By combining investment domain expertise with world-class mathematics and code, F9Analytics helps companies with predictive and prescriptive analytics that leverage pricing dynamics to maximize performance.
For example, companies might want to know:
From commercial real estate to multifamily residential, F9Analytics provides real estate companies with technologies that answer fundamental pricing questions that drive asset performance, from industrial, retail, and office, to apartments.
Accretive by design: empowering apartment managers with the competitive advantage to outprice the market.
RealAccretive is the US Certified Enterprise Profit Management solution strategically designed to accomplish three important functions for the enterprise:
The deterministic pricing engine maximizes returns where marginal revenue equals marginal cost, offering a scientific edge over legacy models. With constraint-based optimization built-in, the enterprise can effortlessly maximize price to include incentives, cost-of-capital, and business plan objectives.
High-performance orchestration allows the enterprise to execute global pricing automation at a record 6.34ms per unit with complete analytic tractability on portfolios of any scale. By leveraging standard Azure compute, it delivers up to 90% cost savings compared to probabilistic AI.
By replacing the random financial uncertainty of AI, with the tractable certainty of rule-based logic, the enterprise ensures maximum transparency and steadfast strategic governance.
RealAccretive connects enterprise profit management with automation workflows so organizations can retrieve pricing information and synchronize portfolio updates through secure, authenticated operations. It allows multifamily operators to trigger high-speed, deterministic pricing orchestration directly within custom workflows.
Pull Portfolio Pricing: Retrieves portfolio pricing for all expiring units from RealAccretive.Pull Portfolio Updates: Retrieves portfolio updates from RealAccretive.Push Portfolio Updates: Sends portfolio updates to RealAccretive.Required OAuth Scope:
https://F9Analytics.onmicrosoft.com/9ebd79ad-3237-4d0f-94bf-219c2d78e3d2/API.Access
This connector is supported and accessible across the following cloud platforms, service tiers, and regional availability matrices:
| Product / Service Class | Service Tier | Regional Exclusions / Limitations |
|---|---|---|
| Copilot Studio | Premium |
All Power Automate regions except:
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| Power Automate | Premium |
All Power Automate regions except:
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| Power Apps | Premium |
All Power Apps regions except:
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| Logic Apps | Standard |
All Logic Apps regions except:
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To use this connector in your workflows the system configuration must include:
The connector relies strictly on the OAuth 2.0 Authorization Code Flowprotocol for secure, authenticated operations.
Contact your dedicated RealAccretive administrator or technical support team to request service clearance and retrieve the OAuth 2.0 client IDs and tenant settings.
Configure your Azure application authorization scopes to include:
https://F9Analytics.onmicrosoft.com/9ebd79ad-3237-4d0f-94bf-219c2d78e3d2/API.AccessFollow these progressive steps to deploy RealAccretive to your cloud ecosystem:
Q: Why does the ReaAccretive transactable offer simplify procurement for an enterprise?
A: It consolidates purchasing through the enterprise's existing Microsoft Azure Consumption Commitment (MACC). This allows companies to use pre-allocated cloud spend to buy third-party software directly, reducing new vendor onboarding friction.
Q: How does RealAccretive streamline vendor management?
A: It unifies billing by placing the software purchase directly onto the enterprise's existing Microsoft invoice. This eliminates the need to manage multiple vendor invoices and simplifies accounting workflows.
Q: What does RealAccretive do to simplify the vendor licensing agreement?
A: By utilizing the standard Microsoft licensing framework Microsoft Standard Agreement, RealAccretive drastically accelerates legal procurement and minimizes compliance risks.
Q: Explain how RealAccretive accelerates the software deployment process?
A: It automates licensing and provisioning through pre-configured cloud infrastructure. Enterprises can immediately deploy verified solutions into their environment, cutting down typical enterprise procurement delays.
Q: Why are F9Analytics proprietary algorithms superior to stochastic AI in finance?
A: Where AI is making probabilistic guesses that change randomly, F9Analytics algorithms use domain specific applied mathematics, so decisions are tractable and certain.
Q: Why is the F9Analytics innovation “moat”, in domain specific proprietary algorithms, more valuable than data?
A: The common misconception is that "data is the new moat". However; in modern symbolic artificial intelligence, raw data is rarely a defensible barrier – data is simply a commodity that can be bought. Instead, a company’s true economic advantage is fortified by proprietary algorithms and how they solve domain specific problems with that data.
Q: What external libraries like Python or MATLAB do you use for your internal algorithms?
A: None. If one understands the underlying mathematics then the algorithmic orchestration and speed of execution can be significantly improved by exploiting the machine arithmetic surrounding the problems.
Q: When one compares RealAccretive to AI, what is the best philosophical explanation without the math?
A: The following video and interactive demonstration provides what one can consider an irrefutable argument.
Q: What differentiates next-generation expert systems like RealAccretive from AI?
A: The table below summarizes the differences in both computational accuracy, speed, and operating costs.
| Domain-Specific Deterministic Algorithms (RealAccretive) | Probabilistic AI / Large Language Models | Why Deterministic Systems Outperform AI |
|---|---|---|
100% Exact & Repeatable
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Fragile & Unpredictable
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Certainty vs. Uncertainty
Deterministic programs follow exact arithmetic logic gates with certainty. AI models do not calculate; they make probabilistic guesses based on word patterns, leading to frequent and silent mathematical uncertainties.
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Lightning Fast & Consistent
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Slow & Inconsistent
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No Extra Baggage
A deterministic algorithm executes only the minimal mathematical operations required to solve the task. AI has to evaluate billions of neural weights and language parameters just to output a single number.
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Incredibly Cheap
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Extremely Expensive
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Zero Waste
Deterministic programs run on basic local resources with no ongoing training costs. AI demands massive, highly expensive data centers and introduces significant, expensive liability risks when errors slip through.
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