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Streamline (supply chain score 3.9/10) is an inventory planning and demand forecasting application by GMDH whose public center of gravity is hierarchical statistical forecasting, replenishment planning, and planner-driven governance rather than end-to-end supply chain optimization. Public evidence supports a real product with a substantial documentation set, a multi-user server mode, explicit ERP handoff mechanics, batch recalculation workflows, safety-stock formulas, and configurable forecast approval controls. Public evidence does not support the stronger AI framing at face value, because the most inspectable artifacts point to an advanced classical planning tool with confidence intervals, safety-stock buffers, and model selection over a constrained family rather than a probabilistic or deeply novel decision engine.
Streamline overview
Supply chain score
- Supply chain depth:
4.0/10 - Decision and optimization substance:
3.4/10 - Product and architecture integrity:
4.4/10 - Technical transparency:
4.6/10 - Vendor seriousness:
3.2/10 - Overall score:
3.9/10(provisional, simple average)
Streamline is best understood as an inventory planning software vendor with a strong forecasting core and a practical replenishment workflow around it. The product is materially more than a forecasting spreadsheet, but also materially less than a broad optimization platform. Its strongest public virtue is that the vendor documents the mechanics of the application unusually well.
Streamline vs Lokad
Streamline and Lokad both claim to improve planning decisions through software. The overlap is real around forecasting and stock decisions, but the public product surfaces are quite different.
Streamline publicly sells a packaged planning application with predefined concepts: item or location trees, statistical forecasts, approval statuses, forecast overrides, service levels, safety stock, order constraints, and export routines back into ERP or database environments. The user is expected to govern the plan inside a rich UI and then hand structured outputs back into execution systems. (1, 4, 10, 11, 12, 20)
Lokad is much less centered on a packaged UI workflow and much more centered on an explicit quantitative decision layer. The practical distinction is that Streamline’s public evidence revolves around planner controls and deterministic planning logic, whereas Lokad’s public stance is built around an uncertainty-first decision philosophy. On the public record, Streamline is a strong application for forecast and replenishment governance; Lokad is a more explicit decision-engine proposition.
That difference matters because Streamline’s strongest evidence is product clarity and operational practicality. Its weakest evidence is a broader or more formal theory of optimization under uncertainty.
Corporate history, ownership, funding, and M&A trail
Public corporate detail around Streamline is thinner than its product documentation. The clearest stable fact is that the product is associated with GMDH Software and is sold under the Streamline brand across a public website, a documentation site, an academy, and multiple application endpoints. That is enough to establish a real software business with a maintained product surface. (1, 2, 3, 5)
I did not find a strong public funding, acquisition, or ownership trail comparable to what is available for larger vendors. That absence does not imply commercial fragility; it simply means the public corporate story is not especially rich. The more defensible public evidence of maturity comes from the scale of the product ecosystem and the number of customer references rather than from financing or M&A events.
This matters for the review because it pushes the seriousness judgment toward software-maintenance evidence and customer footprint rather than toward investor signaling.
Product perimeter: what the vendor actually sells
The current Streamline site positions the product as an “AI supply chain planning platform” spanning integrated business planning, S&OP, demand forecasting, inventory planning, MRP, and dashboards. Taken alone, that marketing perimeter sounds quite broad. The documentation reveals a narrower and more concrete reality: Streamline is fundamentally a demand-and-inventory planning application with adjacent process support, not a universal optimization suite. (1, 6)
The core workflow is explicit in the docs. Streamline imports data, generates statistical forecasts, allows manual and formula-based overrides, applies approvals and freeze horizons, calculates inventory policies and replenishment orders, and exports those outputs back to ERP or databases. That is a practical and operationally meaningful scope. It is also a narrower scope than the homepage’s broader “AI planning engine” language may imply. (6, 8, 10, 11, 16, 20)
The current site also makes integration breadth part of the commercial story: ODBC, custom API, NetSuite, SAP, Dynamics, QuickBooks, Odoo, and others are named publicly. That fits the architecture implied by the docs, which repeatedly show Streamline as a planning layer sitting next to systems of record rather than replacing them. (1, 18)
Technical transparency
Technical transparency is one of Streamline’s strongest dimensions. The documentation site is unusually detailed about model selection, forecasting modes, confidence intervals, safety-stock formulas, approval statuses, server installation, scheduled update and export, and integration outputs. Many larger planning vendors provide less operational clarity in public. (6, 7, 8, 9, 10, 11, 13, 14, 15, 16, 17, 20, 21, 22, 23)
The flip side is that the transparency shows a relatively classical planning stack. Confidence intervals are derived from forecast error, safety stock is handled through deterministic formulas and debt concepts, and the model family is explicit enough to suggest a constrained expert-system approach rather than an opaque frontier ML engine. In this case, more transparency makes the product easier to classify narrowly. (7, 9, 12, 17, 23)
So Streamline scores well on transparency not because it proves state-of-the-art methods, but because it lets an outsider see that the methods are mostly straightforward.
Product and architecture integrity
The architecture looks coherent and well-bounded. Streamline is a planning application that lives next to ERP or database systems, imports and refreshes data, computes forecasts and replenishment logic, supports human review, and exports results outward. The desktop application and the Streamline Server mode fit this same pattern rather than contradicting it. (13, 14, 15, 19, 20)
System boundaries are especially clear here. Streamline does not present itself as the system of record. It operates on a project file, uses scheduled refreshes and exports, and documents order-file and database handoff procedures explicitly. That clarity is a meaningful architectural virtue. (20, 21)
The architecture is still clearly application-centric and batch oriented. The Calculate screen blocking behavior and the Windows-service server mode point to a practical but somewhat traditional enterprise application style. That keeps the integrity score positive without implying unusual elegance or elasticity. (19, 16)
Supply chain depth
Streamline is meaningfully supply-chain-relevant within its niche. It clearly addresses demand forecasting, safety stock, replenishment parameters, purchase plans, inter-store or distribution-center behaviors, and S&OP-like approval workflows. This is not a generic analytics tool. (6, 17, 22, 23, 24)
The strongest positive is the practical depth in inventory planning. Safety-stock debt, intermittent-demand handling, stockout adjustments, containers and groups, and distribution-center logic all point to a product that has been shaped by real replenishment problems rather than only by reporting needs. (7, 17, 21, 23)
The cap on the score is breadth and doctrine. Streamline is strong in forecasting and replenishment, but publicly much weaker outside that band. It does not expose a broader supply chain optimization philosophy or a deeper network-wide decision posture.
Decision and optimization substance
Streamline clearly does more than create passive reports. The product computes forecasts, determines model winners, applies service-level-driven safety stock, handles order policies and grouped constraints, and can export purchase plans back to operational systems. That is real decision support with operational consequences. (7, 8, 20, 23, 24)
What the public evidence does not show is a richer optimization layer beyond these deterministic and buffer-based mechanics. The public artifacts support advanced classical planning logic, especially around time-series forecasting and replenishment formulas. They do not support a stronger claim of probabilistic optimization or a particularly novel AI-driven engine. (7, 8, 9, 17)
So the correct score is positive but moderate. Streamline appears genuinely useful and algorithmically nontrivial within a classical planning paradigm. It does not, on public evidence, appear to redefine that paradigm.
Vendor seriousness
Streamline looks like a real and mature niche product, but with a thinner public corporate trail than many peers. The combination of a public customer page, a maintained documentation site, a customer academy, live app endpoints, and multiple integrations strongly suggests a serious product operation. (2, 3, 4, 5, 18)
The seriousness score is capped because most of the public evidence is still vendor-controlled and product-centric. There is less visible outside corroboration around company scale, financing, or independently detailed customer transformations than for some larger planning vendors. The product looks real and useful; the company behind it is just less publicly legible.
Supply chain score
The score below is provisional and uses a simple average across the five dimensions.
Supply chain depth: 4.0/10
Sub-scores:
- Economic framing: Streamline clearly links forecast quality, stockouts, overstocks, service levels, and cash flow consequences in practical business terms. That is a real positive. The product’s public doctrine remains grounded in service-level and buffer logic more than in a broader economics-first framework, which keeps the score moderate.
4/10 - Decision end-state: The software is built to produce replenishment plans and order suggestions that can be exported into operational systems. That gives it real decision weight. The end-state is still planner-controlled and application-mediated rather than more autonomous decision execution, so the score stays moderate.
4/10 - Conceptual sharpness on supply chain: Streamline has a clear view of what it wants to solve: demand forecasting and inventory planning with practical workflow controls. That clarity is a strength. The conceptual frame remains narrow and classical rather than unusually sharp across the larger supply chain domain.
4/10 - Freedom from obsolete doctrinal centerpieces: Streamline clearly improves on spreadsheet-based forecasting and replenishment by formalizing approvals, constraints, and exports in one tool. It still remains deeply rooted in traditional forecast-plus-buffer planning logic, which keeps the score from rising higher.
4/10 - Robustness against KPI theater: The product is about turning forecasts into replenishment logic, not just showing charts. That helps. Public materials still say relatively little about gaming, political overrides, or metric distortion beyond the built-in workflow controls, so the score remains moderate.
4/10
Dimension score:
Arithmetic average of the five sub-scores above = 4.0/10.
Streamline is clearly a real supply-chain planning product within forecasting and replenishment. The score is capped because the public doctrine is competent and useful, but narrow and methodologically conventional. (6, 17, 23)
Decision and optimization substance: 3.4/10
Sub-scores:
- Probabilistic modeling depth: The docs expose confidence intervals and forecast-error-based uncertainty handling, but not full demand distributions as a first-class output. That is a meaningful but limited form of uncertainty modeling. The score therefore stays modest.
3/10 - Distinctive optimization or ML substance: Streamline’s documented model family, expert-system selection, and intermittent-demand logic show real engineering effort. The evidence still points to advanced classical forecasting practice rather than a particularly distinctive modern ML or optimization stack. That supports a middle-low score.
3/10 - Real-world constraint handling: Containers and groups, service levels, safety stock debt, stockout adjustment, and hierarchy-aware overrides all indicate meaningful operational constraint handling. That is stronger than generic planning rhetoric and deserves credit. It still stops short of a broader optimization engine, which keeps the score moderate-positive.
4/10 - Decision production versus decision support: Streamline does not only advise; it can export actionable purchase plans and replenishment outputs to downstream systems. That is stronger than passive support. The product still clearly keeps humans in the loop through approvals, review, and overrides, which keeps the score moderate rather than strong.
4/10 - Resilience under real operational complexity: The deep documentation and server mode imply a product used in recurring real-world planning cycles. Without richer public benchmarking or more detailed third-party case evidence, exceptional resilience remains unproven. That keeps the score moderate.
3/10
Dimension score:
Arithmetic average of the five sub-scores above = 3.4/10.
Streamline has real decision substance concentrated in forecast-driven replenishment. The main limitation is not lack of an engine, but the classical and relatively bounded nature of the engine exposed in public. (7, 8, 20, 24)
Product and architecture integrity: 4.4/10
Sub-scores:
- Architectural coherence: The product tells one consistent story across desktop use, server use, forecasting, replenishment, and exports. That coherence is a real strength and deserves a positive score.
5/10 - System-boundary clarity: Streamline is explicit about operating next to ERP and databases rather than replacing them. The import-refresh-export loop is unusually clear in public, which is architecturally healthy.
5/10 - Security seriousness: Server mode documents TLS and user roles, and the product clearly supports enterprise identity setups. That is meaningful evidence of baseline seriousness. The public record still does not provide a fuller architecture-level security story, so the score remains moderate.
4/10 - Software parsimony versus workflow sludge: Streamline remains relatively focused compared with giant suites, which helps. It is still a fairly heavy workflow application with approvals, server setup, project files, and many settings, so the score stays moderate.
4/10 - Compatibility with programmatic and agent-assisted operations: ODBC, custom API, database scripts, and scheduled exports show some openness to automation. The product still looks far more application-centric than code-centric, which keeps the score below strong.
4/10
Dimension score:
Arithmetic average of the five sub-scores above = 4.4/10.
Streamline’s architecture is one of its clearest strengths: well-scoped, well-documented, and honest about its role next to operational systems. The main limitation is traditionalism, not incoherence. (13, 14, 20, 21)
Technical transparency: 4.6/10
Sub-scores:
- Public technical documentation: Streamline publishes a large, detailed, and unusually instructive documentation set. That alone makes it more inspectable than many peers. The score is high because the docs expose real product mechanics, not just value propositions.
5/10 - Inspectability without vendor mediation: An outsider can learn a great deal about Streamline’s models, workflows, server mode, and output patterns from public docs alone. The score is not maximal only because some deeper algorithmic internals remain abstracted even there.
5/10 - Portability and lock-in visibility: The import and export pattern, project-file model, and adjacent-system posture make the lock-in shape relatively visible. Migration cost is still not trivial, but it is easier to reason about than with many opaque suites.
4/10 - Implementation-method transparency: The documentation and academy together make implementation shape and user learning paths unusually visible. This is a real strength of the vendor’s public posture and deserves a high score.
5/10 - Security-design transparency: Public evidence about server roles, TLS, and operational setup is useful and more concrete than generic trust-language. The absence of a broader public security and audit dossier keeps the score from being maximal.
4/10
Dimension score:
Arithmetic average of the five sub-scores above = 4.6/10.
Streamline is unusually transparent about how the application works and is operated. That transparency is one of the main reasons the product can be classified so precisely from public evidence. (2, 7, 13, 20)
Vendor seriousness: 3.2/10
Sub-scores:
- Technical seriousness of public communication: Streamline’s product communication is grounded in real workflows and supported by a strong documentation base. That is a positive signal. The score is moderated because the company-level public profile remains thinner than the product-level profile.
4/10 - Resistance to buzzword opportunism: The current homepage leans heavily into “AI” language, while the documentation mostly reveals a classical planning stack. That mismatch weakens the seriousness assessment. The score stays above low because there is still a real product underneath the marketing.
2/10 - Conceptual sharpness: The vendor is quite clear about being a forecasting and inventory-planning tool. That clarity is useful. The conceptual frame is still conventional enough that it does not rise above a moderate score.
4/10 - Incentive and failure-mode awareness: Approvals, overrides, and inventory exception logic show some awareness that users need governance and not just automation. Public materials still say relatively little about organizational failure modes or poor planner behavior beyond those controls, so the score stays moderate.
3/10 - Defensibility in an agentic-software world: Streamline’s moat seems to be practical fit, deep documentation, and usability in a narrow planning niche rather than unusual scientific depth. That can still be commercially durable, but it is not a very hard moat on public evidence.
3/10
Dimension score:
Arithmetic average of the five sub-scores above = 3.2/10.
Streamline looks like a serious and useful niche product with unusually strong documentation. The seriousness score is capped mainly by the gap between the newer AI-style positioning and the much more classical mechanics visible in public. (1, 2, 7)
Overall score: 3.9/10
Using a simple average across the five dimension scores, Streamline lands at 3.9/10. That reflects a real and well-documented inventory-planning application with meaningful operational substance, but limited evidence of broader or more novel decision science.
Conclusion
Public evidence supports treating Streamline as a real inventory planning software vendor with strong forecasting and replenishment depth and unusually good public documentation. The product appears operationally mature and well suited to organizations that want a focused planning layer next to ERP, with explicit human review and clear export patterns.
Public evidence does not support treating Streamline as a deeply differentiated AI optimization platform. The most accurate reading is narrower and more useful: Streamline is an advanced classical planning application whose real strengths are transparency, workflow control, and practical replenishment logic.
Source dossier
[1] Streamline homepage
- URL:
https://www.streamlineplan.com/ - Source type: vendor homepage
- Publisher: Streamline
- Published: unknown
- Extracted: April 30, 2026
This is the main current positioning source for the product. It matters because it shows how Streamline now frames itself as an AI planning platform and what problem breadth it wants buyers to associate with the product.
[2] Streamline documentation home
- URL:
https://gmdhsoftware.com/documentation-sl/ - Source type: documentation portal
- Publisher: GMDH Software
- Published: September 11, 2023
- Extracted: April 30, 2026
This is one of the strongest sources in the entire review because it establishes the product as a richly documented real application. It is the main reason the technical classification can be made with relative confidence.
[3] Streamline Academy
- URL:
https://academy.streamlineplan.com/ - Source type: training portal
- Publisher: Streamline
- Published: unknown
- Extracted: April 30, 2026
This source matters because it shows a formal learning and certification surface around the product. It supports the seriousness and implementation-method assessments.
[4] Customers page
- URL:
https://www.streamlineplan.com/customers - Source type: vendor customer page
- Publisher: Streamline
- Published: unknown
- Extracted: April 30, 2026
This source is useful because it exposes the mix of named and less attributable customer evidence. It helps judge how much of the vendor’s market-presence story is directly verifiable from public material.
[5] App login surface
- URL:
https://app.streamlineplan.com/ - Source type: product access page
- Publisher: Streamline
- Published: unknown
- Extracted: April 30, 2026
This source is a simple but useful reality check that a live application surface exists. It reinforces that Streamline is a real product and not only a marketing site plus PDFs.
[6] Introduction doc
- URL:
https://gmdhsoftware.com/documentation-sl/start - Source type: product documentation
- Publisher: GMDH Software
- Published: September 11, 2023
- Extracted: April 30, 2026
This source is important because it gives the clearest high-level technical description of the application workflow. It explicitly states the import-forecast-replenish-export loop that defines the product’s role.
[7] Statistical Forecasting doc
- URL:
https://gmdhsoftware.com/documentation-sl/statistical-forecasting - Source type: product documentation
- Publisher: GMDH Software
- Published: October 27, 2021
- Extracted: April 30, 2026
This is one of the core technical sources in the review. It matters because it describes time-series decomposition, intermittent-demand logic, outlier handling, and the expert-system model-selection posture in unusually concrete terms.
[8] Generating and Viewing the Forecasts doc
- URL:
https://gmdhsoftware.com/documentation-sl/generating-and-viewing-the-forecasts - Source type: product documentation
- Publisher: GMDH Software
- Published: November 30, 2022
- Extracted: April 30, 2026
This source is useful because it shows how forecasts are actually generated and exposed to users. It helps connect the abstract forecasting method to the visible workflow.
[9] New Product Forecasting doc
- URL:
https://gmdhsoftware.com/documentation-sl/new-product-forecasting - Source type: product documentation
- Publisher: GMDH Software
- Published: April 24, 2023
- Extracted: April 30, 2026
This source matters because it shows how the product handles one of the harder edge cases for forecasting systems. It helps evaluate the practical maturity of the forecast workflow.
[10] Final Forecast Overrides doc
- URL:
https://gmdhsoftware.com/documentation-sl/forecasts-adjustments - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source is useful because it documents how users can manually steer and formula-adjust the statistical forecast. It supports the assessment of Streamline as a planner-governed application rather than an autonomous engine.
[11] Adjusting and Approving the Forecasts doc
- URL:
https://gmdhsoftware.com/documentation-sl/adjusting-and-approving-forecasts - Source type: product documentation
- Publisher: GMDH Software
- Published: December 29, 2022
- Extracted: April 30, 2026
This source matters because it documents the approval horizon and forecast freeze workflow. It is one of the clearest public signs that Streamline is built for a formal S&OP-like review cycle.
[12] Forecast Approval System doc
- URL:
https://gmdhsoftware.com/documentation-sl/forecast-approval-system - Source type: product documentation
- Publisher: GMDH Software
- Published: October 27, 2021
- Extracted: April 30, 2026
This source is useful because it formalizes the approval-state machinery in the application. It helps classify the product as governance-heavy and human-in-the-loop.
[13] Streamline Server introduction
- URL:
https://gmdhsoftware.com/documentation-sl/start-server - Source type: server documentation
- Publisher: GMDH Software
- Published: January 18, 2023
- Extracted: April 30, 2026
This is a core architecture source because it explains the multi-user server mode. It supports the review’s description of Streamline as a desktop-plus-server application rather than a pure multi-tenant SaaS.
[14] Server setup doc
- URL:
https://gmdhsoftware.com/documentation-sl/server-setup - Source type: server documentation
- Publisher: GMDH Software
- Published: August 10, 2022
- Extracted: April 30, 2026
This source matters because it documents deployment and configuration of the server environment. It gives real operational detail about how the product is installed and administered.
[15] Server downloading and installation doc
- URL:
https://gmdhsoftware.com/documentation-sl/installation-server - Source type: server documentation
- Publisher: GMDH Software
- Published: August 10, 2022
- Extracted: April 30, 2026
This source is useful because it reinforces the installation model and confirms the Windows-service style deployment. It is part of the evidence that Streamline uses a fairly traditional enterprise application architecture.
[16] Calculate Screen doc
- URL:
https://gmdhsoftware.com/documentation-sl/calculate-screen - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source matters because it shows the batch-style recomputation workflow and its operational implications. It is a meaningful clue about how planning state is recalculated.
[17] Definitions and Concepts doc
- URL:
https://gmdhsoftware.com/documentation-sl/definitions-and-concepts - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source is useful because it defines the product’s core planning concepts such as lead time, service level, and safety stock. It helps ground the review in the product’s own conceptual vocabulary.
[18] Databases doc
- URL:
https://gmdhsoftware.com/documentation-sl/database-connection - Source type: integration documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source matters because it makes the import and integration posture more concrete. It supports the characterization of Streamline as an ERP-adjacent planning layer rather than a closed standalone silo.
[19] Automatic update and data export doc
- URL:
https://gmdhsoftware.com/documentation-sl/automatic-update-export-server - Source type: server documentation
- Publisher: GMDH Software
- Published: August 10, 2022
- Extracted: April 30, 2026
This source is important because it documents scheduled refresh and export behavior in server mode. It is one of the clearest public pieces of evidence on automation and operationalization.
[20] Consume order files into ERP article
- URL:
https://gmdhsoftware.com/documentation-sl/exporting-purchase-plan - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source matters because it shows how Streamline turns planning outputs into ERP-consumable actions. It strongly supports the system-boundary and decision-production analysis.
[21] Filter Dialog doc
- URL:
https://gmdhsoftware.com/documentation-sl/filter-dialog - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source is useful because it shows one of the operational control surfaces around inventory planning. It contributes to the broader picture of a detailed planner-facing application.
[22] Confidence intervals doc
- URL:
https://gmdhsoftware.com/documentation-sl/confidence-intervals - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source is central to the uncertainty-handling assessment. It shows that Streamline uses confidence bounds derived from forecast error rather than a more explicit probabilistic modeling architecture.
[23] Safety Stock Calculation doc
- URL:
https://gmdhsoftware.com/documentation-sl/safety-stock-calculation - Source type: product documentation
- Publisher: GMDH Software
- Published: June 9, 2022
- Extracted: April 30, 2026
This is one of the strongest public technical sources in the review. It documents actual safety-stock formulas and the two-echelon safety-stock debt concept, which is highly relevant to the product’s real computational depth.
[24] Containers and Groups doc
- URL:
https://gmdhsoftware.com/documentation-sl/containers-and-groups - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source matters because it shows a concrete replenishment-constraint algorithm around container and group ordering. It supports the claim that the product goes beyond simple unconstrained reorder logic.
[25] Explain Inventory Calculation Dialog doc
- URL:
https://gmdhsoftware.com/documentation-sl/explain-inventory-dialog - Source type: product documentation
- Publisher: GMDH Software
- Published: December 7, 2022
- Extracted: April 30, 2026
This source is useful because it exposes how the software explains inventory outcomes to users. It helps demonstrate the application’s interpretability at the workflow level.
[26] Program Settings doc
- URL:
https://gmdhsoftware.com/documentation-sl/program-settings - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source matters because it reveals configuration options like price elasticity display, confidence intervals, and safety-stock refinement behavior. It provides additional evidence about the bounded but configurable nature of the engine.
[27] Item View / Demand Forecasting Tab doc
- URL:
https://gmdhsoftware.com/documentation-sl/item-view - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source is useful because it describes the demand forecasting tab and user interactions in one of the product’s key screens. It supports the review’s application-centric reading of the platform.
[28] Plot doc
- URL:
https://gmdhsoftware.com/documentation-sl/iv-plot - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source matters because it shows how demand history, model fit, safety-stock bands, and projected inventory levels are visualized together. It supports the transparency and workflow analysis.
[29] Expected stockouts and overstocks doc
- URL:
https://gmdhsoftware.com/documentation-sl/analysing-expected-stockouts-and-overstocks - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source is useful because it reveals how the software reasons about expected stockouts and overstock conditions. It helps ground the supply-chain-depth assessment in actual decision outputs.
[30] Inventory parameters doc
- URL:
https://gmdhsoftware.com/documentation-sl/configuring-the-inventory-parameters - Source type: product documentation
- Publisher: GMDH Software
- Published: unknown
- Extracted: April 30, 2026
This source matters because it documents the controls that affect replenishment planning directly. It is one of the clearest public artifacts showing how users shape order logic in the application.