent-wash systems.
• Waste generation: letterpress can generate higher makeready waste than digital for very short runs, but can be competitive when jobs repeat and setups are standardized (lower rework, fewer rejects).

For background on VOCs (Volatile Organic Compounds) and why they matter in printing and coatings regulation, the U.S. EPA provides a clear explainer: U.S. EPA: Volatile Organic Compounds (VOCs).

TL;DR: “Eco-friendly” outcomes depend on ink/plate chemistry and makeready discipline; the biggest levers are VOC control, plate processing method, and reducing setup waste through standardization.

Key Challenges and Risks

• Speed limitations vs digital and flexo: For commodity label and carton volumes, digital and flexo often win on throughput and cost per piece.
• Skilled labor: Make-ready, packing, register, and ink balance remain operator-sensitive; hiring and training affect uptime and scrap.
• Capex and financing: Rotary and hybrid systems can be difficult to justify without secured volumes or premium finishing contracts.
• Digital substitution: Rapid improvements in inkjet and toner-based embellishment (spot effects) can reduce demand in some premium segments.
• Energy and compliance: UV curing, compressed air, HVAC, and VOC controls can increase operating costs; regulations may tighten further.

TL;DR: The biggest strategic risks are labor/skills, capex payback uncertainty, and competition from faster digital/embellishment technologies.

Emerging Trends (2024–2034)

Automation That Targets Makeready and QA

The most commercially meaningful innovation is not “more features,” but fewer minutes per changeover and fewer rejected rolls/sheets. Trends include better register monitoring, preset repeat jobs, and improved feeder/delivery stability.

TL;DR: Automation is increasingly designed to cut makeready time and scrap, improving ROI for multi-SKU operations.

Growth of Narrow-Web Letterpress in Specialized Label Niches

In narrow-web lines, letterpress retains a role in textured label aesthetics, fine linework, and integrating certain finishing effects inline—especially where converters have established tooling and repeat programs.

TL;DR: Narrow-web letterpress remains viable where converters monetize finishing and repeat label programs rather than commodity volume.

More Hybrid Production Strategies

Instead of positioning “letterpress vs digital printing for packaging” as a binary choice, more plants are adopting hybrid routing: digital for variable/short-run graphics, letterpress for consistent finishing or tactile/security-adjacent elements.

TL;DR: Hybrid routing is expanding because it reduces time-to-market while preserving high-value finishing capability.

Regional Analysis

Europe (43.8% share in 2024)

Market Characteristics

Europe leads due to a dense base of packaging converters, high-value brand owners, and established OEM/service ecosystems. Many buyers prioritize service response times, parts availability, and compliance documentation.

Key Opportunities

• Retrofitting older lines with improved controls and inspection to reduce scrap
• Short-run premium labels and cartons for export-oriented brands

TL;DR: Europe leads on installed base and service ecosystem strength; opportunities center on modernization and premium short-run packaging.

North America

Market Characteristics

North America shows strong demand from independent label converters, craft beverage ecosystems, and brand teams that frequently refresh designs. Investments often emphasize automation and predictable throughput.

Key Opportunities

• Hybrid lines for variable data + finishing
• Nearline letterpress finishing cells supporting digital print hubs

TL;DR: North America demand is propelled by fast SKU cycles and hybrid workflows that combine digital speed with specialty finishing.

Asia Pacific

Market Characteristics

Asia Pacific growth is supported by expanding premium packaging demand and a strengthening manufacturing base. Regional suppliers increasingly compete on price-performance and system integration into packaging plants.

Key Opportunities

• Cost-optimized automation packages for converters scaling production
• Export packaging programs requiring repeatable brand presentation

TL;DR: Asia Pacific is a growth engine with rising local supply; key opportunities are scalable, cost-optimized systems for packaging export and domestic premiumization.

Middle East & Africa

Market Characteristics

Demand concentrates in major urban hubs and sectors such as hospitality, events, and premium retail packaging. Import dependence can affect lead times and serviceability.

Key Opportunities

• Distributor-led service models and operator training programs
• Targeted investment in compact systems for premium short runs

TL;DR: MEA growth is real but constrained by service infrastructure and skills availability; structured training and support are key unlocks.

Latin America

Market Characteristics

Adoption is centered in established print clusters where converters can justify capex and maintain parts/service pipelines. Currency volatility can delay equipment upgrades.

Key Opportunities

• Refurbishment/retrofit strategies to improve uptime
• Specialty labels for regional beverage and food brands

TL;DR: Latin America opportunities are strongest in major print clusters, with retrofit-led productivity gains often outperforming greenfield capex.

Competitive Landscape and Benchmarking

The supplier landscape is fragmented, with differentiation typically based on:

• Automation maturity: register control, feeder reliability, monitoring/inspection readiness
• Hybrid integration: ability to integrate with digital front ends and inline converting modules
• Service footprint: spares availability, technician response time, training depth

Benchmarking lens (practical): European suppliers often compete on engineering depth, compliance documentation, and long-term service models, while many Asian suppliers compete aggressively on cost and configurable line integration. For buyers, the best choice frequently depends on whether your operation is constrained by labor (favor automation and service) or by capex (favor modular expansion paths).

Selected companies mentioned in the market:

• Labelmen Machinery Co., Ltd.
• CROMA IBÉRICA
• Eidos S.p.A.
• Ernst Reiner GmbH & Co. KG
• HANWHA Machinery
• GTO
• Hemingstone Machinery
• Zhejiang Zhongte Machinery Technology Co., Ltd.
• Ruian Lilin Machinery Co., Ltd.
• Lingtie (Xiamen) Machinery Co., Ltd.

TL;DR: Choose suppliers based on automation + service maturity if uptime and labor are your bottlenecks; choose modularity and integration flexibility if capex constraints dominate.

Recent Developments (Context Note)

The market outlook in this report is framed to 2034, with a baseline of 2024. The corporate events below are presented as 2025 developments (i.e., they assume the report is being read/updated post-2025, or they reflect near-term industry moves relevant to printing/finishing ecosystems that can influence letterpress adoption through workflow integration and consolidation).

• October 2025 – Taylor Corporation acquires Gooten
  A print-on-demand workflow and fulfillment move that may indirectly increase demand for specialty finishing partnerships and integrated production networks.
• January 2025 – Merger of RoyerComm and Prism Color Corp.
  Consolidation that broadens multi-process capability across printing and packaging services.
• January 2025 – Catapult Print investment in new equipment
  Investments in capacity and finishing capability that can support premium label programs.

TL;DR: The listed 2025 items are near-term industry moves that may shape demand via consolidation and workflow modernization, even when not letterpress-only events.

Practical Recommendations by Buyer Segment

• Boutique studio / design-led shop: Prioritize platen or compact cylinder equipment with reliable makeready workflow; invest early in plate workflow standardization and operator training to reduce scrap.
• Industrial label converter (narrow-web): Evaluate rotary/narrow-web letterpress where inline finishing and repeat programs justify tooling; insist on strong service SLAs and inspection-ready architecture.
• Packaging converter / carton prototyping: Cylinder press cells can shorten approval cycles; focus on repeatable packing recipes and substrate qualification to avoid board deformation.
• Security printer / controlled documents: Specify tight register and repeatability; validate tactile features as part of a layered security design rather than relying on one feature alone.

TL;DR: Match press type to workflow reality—studios need flexibility and training value, converters need uptime and inline integration, and security applications need repeatability and layered design.

Outlook to 2034

Forward-looking (2025–2034): The market is expected to shift toward fewer, more productive installations as buyers prioritize automation, inspection readiness, and hybrid routing. Technology evolution will likely emphasize:

• More automation: faster make-ready, reduced waste, and stable multi-shift output
• Greater hybrid integration: digital for variable content paired with letterpress for finishing/relief effects
• Niche consolidation: stronger emphasis on service networks and lifecycle support as equipment becomes more integrated

At the same time, letterpress will face intensified competition from digital embellishment and high-speed inkjet/toner systems that continue improving effect quality and cost per job. Buyers should stress-test investments against realistic utilization, staffing plans, and serviceability.

TL;DR: By 2034, expect a more automated, hybrid-integrated letterpress niche—growing where finishing value is monetized, but pressured by improving digital embellishment alternatives.

FAQ

Q: What is narrow-web letterpress, and when does it make sense for label converters?

A: Narrow-web letterpress is a web-fed letterpress configuration designed for label widths commonly used in label converting lines. It makes sense when you have repeat label programs, need inline finishing (die-cut/rewind/inspection), and can keep the press utilized enough to justify higher capex and service requirements.

Q: How should I compare letterpress vs digital printing for packaging when choosing equipment?

A: Digital is typically strongest for ultra-short runs, variable data, and fast artwork changes with minimal setup. Letterpress is often chosen when you can monetize relief/finishing effects, need consistent linework/solids, or want inline converting efficiency. Many operations get the best ROI by routing variable graphics to digital and using letterpress for finishing or specialty elements.

Q: What process parameters drive scrap and downtime on letterpress jobs?

A: The biggest drivers are makeready time (packing and plate mounting accuracy), registration stability, ink balance, and substrate variability. Standardizing setup “recipes” by substrate and job type, plus investing in operator training and inspection checkpoints, typically yields the fastest waste reduction.

Q: Are automatic letterpress machines worth the extra cost for mid-size printers?

A: Often yes if you run frequent changeovers, repeat jobs, or multi-shift work. Automatic feeding/delivery and better control systems reduce labor per job, stabilize throughput, and improve repeatability—benefits that can outweigh the higher purchase price when utilization is steady.

Q: What sustainability choices matter most in letterpress production?

A: Ink chemistry (oil-based vs UV-curable vs lower-VOC options), plate processing (including water-washable photopolymer workflows), and reducing makeready waste have the biggest impact. Pairing these choices with certified papers (e.g., FSC) and documented process control strengthens compliance and sustainability reporting.