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In January 2009, Barack Obama had just become president of the United States, and his favourite phone had become a security problem. Advisers worried about the risks of his BlackBerry, including protecting sensitive communications and maintaining appropriate records. Obama did not want to surrender a device that had become central to how he communicated. An accommodation eventually allowed him to keep a specially secured BlackBerry, but only for a tightly restricted group of contacts.
The episode captured the extraordinary place BlackBerry occupied in professional life. Its little keyboard, blinking red notification light and almost instantaneous email had become symbols of authority and availability. Research In Motion, the Canadian company behind the devices, would at one point be valued at more than $80 billion, and its phones would command an enormous share of the American smartphone market. Yet in September 2016, it announced that it would stop developing handset hardware internally.
It is tempting to explain this reversal by pointing to Apple’s touchscreen and BlackBerry’s attachment to physical keys. That explanation leaves out much of the story: why BlackBerry’s original system was so difficult to copy, why its sales kept growing after the first iPhone appeared, why successive attempts to respond failed, and how the company survived after its signature product all but disappeared. BlackBerry did not lose because secure mobile email suddenly became useless. It lost because the idea of what a smartphone should do expanded faster than the organisation built around the old answer could adapt.
Research In Motion: From Wireless Experiments to BlackBerry
The story began in Waterloo, Ontario, in 1984, when Mike Lazaridis and Douglas Fregin founded Research In Motion, usually shortened to RIM. Lazaridis was studying electrical engineering, while Fregin brought complementary technical skills to an enterprise that had little of the glamour later associated with smartphone businesses. The young company took on electronics and communications projects while trying to turn engineering knowledge into products customers would buy. Accounts of a tiny office above a bagel shop have become part of its folklore, although the exact details of that origin story are not firmly established.
Their ambitions were shaped by a problem that sounds almost quaint in an era of fast mobile broadband. Sending useful information through radio networks was expensive, power-hungry and constrained by limited bandwidth. A portable device also needed to survive long periods away from an electrical socket. Lazaridis became particularly interested in transmitting small packets of information efficiently, making a wireless connection useful without requiring a large screen, a powerful processor or a constantly active transmitter.
RIM experimented with wireless modems, data terminals and specialised communications equipment before most consumers had any reason to think about mobile email. These projects taught its engineers how different networks behaved, how transmission could fail and how much energy it cost to keep a device connected. The eventual BlackBerry would draw on that experience. Its breakthrough came not from suddenly inventing wireless communication, but from bringing together economical data delivery, portable hardware and an application that businesses urgently wanted.
A crucial commercial change arrived in 1992, when Jim Balsillie joined RIM. He contributed investment, financial expertise and an appetite for selling to large organisations. Lazaridis concentrated on engineering; Fregin remained important to the technical foundations; Balsillie brought the discipline and ambition needed to turn promising devices into a larger business. The partnership eventually produced an unusual dual-chief-executive arrangement, effective during RIM’s ascent but increasingly difficult to manage as competitive pressures multiplied.
In September 1996, RIM introduced the Inter@ctive Pager 900, a two-way wireless messaging device. Ordinary pagers commonly told recipients that somebody wanted to reach them, leaving the actual response to another telephone or communications system. Two-way messaging changed the interaction: information could travel back as well as arrive. RIM was making wireless text communication an exchange rather than a notification, a distinction that would become central to its later products.
On 19 January 1999, RIM introduced the BlackBerry 850. It was a wireless email pager, not a conventional mobile telephone, and its small screen and miniature keyboard were designed for a task that might otherwise require sitting at a computer. A travelling executive could receive a fresh email, read it and reply without returning to the office. The name would become famous, but the initial achievement was practical: email no longer had to wait for the person who was supposed to read it.
That depended on what became known as push email. Instead of asking users to open an application and check repeatedly for messages, the system delivered new mail when it arrived. RIM combined this experience with infrastructure that compressed and routed data efficiently over networks with limited capacity. The impression of immediacy was produced by many less visible engineering decisions, including conserving battery power and managing unreliable connections. BlackBerry’s celebrated simplicity on the surface rested on considerable complexity behind it.
The product family gradually converged with the telephone. In 2002, RIM introduced BlackBerry models with integrated cellular calling capabilities, helping turn a specialised messaging pager into a recognisable smartphone. Its design still looked unlike the large-screen devices that would later dominate the industry, but that was not a deficiency in its original context. RIM knew its first audience and was building precisely the communications instrument that audience had lacked.
How BlackBerry Became Essential to Business
A BlackBerry promised professionals freedom from the desk without sacrificing the communications that connected them to work. Its physical keyboard allowed practiced users to compose surprisingly substantial messages with their thumbs, even in a corridor or the back of a taxi. The relatively modest screen, efficient software and careful handling of wireless data conserved battery life. These were not glamorous advantages, but they solved persistent frustrations when mobile connections were slow and access to corporate systems could be cumbersome.
The real competitive strength was not entirely in the handset. BlackBerry Enterprise Server connected devices to corporate email and messaging systems, allowing organisations to manage credentials, policies and, where supported, lost devices. Administrators could exercise controls that mattered to banks, law firms, government agencies and businesses handling confidential material. A company could standardise BlackBerry across a department rather than leave every employee to choose an unrelated consumer gadget with different security arrangements.
Security became part of the brand’s identity, although the details require care. In appropriate enterprise configurations, BlackBerry supported strong encryption for data travelling between a device and the organisation’s systems. RIM also operated network infrastructure through which important traffic was routed, contributing to efficient delivery and centralised management. This did not mean that every consumer message, enterprise email and later BBM conversation had identical encryption or universal end-to-end protection. The technology’s value lay in the particular protections and controls it could deliver to the organisations deploying it.
Corporate procurement produced an advantage a competitor could not erase simply by building an attractive keyboard. If an IT department selected BlackBerry for thousands of staff, the decision created a substantial installed base and ongoing relationships with administrators, mobile carriers and RIM’s services. Employees learned the system, companies developed support procedures, and RIM benefited from recurring service revenue. The visible phone was part of a larger infrastructure whose switching costs were organisational as well as personal.
That infrastructure also created dependence. A service chosen because messages arrived reliably could generate an unusually serious backlash when delivery was delayed. A device expected to support confidential corporate work invited legal and regulatory scrutiny. BlackBerry’s strength was therefore also a concentration of risk: millions of users and their employers placed trust in the continued availability and defensibility of a particular communications system.
One of the biggest threats came from NTP, a patent-holding company that alleged RIM’s wireless email technology infringed its patents. The dispute dragged on for years and raised the possibility of disruption to services customers regarded as essential. On 3 March 2006, RIM announced a settlement of $612.5 million, including a licence intended to resolve the claims and allow the business to continue operating. It was an immense amount of money, but it removed uncertainty from the very platform that customers expected to work without interruption.
The stakes extended beyond RIM’s balance sheet. An interruption to BlackBerry email could have affected employers that had organised their communications around it, along with mobile carriers and partners supplying the service to customers. The dispute showed how even a rapidly growing technology leader depended on legal rights and commercial agreements as well as impressive engineering. Settling the case protected continuity, but the expenditure also underlined the vulnerability of a business built around a tightly interdependent system.
RIM also faced controversy over stock-option backdating. Investigations concerned whether option-grant dates had been selected retrospectively in ways that could improperly affect their value or accounting treatment. The SEC’s 2009 action described governance and disclosure failures involving senior personnel. The episode should not be confused with the later loss of smartphone customers: it was a serious corporate-governance matter, not evidence that the technology itself had stopped meeting users’ needs.
For years, the underlying proposition remained compelling. Organisations valued security and management; carriers appreciated efficient data use; individuals valued immediate access to their correspondence. Yet the arrangement had consequences for the people carrying the phones. The same system that made urgent work easier to handle while travelling also made it possible for employers and colleagues to expect a response at almost any hour. That tension would become one of BlackBerry’s most distinctive cultural legacies.
CrackBerry: The Device People Could Not Put Down
BlackBerry became a habit as much as a tool. Someone might be halfway through dinner when the red notification light started flashing, or glance down at an email beneath a conference table while everybody else was talking. The nickname CrackBerry reflected how hard many owners found it to stop checking the device; the term gained enough recognition to appear in prominent word-of-the-year discussions in 2006. What had begun as a solution to waiting for messages was becoming a reason to anticipate them constantly.
There was even a name for the characteristic posture: the BlackBerry prayer. Heads bowed and shoulders hunched, users worked the small keyboard with both thumbs, appearing absorbed in a private conversation. A phone placed beside a bed could deliver the first work message before breakfast. These rituals were not incidental decoration around a technological product. They showed that mobile email was changing how people organised attention, relationships and the boundary between working hours and personal life.
The devices also conveyed professional status. On Wall Street and in government offices, a BlackBerry suggested that its owner needed to be reachable and had work important enough to demand immediate attention. In Hollywood and other celebrity circles, the same association helped turn a specialised corporate appliance into a desirable personal object. Different models extended that appeal: the Pearl offered a more compact experience, while the Curve and Bold helped make BlackBerry recognisable far beyond the offices where RIM had established its reputation.
Barack Obama’s attachment offered a particularly vivid example. His wish to keep using a BlackBerry after taking office in 2009 collided with legitimate concerns about presidential security and recordkeeping. The resulting compromise imposed unusually tight restrictions on whom he could contact and how the device could be used. Whatever the precise technical arrangements, the image of a newly inaugurated president reluctant to give up his phone conveyed something ordinary advertising could not: BlackBerry had become deeply integrated into the routines of people with extraordinary responsibilities.
BlackBerry Messenger, introduced in 2005, extended that attachment into social life. BBM allowed users to exchange messages within the BlackBerry ecosystem, and for many customers it offered an appealing alternative to ordinary text messages. Delivery and read indications became part of the social experience: a D signalled that a message had been delivered, while an R indicated that it had been read. Knowing that somebody had seen a message without replying could encourage connection, impatience or anxiety, depending on the relationship.
Every BlackBerry also carried a PIN associated with its messaging identity. Exchanging PINs became a form of social introduction, and friends could encourage one another to buy a device so that they could communicate within the same network. In markets such as Indonesia and South Africa, BBM helped sustain particularly intense enthusiasm for the brand. Students and younger professionals adopted a service originally associated with corporate workers, extending RIM’s audience beyond the people its earliest products had been designed for.
The attraction involved overlapping network effects. Corporate users remained because colleagues and administrators relied on the system; social users remained because friends did. A customer might admire a competing phone’s camera or browser but hesitate to leave a messaging circle where everybody was already connected. Meanwhile, mobile operators could sell a service known for efficient data use, reinforcing BlackBerry’s relevance in places where heavy mobile browsing remained relatively costly.
Its commercial performance reflected that breadth. Comscore estimated that RIM represented 41.6% of the US installed smartphone subscriber base in December 2009, a measure that should not be mistaken for global handset sales. At roughly the same time, BlackBerry’s global smartphone share approached one-fifth by some estimates. The company eventually reported approximately $19.9 billion in fiscal 2011 revenue, about $3.4 billion in net income and shipments exceeding 52 million smartphones. Its subscriber base reached roughly 80 million in 2012, even as competition was changing underneath it.
The stock market had already registered RIM’s spectacular ascent. Its shares reached approximately $148 in 2008, briefly taking the company’s valuation beyond $80 billion. These peaks occurred around the years when Apple was beginning to redefine the smartphone, which helps explain why the threat could be difficult to interpret. RIM was not watching its business collapse the moment a rival appeared. It was recording some of its strongest results while the foundations of its future competitiveness were becoming less secure.
The iPhone Arrived, but BlackBerry Kept Winning
On 9 January 2007, Steve Jobs presented the first iPhone in San Francisco. Apple’s new device combined a phone, a music player and an internet communicator behind a large touchscreen with almost no permanent physical controls. The screen could display a keyboard when typing was needed and devote most of its surface to a photograph, webpage or map at other times. It challenged more than a preferred method of entering text: it suggested that the phone’s interface should transform according to the activity.
From RIM’s perspective, there were reasons to be sceptical. Physical keys made long email conversations predictable, limited screen size conserved battery power, and corporate administrators wanted security and familiar management features. Early iPhones lacked several capabilities that mattered to those customers. Accounts attributed to people within RIM suggest that some engineers and executives questioned the battery demands and network traffic such a device would generate, while others underestimated its appeal to businesses. Those accounts should not be presented as the uniform opinion of everyone in the company.
BlackBerry’s commercial trajectory initially reinforced caution. Millions of people continued buying devices with physical keyboards and reliable email, and its largest revenue and shipment figures came several years after the iPhone debut. A profitable existing customer base makes it difficult to distinguish a temporarily fashionable rival from a deeper change in the market. For management, the question was not simply whether touchscreens looked impressive. It was how much of a successful enterprise could responsibly be redirected while its established products were still selling.
Apple did not confine its ambitions to consumer entertainment. In March 2008, it announced enterprise email and security capabilities alongside a software development kit for outside programmers. Exchange ActiveSync support helped address concerns among corporate users, while the platform’s expanding capabilities made a consumer device increasingly plausible at work. The old distinction between the serious business phone and the entertaining personal phone began to break down.
That shift gradually altered who had influence over workplace technology. BlackBerry’s strongest relationships had been with administrators selecting devices for employees, often in standardised deployments. As people became accustomed to attractive personal smartphones and organisations found ways to manage them, individual preferences acquired greater influence over the phones used for work. RIM had not chosen the wrong original customers; it faced a change in the balance between the employer’s requirements and the employee’s everyday expectations. The advantage of winning a central purchasing decision became less secure when people wanted their working and personal digital lives on the same device.
The App Store opened in July 2008, giving developers a commercial route to reach iPhone users with games, maps, social services, productivity tools and countless other applications. Android also entered the commercial market in 2008, allowing different handset makers to participate in a common operating-system ecosystem. The phone was becoming more than a product selected for its built-in features. It was an entry point into an evolving software environment that could acquire new capabilities after purchase.
That produced a powerful feedback loop. Developers chose platforms with large and engaged audiences, and customers chose platforms with the applications their friends, employers and favourite services used. Every successful application could attract more customers, making the platform still more attractive to developers. A good keyboard and dependable email remained valuable, but they no longer determined the entire purchase. The wider software library could outweigh excellence in one specialised function.
BlackBerry had built a platform of sorts: its enterprise servers, services, carrier relationships and BBM network were much more than a mere piece of hardware. But it had not built an equally attractive general-purpose environment for the fast-growing universe of mobile applications. Its traditional software was optimised for modest hardware and narrow communications tasks, and the old design was less well suited to a visually rich, touch-driven experience. The difference was not between a company that understood software and one that did not; it was between different kinds of software advantage.
RIM’s data efficiency also became a less decisive selling point as customer behaviour changed. When networks were constrained and access expensive, delivering small email packets with minimal battery drain was an exceptional benefit. As people increasingly browsed full websites, watched video, shared photographs and used applications throughout the day, the value of a large adaptable display rose. BlackBerry’s optimisation for one pattern of usage could become an obstacle to competing in another.
The smartphone industry’s wider transition put pressure on other engineering leaders too. Nokia had far broader handset operations and a different software history, but it also struggled as competition shifted from devices and distribution to operating systems and developer communities. BlackBerry faced its own particularly difficult version of that change because so much of its identity rested on enterprise email, tactile typing and a tightly integrated messaging service. The old strengths were real; what was changing was their power to decide which phone customers wanted.
The Storm, PlayBook and BlackBerry’s Difficult Response
RIM was not blind to the touchscreen challenge. In November 2008, it introduced the BlackBerry Storm, a device designed to compete in a market newly fascinated by expansive displays. Its SurePress technology made the screen physically click when pressed, attempting to give users the confirming sensation they had learned to associate with a keyboard. The design was inventive, but it also revealed how strongly RIM wanted to reconcile the new interface with its old understanding of good typing.
The execution disappointed many reviewers and customers. Typing could feel awkward, software behaviour was inconsistent, and the interface often lacked the responsiveness associated with competing touchscreen phones. Some reporting suggested extraordinary return rates, but those figures were contested and should not be repeated as established numbers. The wider problem is clear without them: replacing the physical keyboard did not automatically produce a software experience designed from the start for touch navigation.
The difficulty ran deeper than one unsuccessful handset. BlackBerry’s operating system had been developed around efficient messaging, predictable menus and limited device resources. As smartphone applications became richer and users expected fluid multitasking, web browsing and more elaborate interfaces, that architecture became harder to extend convincingly. A successful transition required changes to the software foundation, developer tools, product design and organisation responsible for bringing everything together. Adding a large screen to an old system could not solve all those problems.
RIM therefore looked for new technology. In 2010 it acquired QNX Software Systems, a business experienced in operating systems designed for dependable performance in specialised environments. The acquisition would eventually supply the foundation for BlackBerry 10 and, much later, an important source of revenue outside phones. At the time, however, it presented the immediate challenge of incorporating a substantially different software architecture into products that could compete with iPhone and Android devices.
The BlackBerry PlayBook exposed the gap between ambition and finished execution. Launched in 2011 as a competitor to Apple’s iPad, the small tablet demonstrated a newer software platform and modern multitasking ideas. Yet it initially lacked a native standalone email application, an extraordinary omission for a brand synonymous with mobile mail. Owners seeking the familiar BlackBerry messaging experience had to use a companion handset or make other arrangements, while native email support was delayed.
The issue was more than an embarrassing contradiction in marketing. A new tablet needed complete applications, dependable integration, developer participation and a reason for buyers to choose it over a well-established rival. The PlayBook struggled commercially, leaving RIM with devices it could not sell at the values it had expected. In December 2011, the company announced an approximately $485 million inventory provision, largely a non-cash accounting charge that nevertheless demonstrated the scale of the product’s commercial disappointment.
Service reliability also came under renewed scrutiny. In October 2011, a major disruption affected BlackBerry users across multiple regions over several days. People experienced delays in messaging and other communications that they had come to regard as immediate and dependable. Mike Lazaridis made a public apology for the outage, while customers and businesses were left confronting the vulnerability of a service they had trusted for years. A failure of this kind was especially damaging because reliability was one of BlackBerry’s reasons for existing.
The outage was not the same kind of problem as the Storm’s interface or the PlayBook’s commercial weakness. It was a failure in the supporting infrastructure rather than a failure to design a competitive consumer device. Yet together these episodes made a damaging impression: software and hardware responses looked unfinished, while the dependable communications network was no longer perceived as infallible. BlackBerry was trying to rebuild its future while maintaining the increasingly demanding system that funded its present.
RIM continued to release phones, pursue partnerships and invest in engineering. It would be misleading to say its leaders refused to change anything or believed the old keyboard was the only product worth making. The more revealing problem was that product initiatives, a complex leadership structure and platform development did not converge quickly enough into a compelling alternative. While RIM attempted to integrate new software and satisfy established customers, competing ecosystems were adding users, developers and applications at an accelerating rate.
BlackBerry 10 and the Collapse of the Smartphone Empire
In January 2012, Mike Lazaridis and Jim Balsillie stepped down as co-chief executives, ending the leadership arrangement that had helped build RIM into a global company. Thorsten Heins took charge and faced a difficult assignment: maintain the credibility of the existing business while developing a genuinely modern platform. The transition was not simply a matter of hiring a new leader. It required rebuilding important products and customer expectations at a moment when rivals already enjoyed enormous momentum.
After delays, BlackBerry 10 launched on 30 January 2013. RIM also formally adopted BlackBerry as its corporate name and introduced the Z10 and Q10, representing touchscreen and physical-keyboard approaches. The new operating system rested on QNX-derived technology and included gesture navigation, a central communications hub and multitasking capabilities meant to bring the experience closer to modern mobile computing. It was a real technical redesign, not simply a new case for the software behind an older phone.
Unfortunately, the calendar was against it. By 2013, large numbers of customers had built habits around iOS and Android, purchased applications, stored data and joined services that worked best in those environments. Developers concentrated on platforms with the greatest potential audiences. Even an improved operating system could not instantly create the ecosystem that competitors had been building for years. BlackBerry needed consumers to return before developers would invest heavily, while developers wanted evidence that consumers were returning.
BBM illustrates the same dilemma from another angle. Its exclusivity had once given friends a reason to buy the same brand of phone. Cross-platform messaging applications such as WhatsApp increasingly provided a way to keep those relationships without committing to BlackBerry hardware. When BBM arrived on Android and iOS in 2013, it opened the service to more people, but also weakened the old argument that someone needed a BlackBerry to belong to the conversation. Protecting a successful service was no longer the same thing as protecting smartphone sales.
The decline was stark in the United States. Comscore measured RIM at 41.6% of the installed smartphone subscriber base in December 2009. By September 2012, BlackBerry’s comparable platform share was about 8.4%; by September 2013, it had fallen to 3.8%. These figures measure smartphone subscribers in that market, not global quarterly shipments or corporate market value, but they capture how quickly BlackBerry lost its position in the hands of American users.
The company was also confronting very expensive unsold phones. In September 2013, BlackBerry warned of an approximately $930 million to $960 million inventory charge, primarily connected with disappointing Z10 volumes. The provision represented the financial consequences of having produced smartphones whose expected demand did not materialise. It was distinct from the earlier PlayBook charge, but together the two episodes showed how hazardous it had become to invest heavily in hardware before customer enthusiasm was secure.
Strategic options narrowed. A consortium led by Fairfax Financial proposed a transaction valued at approximately $4.7 billion in September 2013, but the anticipated takeover did not proceed. BlackBerry instead secured alternative financing and undertook another leadership change. In November, John Chen replaced Heins as chief executive, arriving with experience in difficult corporate turnarounds. His challenge was no longer merely to produce a better handset for the next sales season; it was to preserve a viable company after the market that had made it famous had largely moved elsewhere.
The decline did not stop neatly in 2013. Analysts continued tracking the shrinking installed base and the market’s increasing concentration around Apple’s and Google’s operating systems. By the fourth quarter of 2016, Gartner estimated that only around 207,900 smartphones running BlackBerry OS had sold worldwide, approximately 0.05% of global smartphone sales and rounded to 0.0% in its published table. That was a measure of operating-system sales, not every Android phone that might still carry the BlackBerry name, but it confirmed how marginal its original platform had become.
The old business had not been destroyed by a single keynote, an executive’s misplaced confidence or one poorly reviewed model. Strong sales after 2007 delayed the urgency of reform, and failed responses consumed time and resources. Once developers, users and their social circles organised themselves around other ecosystems, each additional delay made the next comeback more difficult. BlackBerry had invested in alternatives; it could not establish a sufficiently competitive one before the wider market moved beyond it.
September 2016 and the End of BlackBerry Phones
On 28 September 2016, BlackBerry announced that it would end all internal hardware development and outsource that work to partners. The decision did not mean the company stopped developing software, abandoned security or prohibited all future phones from carrying its name. It meant that the expensive work of designing its own smartphones would no longer be central to the business. Six years after the beginning of its strongest financial period, the company was acknowledging that the handset empire could not be restored by continuing the same strategy.
The announcement marked the culmination of a gradual retreat rather than a single abrupt shutdown. BlackBerry had already experimented with Android-based products and licensing arrangements. Under John Chen, software and secure communications increasingly became the preferred destinations for investment and management attention. The BlackBerry brand could still be placed on devices produced by others, but the firm itself would seek a future less dependent on persuading consumers to choose its phone over an iPhone or an Android competitor.
This was not merely a decision to pay a different factory to assemble an otherwise unchanged product. It shifted responsibility for hardware development toward external partners, freeing BlackBerry to focus resources on software that might be used across different devices and organisations. The company could continue earning from intellectual property and technology relationships without carrying the same inventory exposure that had devastated the PlayBook and Z10 launches. Whether the new businesses would prove large enough was uncertain, but their costs and sources of demand were different from those of the old handset operation.
TCL became the most visible external manufacturer associated with later BlackBerry-branded handsets. Its KEYone and KEY2 preserved the physical keyboard for users who still appreciated tactile typing, a distinctive professional appearance and an alternative to the prevailing slab-shaped smartphone. They demonstrated that an audience for keyboards had not vanished entirely. What they could not do was reproduce the network scale, operating-system influence or corporate momentum that BlackBerry had enjoyed at its peak.
The TCL arrangement ended in 2020. Another company, OnwardMobility, subsequently proposed a 5G BlackBerry with a physical keyboard, suggesting that nostalgia and specialist demand might support a fresh device. That project was cancelled in 2022 without the promised phone reaching buyers. The continuing fascination with the brand was real, but affection for the keyboard and memories of BBM were insufficient to rebuild a mass-market handset business.
Another milestone came on 4 January 2022, when BlackBerry discontinued important legacy operating-system and related services. Its official end-of-life notice warned users that devices running BlackBerry 10 and earlier operating systems could no longer be relied upon for essential services and functions. The warning concerned the systems and support underpinning those devices, not a magical switch that made every old handset physically unable to turn on. Nor did it mean that every Android-based BlackBerry-branded phone immediately ceased functioning.
For people who had once checked the red light on their nightstands, the end of legacy support nonetheless carried emotional weight. BlackBerry had helped create the expectation that communication could follow a person wherever they went. Its original devices belonged to a period when being able to receive an office email away from a desk seemed extraordinary. By 2022, that capability had become so ordinary that few smartphone buyers would consider it a reason to choose one manufacturer over another.
The end of handset development and the retirement of legacy services therefore need to be understood as different stages. One was a corporate strategy decision in 2016; the other, years later, shut down important parts of the old user experience. BlackBerry Limited remained in business through both. The distinction matters because the brand’s disappearance from mainstream mobile-phone shops should not be mistaken for the disappearance of the company or of every technical capability it had accumulated.
QNX and BlackBerry’s Second Life
An acquisition made while RIM still appeared to be a smartphone powerhouse became central to its survival. In 2010, the company purchased QNX Software Systems from Harman for approximately $200 million. The transaction initially appeared useful because QNX offered technology for building a more modern mobile operating system. Its longer-term importance, however, came from a different market: software for machines and embedded systems where dependable operation matters more than the glamour of a consumer interface.
QNX develops operating-system technology used in vehicles and other specialised environments. Automotive applications can include digital instrument clusters, infotainment systems, cockpit software and components supporting more advanced vehicle functions. In such settings, software must interact predictably with hardware, and designers often care about reliability, timing and the ability to isolate critical processes. The engineering challenge differs from designing a fashionable phone, but it draws on expertise RIM had long valued: making complex computing systems behave consistently under practical constraints.
This did not mean that QNX was quietly selling BlackBerry phones to carmakers or that the BlackBerry company manufactured every vehicle component running its software. QNX is a technology layer used by partners and manufacturers in their own products. The arrangement can generate revenue through development tools, engineering services and royalties without requiring BlackBerry to operate factories or persuade consumers to buy a branded handset. Its customer relationships and economics are therefore different from those of the old mobile-phone business.
A manufacturer’s decision to use an embedded operating system may also endure through a vehicle-development programme and subsequent production. That is a different kind of relationship from the yearly competition for consumers comparing phone cameras, screens and application stores. It does not make QNX immune to technological change or competitive pressure, but it explains why expertise that ceased to distinguish BlackBerry handsets could remain commercially valuable in a specialised software market.
The scale of that second life is striking. BlackBerry reported that QNX technology was present in more than 275 million vehicles worldwide. For the fiscal year ending 28 February 2026, QNX generated approximately $268 million in revenue, compared with total BlackBerry revenue of $549.1 million. That made QNX responsible for about 49% of the company’s annual revenue. The organisation once associated with a device carried in an executive’s pocket had become an important supplier of software hidden inside everyday vehicles.
The comparison should not exaggerate BlackBerry’s recovery. Fiscal 2026 revenue of roughly $549 million was a fraction of the nearly $20 billion RIM reported for fiscal 2011, and its modern businesses operate in markets very different from the one that produced its former prominence. QNX was not the company’s only source of income. BlackBerry also retained Secure Communications operations serving customers with demanding security and management requirements, along with technology licensing activities.
Its cybersecurity journey was not straightforward either. BlackBerry expanded into endpoint security, including through its acquisition of Cylance, but in February 2025 it completed the sale of Cylance’s endpoint-security assets to Arctic Wolf. That disposal was part of a changing software strategy, not proof that BlackBerry abandoned all security-related technology. The surviving company remained focused on QNX, secure communications and other activities less visible to ordinary smartphone shoppers.
BlackBerry’s history invites comparison with companies whose strongest businesses became difficult to replace. The challenge resembled Kodak’s transition away from film photography in one important respect: both had developed successful technological systems around customer habits, infrastructure and recurring revenue. Neither company simply lacked awareness of a new technology. The more difficult question was whether an alternative business could replace the economics of an extraordinarily profitable old one. Their products, strategic options and subsequent histories were different, so the analogy helps illuminate a problem rather than offering an identical explanation.
A physical keyboard was not a foolish invention, any more than efficient wireless email or enterprise management became irrelevant overnight. Those features did exactly what BlackBerry’s early customers needed, and some users continued to prefer them long after touchscreens became normal. The failure came when the company was unable to translate its existing advantages into the broader combination of applications, interfaces and services that buyers increasingly expected. Its engineering culture and two-chief-executive structure were part of that difficulty, but so were customers’ changing preferences and the self-reinforcing strength of rival ecosystems.
That is why BlackBerry’s ending is more complicated than a story about arrogance. RIM recognised important changes, experimented with devices, acquired new technology, rebuilt its operating system and eventually abandoned internal handset development. The effort was real, but the response arrived too slowly and too unevenly to preserve its former position. QNX, acquired in an attempt to strengthen the next generation of phones, ultimately helped the company survive in places where consumers might never see its name.
In 2009, one of the world’s most powerful people fought to keep a BlackBerry because it helped him stay connected. Years later, the ordinary smartphone could perform that basic task almost effortlessly while doing many things a classic BlackBerry could not. The company that had made mobile email indispensable did not disappear, but its place in technology changed profoundly. Its rise shows the extraordinary power of solving a specific problem better than anyone else; its decline shows how difficult it becomes when the market stops treating that problem as the centre of the product.
Last Updated on November 14, 2026 by Aseem Gupta