The complex world of traditional claims management often introduces significant obstacles, such as manual procedures, lengthy claim settlements, and limited transparency. These limitations underscore the need for an improved claims management approach. 

In fact, according to an article by Insurance Thought Leadership, the implementation of automated machine classification can enhance accuracy by 30% compared to human classification and potentially boost productivity by 80%. 

Thanks to digital transformation, claims managers can expect to utilize predictive and generative AI models to make intelligent decisions faster, and automate claims processes such as assignment, reporting and settlement, which means that claims managers are going to greatly simplify their claims processes and efficiency. 

Jump to: 

• Benefits of a Modern Claims Management Solution 
• 7 Essential Features of an Efficient Claims Management Software 
• 3 Ways Duck Creek Claims Meet Modern Claims Solution Needs  
• Claims Management: SaaS or On-Premise? 
• Duck Creek Claims: Revolutionizing Insurance Operations 
• Final Thoughts: The Future of Claims Management 

Benefits of a Modern Claims Management Solution 

Traditional claims management is plagued by inefficiencies such as time-consuming manual processes and disjointed workflows, often relying on paper-based tradition and leading to lengthier claim cycles with diminished customer satisfaction.  

A modern digital claims solution offers a remedy thanks to these three benefits: personalized customer experiences, improved efficiency through automated processes, and intelligent decision making with robust data management.  

7 Essential Features of an Efficient Claims Management Software 

When looking for an upgrade in your claims management software, several features are essential. Let’s delve into these seven crucial elements that comprise a comprehensive and effective claims management system. 

1. First Notice of Loss (FNOL)

   An efficient claims management system must be equipped with robust FNOL capabilities. It should rapidly gather the necessary information through dynamic Q&A sessions, use predictive models to anticipate likely claim outcomes, provide omni-channel support to handle claims via phone, email, or other means, and promote low-touch processing to minimize manual intervention.

2. Automated Assignment

   Claims can be complex and varied, requiring different adjuster skills and expertise. The software should use automated assignment to efficiently manage claims, considering factors such as adjuster skills, workload, and the unique aspects of each claim. For instance, it should be capable of assigning multiple roles like salvage, Special Investigation Unit (SIU), and subrogation, and accommodate special circumstances such as catastrophe or large accounts.

How Pokiescheck Explains Payline Mechanics in New Zealand Pokies

Understanding how pokies pay out is fundamental to making informed decisions at the machine, yet payline mechanics remain one of the most misunderstood aspects of modern slot gaming. For players in New Zealand, where pokies occupy a significant place in both pub culture and online gaming, the gap between assumption and reality can be surprisingly wide. Many players still operate under the belief that more active paylines automatically means more frequent wins, or that a near-miss on an inactive line is somehow meaningful. These misconceptions stem from the rapid evolution of slot technology over the past two decades, during which the industry moved from simple mechanical reels with fixed win lines to complex digital systems featuring hundreds of ways to win, cluster pays, and cascading mechanics. Resources that explain these systems clearly and accurately serve a genuine educational function for the New Zealand market, where regulatory oversight of gaming content has tightened considerably since the Gambling Act 2003 established the current framework for both land-based and online play.

The Evolution of Payline Structures in Modern Pokies

The original mechanical slot machines that appeared in New Zealand pubs and clubs during the latter half of the twentieth century operated on a straightforward horizontal payline system. A single line ran across the centre of three reels, and matching symbols on that line produced a payout. As electromechanical technology advanced through the 1970s and 1980s, manufacturers began introducing three and five payline configurations, allowing diagonal and additional horizontal lines to count as winning combinations. This was largely a cosmetic expansion — the underlying probability mathematics remained relatively transparent because the physical reel stops limited the number of possible outcomes.

The transition to video pokies in the 1990s fundamentally changed the relationship between paylines and probability. Software-driven random number generators decoupled the visible reel display from the actual outcome determination, meaning that what a player sees spinning on screen is a theatrical representation of a result already calculated by the RNG at the moment the spin button is pressed. With this shift, game designers were no longer constrained by physical reel size, and payline counts began expanding dramatically. By the early 2000s, it was common to see online pokies offering 20, 25, or even 50 paylines. Games like IGT’s Cleopatra, which became widely popular in New Zealand venues, helped normalise the multi-payline format for a generation of players.

Between 2010 and 2020, the industry underwent another structural shift with the introduction of ways-to-win mechanics, pioneered most prominently by Aristocrat’s 243 Ways format. Rather than designated lines, these games pay whenever matching symbols appear on adjacent reels from left to right, regardless of their vertical position. A five-reel game with three rows and 243 ways produces payouts on any combination of positions across consecutive reels — effectively replacing the concept of a payline with a combinatorial payout system. This was followed by 720 ways, 1,024 ways, and eventually the MegaWays mechanic developed by Big Time Gaming in 2016, which uses variable reel heights to generate up to 117,649 ways on each spin. Understanding the distinction between these formats is not trivial, because the betting structure, volatility profile, and expected return behaviour differ substantially across them.

How Pokiescheck Approaches Payline Education for New Zealand Players

Payline education in the New Zealand context requires more than a generic explanation of how lines work. It requires addressing the specific regulatory environment, the types of games most commonly available through licensed operators, and the practical implications of payline configuration on session bankroll management. The Gambling Act 2003 and subsequent regulations administered by the Department of Internal Affairs set minimum return-to-player requirements and mandate that certain game information be disclosed, but the presentation of that information varies considerably between operators and game providers. Players often encounter RTP figures without the context needed to interpret them meaningfully alongside payline structure.

Pokiescheck has developed a methodical approach to explaining these mechanics, treating payline configuration as one component within a broader framework that includes volatility, hit frequency, and maximum win potential. This approach reflects an understanding that a 25-payline game with a 96% RTP and a 5,000x maximum win behaves very differently from a 25-payline game with the same RTP but a 50,000x maximum win ceiling — even though the surface-level descriptors appear identical. The variance in outcome distribution between these two configurations can mean the difference between a game that sustains regular small returns and one that concentrates most of its theoretical payout into rare large events. For players managing a fixed session budget, this distinction has direct practical consequences.

Detailed game-specific breakdowns available through www.pokiescheck.com illustrate how payline counts interact with bet-per-line structures to determine actual cost per spin, a calculation that many players overlook when selecting a stake level. On a 25-payline game, a player selecting a coin value of $0.02 per line is actually wagering $0.50 per spin — a figure that can erode a modest bankroll faster than the nominal coin value suggests. This kind of structural transparency is particularly relevant in New Zealand, where the Department of Internal Affairs reported in its 2022 gambling participation survey that a significant proportion of pokie players in pubs and clubs were playing at or above recommended expenditure thresholds without necessarily understanding the mechanical basis for their session costs.

Fixed Versus Variable Paylines and Their Impact on Return Calculations

One of the more technically nuanced distinctions in payline mechanics is the difference between fixed and variable payline configurations. In a fixed payline game, all paylines are active on every spin regardless of the player’s preference, and the bet per spin is determined by multiplying the number of active lines by the coin value per line. Variable payline games, which were more common in earlier video pokie formats, allowed players to select how many lines to activate — a feature that sounds advantageous but actually introduces a subtle distortion in expected value calculations.

When a player deactivates paylines in a variable configuration game, they do not proportionally reduce their exposure to losing outcomes. The RNG continues to generate results across the full symbol grid, but the player forfeits the right to collect on combinations that land on inactive lines. This creates a situation where a near-miss or a legitimate winning combination on an unselected line produces no payout, despite representing a statistically valid outcome. Game designers in the early 2000s recognised this as a source of player frustration, and the industry gradually shifted toward fixed payline structures and then toward ways-to-win formats precisely to eliminate this friction. Most contemporary online pokies available to New Zealand players through licensed offshore operators — who fall under the somewhat ambiguous jurisdictional framework established by the Interactive Gambling Act 1977 and its subsequent interpretations — now use either fixed paylines or ways-to-win mechanics.

The return-to-player percentage published for any given pokie is calculated based on the assumption that the player is activating all available paylines or ways. When a player deactivates lines in a variable game, the published RTP figure no longer accurately describes their actual expected return, because the calculation underpinning that figure assumed full line coverage. This is rarely explained in game help screens or operator disclosures, and it represents a meaningful information gap for players trying to make rational decisions about their play. Pokiescheck addresses this directly in its game analysis methodology, distinguishing between the theoretical RTP as certified by testing laboratories such as eCOGRA or GLI, and the effective RTP experienced by players under different betting configurations.

Cluster pay mechanics, which have grown in popularity since around 2018 through games like NetEnt’s Aloha! Cluster Pays and Play’n GO’s various cluster-format releases, represent yet another structural departure from payline logic. In these games, wins are generated by groups of five or more matching symbols appearing in connected positions on the grid, with no reference to lines or ways at all. The payout calculation is based on the size of the cluster rather than its position, and cascading or avalanche features typically remove winning symbols and replace them with new ones, potentially generating multiple consecutive wins from a single spin event. For players accustomed to payline-based games, the shift to cluster mechanics requires a fundamental reorientation of how wins are anticipated and how session volatility is interpreted.

Regulatory Context and Responsible Gaming Implications in New Zealand

New Zealand’s gambling regulatory landscape creates a specific context for payline education that differs from markets like the United Kingdom or Australia. The Gambling Act 2003 established four classes of gambling, with Class 4 covering the non-casino gaming machines — commonly called pokies — found in pubs and clubs. These machines are subject to regulations administered by the Department of Internal Affairs, including requirements around maximum bet levels, minimum return rates, and mandatory problem gambling levy contributions. The maximum bet on a Class 4 machine is capped at $2.50 per play, and machines must return a minimum of 78% of money wagered over their operating life, though in practice most machines operate at considerably higher return rates.

Online pokies accessed by New Zealand players through offshore licensed operators exist in a more ambiguous regulatory space. The Gambling Act 2003 does not explicitly licence offshore online operators, but it also does not criminalise the act of playing at such sites from within New Zealand. The practical result is that New Zealand players access a much wider range of games through online channels than are available on Class 4 machines, including games with payline structures, volatility profiles, and maximum win potentials that differ substantially from the land-based environment. A player who transitions from pub pokies to online platforms without understanding the structural differences is navigating a significant information gap.

The responsible gaming implications of payline complexity are increasingly recognised in academic and regulatory literature. Research published in the Journal of Gambling Studies has documented that features like near-miss events on inactive paylines, multi-line betting structures, and rapid cascading mechanics can influence player perception of control and outcome predictability in ways that may contribute to problematic play patterns. The 2021 review of New Zealand’s Gambling Act, which examined whether the existing framework adequately addressed online gambling, noted the difficulty of applying disclosure requirements designed for physical machines to the diverse and rapidly evolving landscape of online pokies. Payline mechanics were not specifically addressed in that review, but the broader question of whether players have access to meaningful information about game structure was a recurring theme.

For players seeking to understand the games they play in the New Zealand market, the challenge is finding information that is both technically accurate and contextually relevant to the specific regulatory and market environment they operate in. Generic explanations of how paylines work, written for a global audience, often fail to address the particular characteristics of games available through New Zealand-licensed or New Zealand-accessible platforms, or the specific provisions of local gambling regulations that affect how those games are presented and disclosed. Resources that bridge this gap — combining mechanical explanation with regulatory context and practical bankroll implications — serve a function that neither game providers nor operators have traditionally prioritised.

Ultimately, payline mechanics in New Zealand pokies represent a subject where surface simplicity conceals substantial complexity. The shift from single-line mechanical machines to multi-payline video pokies, then to ways-to-win formats, cluster pays, and MegaWays engines has produced a landscape where the fundamental question of how a game pays out requires a different answer depending on which game is being played and under what configuration. Players who understand these distinctions are better equipped to manage their expectations, interpret the RTP and volatility information available to them, and make decisions that align with their actual gaming intentions rather than assumptions inherited from earlier, simpler machine formats. The educational work of explaining these mechanics clearly and accurately — accounting for the specific games, regulations, and market conditions relevant to New Zealand — remains an ongoing and genuinely useful contribution to informed player participation in the local gaming environment.

3. Instant Policy and Coverage Data Access

   To streamline the claims process, the software should enable instant access of policy and coverage data. It should provide complete details of coverage plus limit and deductible information, determine the impacted coverage and reserve settings, and attach snapshots of the policy to claims for review.

4. Efficient Adjuster Workflows

   The software should streamline adjuster workflows, sending task alerts and tracking claim statuses. It should drive claim workflows based on the claim type and cause, allow collaborative file notes for quick resolution, and support role-based assignment and fraud flagging.

5. Effective Negotiation and Payment Management

   A modern claims management software should handle negotiation information and payments efficiently. When a user submits a payment, the system should be able to verify their role-based and entity-based authorization rules before escalating the payment to be authorized.

6. Recovery Lifecycle Support

   The software should fully support the recovery lifecycle, identifying recovery opportunities early, and automating referral capabilities. It should support full file ownership and assignment of specialized performers, while enabling the management of the salvage process with proactive workflows.

7. Robust Reporting & Analytics

   An effective claims management software should possess robust reporting capabilities. For instance, it should offer real-time data access and self-service dashboards to manage key performance indicators (KPIs). This would not only ensures regulatory compliance but also identify and tracks anomalies and trends in real-time, enabling ongoing claims process optimization

   See Also: Download the Duck Creek Claims brochure to learn more about how our claims management software delivers these features and more.

3 Ways Duck Creek Claims Meets Modern Claims Solution Needs  

Enter Duck Creek Claims, a Claims Management cloud service which is part of Duck Creek’s comprehensive Suite for insurers.  Duck Creek Claims is designed to streamline the entire claims process from start to finish. It offers automated workflows, robust data reporting capabilities, seamless integrations and more, effectively serving as an end-to-end solution for all your claims management needs. Here’s how Duck Creek Claims stands out: 

1. Streamlining Claims Process for Efficiency

   With Duck Creek Claims, the intricacies of insurance claims management are greatly simplified. Our service doesn’t just automate the end-to-end claims process, it revolutionizes it for enhanced efficiency and speed with low-code configurability, rich ecosystem of integration partners and pre-integrated solutions, allowing insurers to focus more on strategic goals. Claims adjusters can also manage their caseloads more effectively, thanks to increased accuracy in a modern claims service.

2. Empowering Decision Making with Real-Time Data

   The power of informed decision-making cannot be overstated. With real-time data and analysis, Duck Creek Claims not only provides you with valuable insights at your fingertips but also equips you to identify and address emerging trends swiftly, driving business growth. Duck Creek’s new Claims Intelligence UI also enables carriers to plug in Artificial Intelligence / Machine Learning models into the claims adjuster workflow, enabling insurers to make smarter, more accurate decisions faster than ever.

   See Also: See how Duck Creek Insights power insurers with real-time actionable data for informed decision making.

3. Boosting Customer Satisfaction and Compliance

   In today’s customer-centric world, a satisfied customer brings long-term value and referenceability to the business. Duck Creek Claims excels at this by simplifying the claim submission process and enabling constant communication, thus fostering trust and satisfaction. Moreover, the software ensures your regulatory adherence, turning compliance from a tiresome obligation into a strategic advantage.

Claims Management: SaaS or On Premises? 

The short answer? SaaS, specifically cloud-based software as a service. Duck Creek Claims distinguishes itself in the insurance landscape through its superior functionality as SaaS for insurers. This shift from conventional on premises, self-hosted claims systems to scalable cloud-based SaaS provides several competitive advantages:  

1. Enhanced Financial Efficiency

   SaaS options remove the need for significant hardware investment, resulting in substantial cost savings.

2. Unparalleled Scalability

   Insurers benefit from unmatched scalability, allowing businesses to respond and adapt quickly to changing operational demands.

3. Seamless Updates

   A SaaS claims system ensure continuous software improvements without any interruption to operations, keeping users always updated with the latest features.

4. Robust Data Security

   SaaS claims management solutions also offer enhanced security measures, protecting sensitive information against potential threats.

5. ESG Framework Support

   Leverage all the above benefits and more while reducing your carbon footprint with cloud-based services.

Duck Creek Claims: Revolutionizing Insurance Operations 

Duck Creek Claims is a trusted solution by insurers when it comes to streamlining their claims processes. Equipped with all the features above and more, Duck Creek Claims is the go-to modern claims solution in the insurance industry. For example, Mutual Benefit Group is one of the insurers who has used Duck Creek Claims to improve their customer experience and keep up with the evolving insurance marketplace in their region. 

See Also: See how Duck Creek partners are improving their claims operations with Duck Creek Claims. 

Final Thoughts: The Future of Claims Management 

To meet today’s requirements of customer experience, data security, and efficiency – modern claims management systems are no longer a luxury, but a necessity. Duck Creek focuses on empowering insurers to redefine insurance futures with a simplified, humanized approach to technology.  

This is where Duck Creek Claims stands out, enhancing operational efficiency, customer satisfaction, and compliance. Our platform is an ally that prioritizes the insured, provides comprehensive protection, and navigates change to ensure it’s not just manageable but advantageous and accessible to all. 

Discover how Duck Creek Claims can redefine your claims management experience into a humanized one. Reach out to our sales team today. 

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Sources:  

KPMG International, 2021, Creating a modern claims workforce: Meeting a bold new era of challenges. 

Silke Genuit, 2018, Insurance Thought Leadership, How to Use AI in Claims Management.