Summary
Buy-side firms struggle with fragmented data, manual reconciliation, and delayed reporting. A domain-aware data platform with investment-native data models centralizes positions, trades, and pricing, automates governance, supports bi-temporal logic, and accelerates decision-making. Firms gain operational efficiency, regulatory compliance, AI readiness, and a competitive edge in investment performance.
The sheer volume of disparate investment datasets, from counterparty data to corporate action events, is outstripping the capacity of legacy buy-side systems. A 2025 report reveals that 47% of buy-side firms rely on a mix of in-house and third-party solutions, limiting their ability to view portfolios holistically. Meanwhile, 67% of firms are planning to standardize data models and 65% plan to consolidate systems for a common data layer.i
Technology-forward asset managers, hedge funds, and private markets funds have tackled data transformation initiatives, spending weeks or months customizing these platforms to run meaningful reports at scale. Modernizing data platforms has helped firms slash time and manual functions, whether generating reports or reconciliations.
When data is as strategic as cash, an integrated data platform is the difference between real-time agility and operational paralysis. But modernization alone isn’t enough. Firms are now prioritizing domain-aware, investment-native data platforms to save substantial time and money and focus on high-value investment decisions.
A domain-aware technology solution natively encodes investment industry logic, from understanding how NAV calculations for private credit assets work to recognizing why trade settlement dates matter for reconciliation.
While platforms like Snowflake and Databricks provide powerful infrastructure and increasingly bundle capabilities like data governance, marketplace connectors and BI tools, they require firms to build investment-specific schema from scratch. This task falls on the firm’s engineering team. Data architects must conceive precisely how positions, trades, securities, and benchmarks relate and interact, and data scientists must collaborate with functional leaders to build the custom transformation logic required to normalize raw data.
A true domain-aware data platform comes pre-configured with investment-native data models that natively understand what a trade, a corporate action, or a paydown looks like, and how to normalize formats like Bloomberg and Reuters into a single source of truth. This frees data engineers and functional leaders to redirect their expertise toward alpha-seeking activities.
“In the rapidly evolving landscape of financial services, data integration architectures have become critical enablers of operational agility, regulatory compliance, and competitive differentiation. Financial institutions face the dual challenge of managing sensitive, high-volume data while ensuring that such data flows securely, accurately, and efficiently across multi-tenant cloud environments. A robust integration architecture in this context is composed of four key layers: the ingestion layer, the data transformation layer, the storage layer, and orchestration and governance.” — Secure Data Integration in Multi-Tenant Cloud Environments: Architecture for Financial Services Providersii
When a firm’s data platform doesn’t understand its business, the consequences ripple across every function.
Reconciliation is the tentpole of post-trade operations, matching positions, trades, and cash flows between internal books and external sources like fund administrators, prime brokers, and custodians. A generic platform treats this as a simple row-matching exercise. But settlement conventions differ by asset class and jurisdiction; trades can appear differently depending on whether they’re booked on trade date or settlement date, and corporate actions require retroactive adjustments across positions and P&L records. Without bi-temporal modeling, firms cannot run reliable reconciliation at scale.
A CIO request for a position report that parses exposure by geography, asset class, and currency, with look-through into fund-of-fund holdings, shouldn’t trigger a two-week project across departments. On a generic data platform, it means joining tables, writing transformation logic to normalize naming conventions across data sources, and building aggregation logic.iii On a purpose-built platform, pre-built data models and configurable blocks reduce the timing to hours, or less with a natural-language AI agent.
Without a domain-aware platform, performance attribution becomes a monthly fire drill. Results don’t tie back to official NAV, and teams spend days chasing discrepancies caused by portfolio and benchmark data that aren’t aligned to the same time horizons. Separate data pipelines for performance, position, and benchmarks, each with its own temporal logic and update cadence, make it difficult to explain results consistently or reproduce them on demand.
This is especially acute in private credit, where direct lending, infrastructure debt, and specialty financing strategies each carry their own borrower covenants, credit agreements, and cash flow structures. An investment-native data platform provides a comprehensive view across performance track record, metrics, and benchmarks with drill-down into the underlying components of calculations.
Buttoned-up treasury operations depend on real-time awareness of cash positions, collateral obligations, projected settlement flows, and margin requirements. A generic platform can store all these data but doesn’t understand the temporal dependencies — that margin calls need to be projected based on current exposure, or that cash movements between accounts need to reflect the priority waterfall defined in credit agreements. A domain-aware platform bakes these relationships into its cash position, settlement, trade lifecycle, and financing models. Without it, firms are left with a data warehouse full of undocumented joins, cryptic table names, and institutional knowledge concentrated in one or two engineers, or the key-person risk problem.iv
Relying on a domain-aware platform allows firms to focus on their core mission of generating alpha rather than becoming quasi-technology companies.
Without coherent market data, position data, and exposure calculations, managers end up making decisions in the rearview mirror. The difference between a position snapshot at 9 AM and another at noon can mean millions in unhedged exposure. With real-time information, risk managers can get a valid picture of firm-wide exposure and make deft moves to optimize risk allocation, eliminate non-compensated risk, or preserve capacity for high-conviction bets.
Regulators want to see lineage, not just current numbers. Domain-aware data models and integrated governance help answer these questions without reliance on spreadsheet-based attestation processes that can’t scale. A firm that delivers reports on time and demonstrates proactive compliance earns trust among regulators and clients alike.
Rather than mapping data feeds, resolving schema conflicts, and debugging pipeline failures caused by upstream format changes, a data team can focus on building analytics that generate alpha such as models, strategies, and insights delivered directly to portfolio managers.
When a firm decides to launch a new fund, onboard new data sources, or ramp up a new strategy, time from decision to production-readiness is significantly shorter on a domain-aware platform. Over five or ten years, that speed advantage compounds so that firms need smaller data engineering teams relative to their operational complexity.
AI models are only as good as the data that feeds them. Firms that build a data foundation that is data-first, cloud-ready, and tightly governed will have a significant head start on scaling AI across investment operations.
Investment-native intelligence transforms a data platform from generic infrastructure into a competitive advantage. Modernization that unifies fragmented data to support better decision-making and compliance is now the baseline. What differentiates firms today is whether their platform lets them start building on Day 1 instead of Month 6.
A data foundation purpose-built with investment-native intelligence reduces cost of ownership, minimizes technical debt, and speeds time to market. The deeper return is strategic. Firms that build on platforms designed for their industry will spend less time managing data and more time doing what they’re actually in business to do: managing investments and generating returns.
5 Key Takeaways
Q1: What makes a data platform domain-aware for investment firms?
A: It includes investment-native data models, understands trades, NAVs, and corporate actions, and enforces integrated data quality, governance, and bi-temporal logic out-of-the-box.
Q2: Why can’t generic platforms like Snowflake or Databricks fully replace it?
A: Generic platforms require custom schema and transformation logic for investment-specific workflows, increasing cost, technical debt, and time-to-report.
Q3: How does domain awareness improve reconciliation and reporting?
A: It reduces manual effort, accounts for settlement conventions, corporate actions, and multi-currency exposure, and allows reports to be generated in hours instead of weeks.
Q4: How does it enhance risk management and compliance?
A: A domain-aware data platform provides real-time exposure across portfolios, ensures bitemporal auditability, and enables informed risk allocation while keeping regulatory reporting accurate and scalable.
Q5: What strategic advantage does it deliver long-term?
A: Faster time-to-market for new funds or strategies, operational leverage, AI readiness, and the ability for teams to focus on alpha generation instead of data wrangling.
Paroj Ray
Paroj Ray is Senior Vice President of Product Management at Arcesium. Paroj leads the building of scalable, business-oriented technology teams with a focus on data and digital transformation, delivering solutions in an incremental and iterative manner. He brings over a decade of experience across Banking, CPG, FMCG, Agriculture, and Telecom sectors.
Sources:
[i] Fintech Times, January 20, 2025. https://thefintechtimes.com/buy-side-firms-prioritise-ai-integration-and-data-optimisation-survey-finds
[ii] Secure Data Integration in Multi-Tenant Cloud Environments: Architecture for Financial Services Providers, June 5, 2022. https://www.researchgate.net/profile/Ayorinde-Akindemowo/publication/394545706_Secure_Data_Integration_in_Multi-Tenant_Cloud_Environments_Architecture_for_Financial_Services_Providers/links/68a755bb7984e374acea6ef5/Secure-Data-Integration-in-Multi-Tenant-Cloud-Environments-Architecture-for-Financial-Services-Providers.pdf
[iii] Rajanikant Vellaturi, March 17, 2025.
[iv] Forbes, November 22, 2023. https://www.forbes.com/sites/liesbethvanderlinden/2023/11/22/mitigating-key-person-risks-lessons-from-sam-altmans-story/
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