Apollo Computer

Apollo Computer was an American technology company founded in 1980 in Chelmsford, Massachusetts, by William Poduska and a group of engineering, operations, manufacturing, sales, and finance executives. It developed specialized computer workstations for engineering, scientific research, electronic design, computer-aided design, and other technically demanding applications. The company entered the market before the workstation category had become standardized and helped establish the idea that powerful graphical computers could be used as networked professional tools rather than merely as isolated desktop machines. Apollo's best-known products were its Apollo/Domain workstations. The first model, the DN100, was introduced in 1981 and used a Motorola 68000 processor. Apollo designed much of the associated hardware and software itself, including the Aegis operating system, its successor Domain/OS, and a proprietary networking architecture. The systems were notable for treating a group of connected workstations as a coordinated computing environment. Files, storage, and some memory-management operations could be accessed across the network, reducing the administrative burden of managing individual machines. Apollo's network design also supported demand paging over the network, an unusual capability for the period. The company initially pursued a highly integrated and proprietary approach. Its Domain network used token-ring technology and a self-discovering namespace, while the operating system incorporated concepts associated with Multics, shell programming, single-level storage, and object-oriented design. Apollo later added support for Ethernet and TCP/IP as those standards became increasingly important. Its software portfolio also included DSEE, or Domain Software Engineering Environment, a revision-control and software-development system whose concepts later influenced IBM Rational ClearCase. From 1980 through 1987, Apollo was reported to be the largest manufacturer of network workstations. It reached more than $100 million in quarterly sales late in 1986 and held the largest worldwide share of the engineering-workstation market at the end of that year. Major customers included electronic-design company Mentor Graphics, automobile manufacturers General Motors, Ford, and Chrysler, financial firm Chicago Research and Trading, and aerospace company Boeing. The company competed with Sun Microsystems, Silicon Graphics, Digital Equipment Corporation, Hewlett-Packard, and IBM as the workstation industry developed. Apollo's growth was constrained by several changes in the computing market. IBM PC-compatible systems expanded into technical and business applications, while Unix, Ethernet, TCP/IP, and the X Window System encouraged customers to prefer more interoperable platforms. Apollo also faced product-transition challenges as it moved from proprietary hardware and networking toward IBM AT-bus compatibility and RISC-based systems, including the PRISM initiative. The company recorded substantial losses in 1987 related to currency speculation and experienced further losses in 1988 as demand weakened. Hewlett-Packard acquired Apollo Computer in 1989 for US$476 million. HP integrated significant Apollo technology into its HP 9000 workstation and server activities, and the Apollo engineering organization contributed to PA-RISC workstation development. Apollo products continued to receive support for several years, although HP's support organization was reorganized in 1992 and the standalone product line was gradually closed between 1990 and 1997. HP later reused the Apollo name for an HPC-related portfolio in 2014, but that later branding did not restore Apollo Computer as an independent company.

Apollo Computer was established in 1980 in Chelmsford, Massachusetts, by William J. Poduska, previously associated with Prime Computer, together with a founding group that included engineering leaders Dave Nelson and Mike Greata, chief operating officer Charlie Spector, manufacturing executive Bob Antonuccio, sales and marketing executive Gerry Stanley, and finance executive Dave Lubrano. Its engineering team included Mike Sporer, Bernie Stumpf, Russ Barbour, Paul Leach, and Andy Marcuvitz. Apollo entered the market roughly two years before Sun Microsystems and concentrated on professional graphical workstations rather than consumer personal computers. In 1981 Apollo released the DN100, described as the first standalone workstation from the company. It used the Motorola 68000 microprocessor and formed part of a broader hardware-and-software system designed for engineering and scientific users. Apollo's operating system was Aegis, later followed by Domain/OS. Aegis drew on ideas associated with the Multics operating system and incorporated shell programming, single-level storage, and object-oriented concepts. It was implemented in a proprietary version of Pascal and was accompanied by a Unix-compatible alternative shell. The defining feature of Apollo's products was their network architecture. Domain connected workstations into a distributed environment in which files, storage, and other resources could be accessed across a group of machines. The design supported network demand paging and a relatively transparent namespace that could discover new workstations as they joined the network. Apollo's proprietary token-ring technology was optimized for small office networks and used carefully matched page, packet, and disk-sector sizes. Although technically ambitious, the architecture initially had limited interoperability with external network hardware and software. Apollo eventually added Ethernet and TCP/IP support while retaining aspects of its own networking environment. Apollo's workstations became important in electronic design, automotive development, aerospace, manufacturing, scientific research, finance, and computer-aided design. Customers cited in contemporary accounts included Mentor Graphics, General Motors, Ford, Chrysler, Chicago Research and Trading, and Boeing. From 1980 to 1987 Apollo was reported to be the leading manufacturer of network workstations. In late 1986 it exceeded $100 million in quarterly sales and held the largest worldwide share of the engineering-workstation market. By the end of 1987, however, it ranked behind Digital Equipment Corporation and Sun Microsystems in overall workstation market share, while remaining ahead of HP and IBM in the cited comparison. The late 1980s brought structural pressure. IBM PCs and compatible systems began to take business from specialized workstations, while customers increasingly favored Unix, Ethernet, TCP/IP, and the X Window System. Apollo's move toward IBM's AT-bus architecture and RISC technology represented an effort to respond to these trends. The company developed the PRISM processor and related high-end systems, but the transition from its proprietary platform created technical and commercial complications. Domain/OS Release 10 incorporated substantial Unix functionality, yet backward compatibility made the system larger and slower than earlier versions. The release arrived as competitors were gaining ground through more open graphics and windowing environments. Leadership and financial difficulties compounded the market pressure. Thomas Vanderslice became president and chief executive in 1984, and Poduska left in 1985 to establish Stellar. Apollo suffered large losses in 1987 related to currency speculation involving one individual and further losses in 1988 as demand for its products declined. Hewlett-Packard acquired Apollo in 1989 for US$476 million. HP integrated Apollo technology into HP 9000 workstations and servers, and the Apollo engineering center contributed to PA-RISC workstation development. Apollo products continued under HP ownership for several years, but support was fragmented initially and reorganized in 1992. The independent product line was progressively closed from 1990 through 1997. HP later revived the Apollo name in 2014 for a high-performance computing portfolio, but that later use was a Hewlett-Packard brand rather than a continuation of Apollo Computer as an independent corporation.

• 2014

  HP reuses the Apollo name for HPC

  [1]Apollo Computeren.wikipedia.org

  HP revives Apollo as a name within its high-performance computing portfolio, separate from the former Apollo Computer corporation.

• 1997

  Apollo product line is fully phased out

  [1]Apollo Computeren.wikipedia.org

  The gradual closure and integration of Apollo's former operations reaches its endpoint during the 1990–1997 period.

• 1992

  HP reorganizes Apollo support

  [1]Apollo Computeren.wikipedia.org

  HP reorganizes support for Apollo systems while the installed base still includes approximately 100,000 users and the InterWorks user group has thousands of members.

• 1989

  Hewlett-Packard acquires Apollo Computer

  [1]Apollo Computeren.wikipedia.org

  HP purchases Apollo for US$476 million and begins integrating its technology and engineering operations.

• 1988

  Demand decline deepens financial pressure

  [1]Apollo Computeren.wikipedia.org

  Apollo incurs further losses as demand for its products declines and competition from more open workstation platforms intensifies.

• 1987

  Financial losses and market-rank change

  [1]Apollo Computeren.wikipedia.org

  Apollo records large losses associated with currency speculation and ranks behind Digital Equipment Corporation and Sun Microsystems in a year-end workstation comparison.

• 1986

  Apollo reaches a leading market position

  [1]Apollo Computeren.wikipedia.org

  Apollo exceeds $100 million in quarterly sales late in the year and is reported to lead the worldwide engineering-workstation market.

• 1985

  Founder William Poduska departs

  [1]Apollo Computeren.wikipedia.org

  William Poduska leaves Apollo and later founds Stellar, marking a significant leadership transition.

• 1984

  Thomas Vanderslice becomes president and CEO

  [1]Apollo Computeren.wikipedia.org

  Thomas Vanderslice takes over as Apollo's president and chief executive during the company's expansion in the workstation market.

• 1981

  DN100 workstation is introduced

  [1]Apollo Computeren.wikipedia.org

  Apollo unveils the DN100, a Motorola 68000-based workstation designed for graphical technical computing.

• 1980

  Apollo Computer is founded

  [1]Apollo Computeren.wikipedia.org

  William Poduska and a group of engineering and business executives establish Apollo Computer in Chelmsford, Massachusetts, to develop professional workstations.

A high-performance, highly integrated provider of networked graphical workstations for engineering, scientific, electronic-design, manufacturing, aerospace, and other professional technical users.

• Engineering and scientific workstations · 1981

  Apollo/Domain workstations

  Apollo's principal workstation family combined graphical displays, Motorola 68000-family processors, proprietary operating-system software, and network facilities for professional technical users. The systems were used in engineering design, electronic design, scientific computing, manufacturing, aerospace, and computer-aided design. Their distinguishing characteristic was integration into the Domain distributed environment, where users could access files and other resources across connected workstations rather than treating each machine as an isolated desktop computer.

• Graphical workstation · 1981

  DN100

  The DN100 was Apollo's early standalone workstation, introduced in 1981 and based on the Motorola 68000 microprocessor. It represented the company's effort to provide a powerful desktop system for engineering and scientific work before professional workstation computing had become a mature standardized category.

• Operating system

  Aegis

  Aegis was Apollo's proprietary operating system for its early workstations. It drew on concepts associated with Multics and supported shell programming, single-level storage, and a network-oriented file and memory model. Aegis was implemented in a proprietary Pascal dialect and was later superseded by Domain/OS.

• Workstation operating system

  Domain/OS

  Domain/OS evolved from Aegis and supported Apollo's distributed workstation environment. Later releases incorporated substantial Unix functionality, but compatibility with earlier Apollo software made the system comparatively large and slower than earlier versions. Its development illustrates Apollo's attempt to combine its proprietary network and software heritage with the industry's movement toward Unix and open systems.

• Distributed networking system

  Domain network

  Apollo's Domain network connected workstations into a distributed computing environment. Its proprietary token-ring implementation supported network-based file access and demand paging, while its namespace could discover new nodes. Apollo later added Ethernet and TCP/IP support as customers and the broader industry moved toward interoperable networking standards.

• Software-development and revision-control system

  DSEE

  DSEE, short for Domain Software Engineering Environment, was Apollo's software-development and revision-control environment. It supported the management of source code and engineering projects on Apollo's networked systems. Its ideas later influenced IBM's ClearCase family of software configuration-management tools.

• RISC processor and workstation initiative

  Apollo PRISM

  PRISM was Apollo's move toward RISC-based high-end processors and systems. It accompanied efforts to replace earlier proprietary bus arrangements with IBM AT-bus compatibility and to respond to the growing importance of higher-performance, more standardized workstation architectures. The initiative was overtaken by Apollo's acquisition by HP and the subsequent integration of its technology.

• 1992Apollo workstation trade-in and support response

  United States · International workstation markets

  After Sun Microsystems offered discounts to customers trading in Apollo machines, HP responded with a broader trade-in program offering discounts on HP workstations for customers replacing Apollo, Sun, and other vendors' hardware.

  Outcome. The program was part of HP's effort to retain Apollo users and accelerate migration from legacy systems to HP workstations during the post-acquisition transition.

  Source

• 1989

  Sell Apollo Computer to Hewlett-PackardM&A

  Background

  Apollo faced declining demand, financial losses, and stronger competition from larger workstation vendors and open-system platforms.

  Action taken

  Hewlett-Packard acquired Apollo Computer for US$476 million.

  Aftermath

  HP integrated Apollo technology into HP 9000 and PA-RISC activities, reorganized product support, and gradually closed the former Apollo operations between 1990 and 1997.

  Acquisition price. US$476 million (1989 acquisition)

  Source

• 1987

  Move toward more open and RISC-oriented systemsStrategy

  Background

  Apollo faced pressure from IBM PC compatibles, Unix workstations, standardized networking, and competitors with increasingly open graphics environments.

  Action taken

  The company moved toward IBM AT-bus compatibility, added Ethernet and TCP/IP support, and pursued the PRISM RISC processor and related high-end systems.

  Aftermath

  The transition was difficult, and Domain/OS compatibility requirements made later software releases larger and slower. HP subsequently absorbed the technology after acquiring Apollo.

  Source

• 1981

  Launch the DN100 workstationProduct launch

  Background

  Apollo entered a young professional-workstation market in which engineering and scientific organizations needed graphical computing power at the desktop.

  Action taken

  The company introduced the DN100 with a Motorola 68000 processor and positioned it as a standalone technical workstation.

  Aftermath

  The product helped establish Apollo as an early supplier of graphical workstations and provided the basis for the later Apollo/Domain family.

  Source

• 1980

  Focus on proprietary networked technical computingStrategy

  Background

  Apollo sought differentiation from consumer personal-computer companies by serving engineering, scientific, design, and other professional users.

  Action taken

  It developed integrated hardware, the Aegis and Domain/OS operating systems, and a proprietary Domain network that treated connected workstations as a distributed environment.

  Aftermath

  The approach produced strong early differentiation and market traction, but later created interoperability and migration challenges as Unix, Ethernet, TCP/IP, and X Window became more widely adopted.

  Source

1. 1Apollo Computeren.wikipedia.org