
Planview Portfolios is a Strategic Portfolio Management product that helps organizations translate strategy into results, managing investment trade-offs against capacity and financials, governing delivery against outcomes, and operating from a connected view of strategy, work, resources, and outcomes.
Forward Planning
• Scenario comparison against priorities, constraints, and dependencies, combining manually built scenarios with AI-generated options
• Investment prioritization, capacity planning, and demand management
• Program and product funding, roadmapping, and financial planning
• Forecast versus actuals tracking
Outcome-Led Governance
• Connected objectives and key results across portfolio, program, and team levels
• Strategic missions translated into specific investments
• Program management, project planning, and resource management
• Process automation, time reporting, and portfolio reporting and dashboards, with out-of-the-box reports and Power BI integration
• A governance and visibility layer across delivery modes, giving a unified strategic view of work happening in other Planview products used for Lean-Agile and collaborative execution
Contextual Intelligence
• A Connected Work Graph mapping relationships between strategy, dependencies, work, resources, and outcomes
• Planview Anvi, the AI built into Portfolios, which generates planning scenarios, surfaces status, risk, and sentiment signals for governance, and identifies patterns across the Connected Work Graph
• Anvi available through in-app intelligence, Anvi Chat, and Anvi Home
• Connections to systems of record across an organization's existing technology stack through Planview Hub
Security and Deployment
• SOC 2, ISO 27001, and ISO 27701 certification
• Data encryption in storage, transit, and backups
• Cloud-hosted or on-premise deployment options
• Customer data is not used to train AI models and is not shared with other customers or third parties
• Planview Anvi operates within the customer's own Planview environment rather than as an external service
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TrustInSoft Analyzer is a C/C++/Rust source code analyzer powered by formal methods, mathematical & logical reasonings that allow for exhaustive analysis of source code. This analysis can be run without false positives or false negatives, so that every real bug in the code is found. Developers receive several benefits: a user-friendly graphical interface that directs developers to the root cause of bugs, and instant utility to expand the coverage of their existing tests. Unlike traditional source code analysis tools, TrustInSoft’s solution is not only the most comprehensive approach on the market but is also progressive, instantly deployable by developers, even if they lack experience with formal methods, from exhaustive analysis up to a functional proof that the software developed meets specifications.
Companies who use TrustInSoft Analyzer reduce their verification costs by 4, efforts in bug detection by 40, and obtain an irrefutable proof that their software is safe and secure.
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GNU DDD
GNU DDD is a graphical front-end for command-line debuggers such as GDB, DBX, WDB, Ladebug, JDB, XDB, the Perl debugger, the bash debugger bashdb, the GNU Make debugger remake or the Python debugger pydb. Besides usual front-end features such as viewing source texts. DDD has become famous through its interactive graphical data display, where data structures are displayed as graphs. You can support the principle of software freedom by buying stuff from the FSF shop. To run DDD, you need the GNU debugger (GDB), version 4.16 or later (or depending on the program to be debugged, possibly other command-line debuggers such as Ladebug, JDB, XDB, the Perl debugger, the bash debugger bashdb, the GNU Make debugger remake, or the Python debugger pydb).
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