Pure Software
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| Pure Software | |
|---|---|
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| Name | Pure Software |
| Industry | Software development |
| Founded | 1991 |
| Founders | Larry Augustin; Andy Rubin; John H. Thompson |
| Fate | Merged with Rational Software (1997) |
| Headquarters | Sunnyvale, California |
| Products | PureLink; PureAnalytics; PureTest |
| Key people | Larry Augustin; Andy Rubin; Jim Street |
Pure Software
Pure Software was an independent software company founded in 1991 that produced developer tools for debugging, performance analysis, and quality assurance during the rise of commercial UNIX and early Windows development. The company became known for products that assisted teams working with C, C++, and Java on platforms such as Sun Microsystems' SPARC, IBM's AIX, and Microsoft Windows, and later merged into larger tooling vendors during the consolidation of the software tools market. Its trajectory intersected with notable firms and figures in Silicon Valley and enterprise computing.
Definition and Scope
Pure Software developed integrated diagnostic tools targeting application developers and system integrators building on platforms like Sun Microsystems, IBM, Microsoft, SGI, Intel-based systems, and embedded environments supported by Wind River Systems. The product suite addressed debugging, profiling, memory analysis, and test automation used by teams at Netscape Communications Corporation, Oracle Corporation, Cisco Systems, and scientific organizations such as Lawrence Livermore National Laboratory. It operated alongside contemporaries including Rational Software, Symantec, Software Arts, Borland, and Microsoft Visual C++ toolchains, positioning its offerings for enterprise customers and engineering organizations.
History and Development
Founded in the early 1990s amid rapid growth in Silicon Valley, the company attracted investment from venture capital firms tied to firms like Sequoia Capital and Kleiner Perkins. Early leadership included technical figures with prior experience at companies such as Sun Microsystems and Digital Equipment Corporation. Product development occurred during shifts driven by the World Wide Web expansion, the rise of Java (programming language), and the adoption of client–server architectures promoted by Oracle Corporation and IBM. Market pressures and consolidation led to strategic negotiations with larger tooling vendors; in the late 1990s the company merged with Rational Software, which later became part of IBM through acquisition. Key milestones included the release of a flagship debugger, a profiling suite used by teams at Netscape Communications Corporation during browser development, and integration capabilities with build systems from Make (software) and continuous integration servers such as early versions influenced by practices later formalized by CruiseControl.
Architecture and Design Principles
The product architecture emphasized modularity, low-overhead instrumentation, and support for multiple executable formats such as ELF and PE (file format), and supported debugging information formats including DWARF and COFF. Design principles focused on interoperability with compilers from GCC, Intel C++ Compiler, and Microsoft Visual C++. Tools were built to integrate with source control systems used at the time such as RCS, CVS, and later Subversion, and to interoperate with integrated development environments inspired by Emacs and Visual Studio. Emphasis on performance measurement drew on techniques from the high-performance computing community, including sampling profilers used in environments like Cray Research installations and instrumentation approaches used in NASA research centers.
Applications and Use Cases
Typical applications included diagnosing memory leaks in long-running Sun Solaris services, profiling hotspots in server-side code for Netscape Communications Corporation and Cisco Systems network appliances, and improving throughput for database engines from Oracle Corporation and Sybase. Embedded systems teams at firms like Motorola and Siemens used the tools to debug cross-compiled binaries targeted at ARM and MIPS processors. Academic research groups at institutions such as Stanford University and Massachusetts Institute of Technology used the suite for performance studies and software engineering courses. The tools supported enterprise software developers building middleware for BEA Systems and transaction processing systems integrated with IBM mainframes.
Implementation and Tooling
Implementation relied on native code written in C and C++ with optional scripting extensions influenced by languages such as Tcl and interfaces resembling X Window System toolkits for graphical front-ends. Back-end components included binary instrumentation libraries compatible with runtime environments used by Sun Microsystems and Microsoft Windows NT. The suite offered command-line utilities for automated testing environments and GUI consoles for interactive debugging, integrating with build tools like GNU Make and version control hooks used in enterprise workflows pioneered at Hewlett-Packard and Sun Microsystems. Performance data export supported formats amenable to analysis in statistical packages used by researchers at Los Alamos National Laboratory and visualization tools common in engineering teams.
Advantages and Limitations
Advantages included deep platform support across Unix variants and early Windows releases, tight integration with native compilers, and tools tailored to enterprise-scale debugging and profiling challenges faced by companies such as Oracle Corporation and Netscape Communications Corporation. Limitations involved the complexity of supporting diverse toolchains, the overhead of instrumentation in production environments, and competitive pressure from integrated IDE offerings by Microsoft and consolidated platforms provided by IBM post-acquisition. The business model had to contend with shifting procurement practices at large customers like AT&T and technology shifts toward managed runtimes exemplified by Java (programming language).
Industry Adoption and Case Studies
Adoption included engineering teams at Netscape Communications Corporation optimizing browser performance, operations groups at Cisco Systems diagnosing firmware issues, and database developers at Oracle Corporation improving query engine code paths. Case studies highlighted collaborations with academic labs at Stanford University on performance benchmarking and with national labs such as Lawrence Livermore National Laboratory on large-scale simulation code diagnostics. The merger with Rational Software integrated the company’s technologies into broader application lifecycle management offerings used by enterprise customers including IBM’s clientele, influencing later toolchains in companies like HP and open-source initiatives that traced lineage to early profiling and debugging research.
Category:Software companies established in 1991