By the Editorial Desk
Published in partnership with sustainable business intelligence reviews
Executive Overview
As corporate sustainability reporting matures from a public relations exercise into a rigorous, data-driven science, companies worldwide are confronting an uncomfortable truth: their historical greenhouse gas (GHG) inventories were often built on incomplete foundations. Driven by the rapid evolution of carbon accounting software, tightening regulatory frameworks, and intense scrutiny from institutional investors, organizations are increasingly discovering that their past emissions math simply does not hold up to modern standards.
A landmark analysis by Harvard Business School reveals the scale of this phenomenon: nearly three-quarters (74 percent) of S&P Global companies have updated their emissions calculations at least once this decade, forcing widespread restatements of earlier baseline years. Rather than viewing these revisions as a failure, leading enterprises are recognizing them as a natural byproduct of data maturation.
Yet, few organizations have responded with the radical transparency demonstrated by Genesys, a prominent customer-experience and call-center software provider backed by tech heavyweights Salesforce and ServiceNow. Facing historical data limitations upon adopting a new enterprise management system in 2025, Genesys bypassed the standard practice of simply recalculating past inventories. Instead, the company made the bold choice to submit entirely new targets to the Science Based Targets initiative (SBTi) for formal revalidation.
This comprehensive reporting delves into how Genesys partnered with emissions management platform Watershed to overhaul its carbon data architecture, grapple with the complexities of indirect Scope 3 emissions, and restructure its corporate disclosures. By prioritizing clean, accurate data over the preservation of convenient historical narratives, Genesys is establishing a new playbook for corporate climate accountability in the era of artificial intelligence.
Detailed Chronology: From Data Gaps to Strategic Rebaselining
The journey toward structural carbon accountability at Genesys is emblematic of the broader hurdles facing the tech sector as it scales operations while attempting to shrink its environmental footprint.
The Catalyst: Enterprise System Integration and Data Limits
The turning point for Genesys occurred during a routine corporate upgrade in 2025. As the company integrated a new enterprise management system, its dedicated sustainability team—led by Global Sustainability Officer Bridgette Bell McAdoo—identified systemic limitations within its historical carbon datasets.
For years, companies have struggled to capture accurate carbon metrics across complex, global supply chains and digital infrastructures. Like many software-as-a-service (SaaS) providers, Genesys faced acute challenges in accurately quantifying its indirect emissions, which fall under Scope 3 of the Greenhouse Gas Protocol. Recognizing that its historical baseline year of 2022 was anchored by immature datasets, the leadership team faced a critical choice: attempt to retroactively patch old spreadsheets or execute a comprehensive strategic reset.
Partnering with Watershed and Restating FY25
To resolve these data gaps, Genesys contracted with Watershed, a specialized carbon accounting and enterprise climate platform, to strengthen its data collection architecture. The partnership immediately bore fruit during the preparation of the company’s FY26 sustainability disclosures.
When preparing the report, Genesys restated its 2025 emissions data to reflect its improved methodology. The resulting numbers were striking: the recalculated 2025 figure was 26 percent higher than originally reported. Crucially, 100 percent of this upward revision stemmed from a more rigorous accounting of Scope 3 emissions. Rather than hiding these increased figures—which could superficially make a company look as though it is moving backward—Genesys subjected its recalculations to rigorous independent assurance.
Revalidating Targets with the SBTi
Rather than simply updating internal tracking documents, Genesys took the unprecedented step of approaching the Science Based Targets initiative. The company formally withdrew its reliance on its unverified 2022 baseline projections and submitted a modernized set of targets to the SBTi for revalidation.
Under its newly validated trajectory, Genesys has committed to an absolute greenhouse gas reduction of 50 percent across all three emissions categories (Scope 1, 2, and 3) by fiscal year 2031, using its freshly audited FY2022 performance as the modernized benchmark. While the SBTi officially mandates corporate target reviews every five years, Genesys integrated an even stricter accountability mechanism into its updated net-zero framework, binding itself to mandatory annual progress reports to ensure constant vigilance.
Supporting Context & Metrics: The Scope 3 Conundrum and the HBS Study
To fully appreciate the significance of the Genesys restructure, it is necessary to examine the macro-environmental landscape of corporate carbon reporting.
The Harvard Business School Findings
The Harvard Business School study tracking S&P Global companies underscores that emissions restatements are not anomalies—they are the new normal. For decades, companies treated carbon accounting much like preliminary financial estimation: set a baseline, track year-over-year progress against it, and assume the foundational numbers were etched in stone.
However, as auditors, regulators, and civil society groups apply financial-grade scrutiny to sustainability claims, the fragility of early carbon inventories has been exposed. Factors such as shifting business models, mergers and acquisitions, changes in calculation methodologies, and access to primary supplier-specific data rather than generic industry averages have forced widespread revisions.
Decoding Scope 3 and the Cloud Infrastructure Challenge
For technology and software enterprises, the vast majority of the carbon footprint does not reside in company-owned office buildings (Scope 1) or purchased electricity (Scope 2). Instead, it lies buried within Scope 3—specifically in purchased goods and services, business travel, employee commuting, and, crucially, the energy-intensive data centers that power cloud computing and artificial intelligence.
To capture these elusive metrics, the Genesys sustainability team forged deep operational relationships with the company’s internal information technology group and external cloud infrastructure partners, most notably Amazon Web Services (AWS). Because cloud providers consume immense amounts of electricity to process customer workflows, establishing primary data feeds between AWS resource utilization and carbon accounting platforms like Watershed is vital.
Despite these structural hurdles, Genesys announced a year-over-year absolute emissions cut of 15 percent in its FY26 sustainability report, published on August 11. This proves that rigorous accounting and aggressive emissions reduction can—and must—happen simultaneously.
Official Statements and Industry Insights
The philosophy driving the Genesys turnaround centers on conceptualizing data rebaselining not as an administrative failure, but as a marker of organizational maturity.
"Rebaselining, to me, is not a negative thing," asserts Bridgette Bell McAdoo, Global Sustainability Officer at Genesys. "It says that a company probably has more mature data sets — or a better methodology."
This perspective challenges the anxiety many corporate leaders feel regarding carbon restatements. For years, executives feared that adjusting historical baselines upward would invite accusations of greenwashing or project an image of corporate regression. McAdoo argues the exact opposite: transparently upgrading data systems builds long-term credibility with investors, regulators, and eco-conscious customers.
Addressing the relentless evolution of enterprise technology, McAdoo emphasizes the need for organizational flexibility, particularly as the tech sector races to integrate generative artificial intelligence (AI) into commercial software suites.
"The goal is to continue asking all the questions that need to be asked, especially as Genesys adds artificial intelligence to its products," McAdoo noted. "I constantly tell the team that we need to stay agile and flexible, especially when it comes to our emissions data, and I would rather have good, clean data than try to force the data from the past to work for today."
Industry analysts have praised this pragmatic mindset. In an era where AI workloads are exponentially increasing the electricity demand of data centers, software companies that cling to outdated, static baselines risk severe accounting discrepancies. By acknowledging that yesterday’s models cannot accurately measure tomorrow’s digital infrastructure, Genesys has aligned its sustainability accounting with the fast-moving pace of software engineering.
Future Outlook: The Structural Overhaul of Reporting and Sales Integration
The commitment to data integrity at Genesys has triggered a cascading structural overhaul that extends far beyond the sustainability department, fundamentally transforming how the company communicates its environmental metrics to the world.
Streamlining Corporate Disclosures
For years, corporate sustainability reports grew into bloated, hundred-page PDF documents dense with corporate jargon, making them largely inaccessible to everyday consumers and busy enterprise buyers. Genesys decided to buck this trend.
The company’s FY26 sustainability report spans 52 pages—a notable reduction of 20 pages compared to its predecessor. This intentional slimming down is designed to enhance readability and ensure core metrics are easily digested. Looking forward, the Genesys sustainability team plans to further condense its annual static reports, pivoting instead toward frequent, real-time disclosures hosted directly on its corporate website.
“We’re looking across our peer set to see how people are reporting,” McAdoo explained, noting the shifting industry tide. “We have seen that some are no longer providing an extensive report. They’re just providing the data, and I can see benefits to that.”
Data-Driven UI and Global Accessibility
To maximize the impact of its disclosures, the Genesys team analyzed reader engagement and viewership habits. Armed with these insights, they strategically reordered the report’s layout. Critical progress milestones and headline metrics were pulled forward into the first quarter of the document and the top third of the company’s sustainability-themed web pages, ensuring that key findings are immediately visible.
Furthermore, Genesys recognized that sustainability data is increasingly vital to commercial operations, serving as a key differentiator in enterprise software procurement. To empower internal teams, the company reformatted its executive summary into modular collateral tailored specifically for use by its sales and customer experience divisions. To support its global client base, these materials—complete with localized infographics—were translated into more than a dozen languages across international markets.
Conclusion
The Genesys case study serves as a masterclass for modern enterprises navigating the complex intersection of corporate finance, digital innovation, and climate disclosure. By confronting the limitations of its historical data head-on, rebaselining through an advanced platform like Watershed, and re-engaging with the Science Based Targets initiative, Genesys has transformed a potential compliance liability into a strategic advantage.
As regulatory bodies across the globe implement mandatory climate disclosure rules—such as the European Union’s Corporate Sustainability Reporting Directive (CSRD) and the Securities and Exchange Commission’s climate disclosure guidelines—the era of the static, unverified carbon baseline is officially over. Companies that follow the lead of Genesys by embracing data agility, transparent restatements, and cross-departmental integration will not only survive the coming regulatory reckoning; they will lead the market into a truly verifiable sustainable future.
