Techaisle Analyst Insights

Worldwide IT spending by firms with 1 to 4,999 employees will reach US$1.667 trillion in 2026, excluding communication services, and the majority of it will go to IT services rather than to technology products. A market of that size, spread across every economy and every industry, sets the direction for commercial IT rather than following it. These firms are now spending more on the implementation, integration, management, and security of technology than on the technology itself, and the margin between the two is wide and widening.

That composition is the product of two forces working against each other. AI is pulling money up and forward, into software, infrastructure, and services that were not in the budget a year ago. Cost is pulling the other way, as component inflation, tighter budgets, and a higher cost of capital are pushing firms to defer what they can and to rent what they cannot. That second force is the quieter one, and it explains the tilt toward services better than any capability argument does. Buying an outcome instead of an asset moves cost from the balance sheet to the income statement, and it moves operational risk from the firm to the provider. In a year of expensive capital and unforgiving threats, that trade is worth paying for, which is why the money is moving toward services even where the technology itself is cheap.

Within services, the mix has shifted. Maintenance, support, and break-fix, the labor of keeping systems alive, once defined the SMB services market. The money is now concentrating in consulting, integration, and putting AI into production. Transformation work has overtaken recurring management, and it is not close.

Michael Dell opened Dell Technologies World with a line that sounded like theater but was actually a strategy: just as electricity transformed the world when it left the power plant, AI will transform the world when it leaves the screen. With intelligence becoming infrastructure, the job now is to make it real, local, secure, and useful, whether that is on an oil rig, in an ambulance, or on the factory floor.

The most revealing moment came a day later, when Jeff Clarke admitted that his own engineers burned through a month's worth of allocated tokens in a few hours. This happened not because something broke, but because it worked perfectly. Put those two moments together, and you have the entire event's thesis. Michael Dell named the destination (intelligence everywhere it is needed), while Clarke named the bill that arrives when you get there. Ultimately, what Dell announced was not a refresh cycle; it was a bet on where intelligence physically lives, and who pays the meter to run it.

The number that should reset every infrastructure budget

From the keynote stage, Jeff Clarke cited figures that framed everything that followed: token prices have fallen roughly 80% year over year, yet consumption for reasoning has surged 320-fold. Furthermore, inference, not training, now accounts for nearly two-thirds of all AI compute. Whatever the underlying sources of this data, the direction is indisputable and directly mirrors what Techaisle has been tracking from the buyer side all year.

Reading those numbers together leads to an unavoidable conclusion: the unit cost of intelligence is collapsing, yet total spend is accelerating. This is the exact pattern Techaisle named Token Shock. We've seen this curve before with bandwidth, storage, and compute, where cheaper units unlock so much new consumption that the overall bill climbs anyway. What sets this era apart is the sheer speed, as no one has seen a cost curve bend this quickly.

The strategic consequence, and the line Clarke delivered that should be sitting in every CFO conversation, is that as agents take on more cognitive work, costs migrate from headcount to tokens. Historically, cognitive work scaled with human hours; if you wanted more analysis, you hired more analysts. Agentic AI has broken that ratio entirely. Techaisle data puts a number on how far it has already shifted: the Agent-to-Human Ratio has reached 144-to-1 in the midmarket and 59-to-1 in small businesses. With the agentic workforce already deployed at that density, it's alarming that most of the operating models meant to govern it still assume a payroll rather than a token budget.

Dell's actual announcement was an answer to "Where"

Across both keynotes, one question sat underneath every announcement: where should a given token run?

The Sub-OS Threat Landscape: Expanding the Perimeter

For the better part of the last decade, enterprise security operations centers (SOCs) have monitored, modeled, and mitigated hardware and firmware-level vulnerabilities. Yet for SMBs and midmarket organizations, this subterranean threat vector remains a massive blind spot. Most of these businesses allocate their cybersecurity budgets heavily toward operating system-level defenses - Endpoint Detection and Response (EDR), Next-Generation Antivirus (NGAV), and perimeter firewalls. Their entire security model inherently assumes the operating system is the foundational, immutable layer of their security posture.

This assumption is structurally flawed. Advanced threat actors are actively bypassing crowded OS-level defenses by dropping lower into the technology stack. Techniques like BIOS tampering, supply chain interdiction, and the deployment of persistent firmware rootkits - designed specifically to survive complete OS wipes and hard drive replacements - are proliferating rapidly. These are no longer bespoke, nation-state-only techniques. The malicious toolkits have been commoditized on the dark web, shifting the economics of cybercrime. Today, a 200-person regional manufacturing company or a mid-sized healthcare clinic is a highly viable target for the exact same class of sophisticated sub-OS attack once reserved for defense contractors.

For SMBs and mid-market enterprises, the calculus around endpoint security has shifted from standard technology procurement to a critical risk management challenge. SMBs are confronting existential threats from commoditized sub-OS attack kits that easily bypass legacy OS-level defenses, yet they operate without the financial shock absorbers or dedicated security headcount to survive a resulting breach. Conversely, mid-market organizations are caught in a severe compliance squeeze. As they integrate into larger enterprise supply chains or federal defense networks, they are held to stringent, auditable standards that their lean IT teams are ill-equipped to manage natively. This dual pressure creates a hard reality: these organizations cannot secure what they cannot cryptographically verify, but they also cannot operationalize that verification without external managed services. Sub-OS telemetry is no longer just a feature upgrade for these segments; it is a structural necessity that relies entirely on the channel ecosystem to deploy, monitor, and effectively manage.

Dell’s endpoint security roadmap, formalized as Dell Trusted Workspace, is a direct architectural response to this shift. The strategy is methodically organized around three intersecting layers: security “built with” the device (focusing on supply chain and component verification), “built in” to the native hardware (delivering firmware, identity, and BIOS protections), and “built on” through deep software integrations with third-party security vendors. The underlying technology in this stack represents a significant architectural shift, but the strategic imperative - and the core focus of this assessment - lies in how SMBs with zero dedicated security staff, lean midmarket IT teams, and the channel partners that serve them can actually operationalize these complex capabilities.

The announcements at HP Imagine 2026 in New York City represent something more consequential than a product refresh. They represent a fundamental repositioning: HP is no longer presenting itself as a hardware vendor that ships endpoints. It is positioning itself as an ecosystem orchestrator that weaves AI, security, connectivity, and management into an integrated platform across PCs, workstations, printers, and collaboration systems.

Whether HP can execute on this vision is the critical question. But the strategic intent is unmistakable, and the implications for SMBs, midmarket firms, and the channel ecosystem are significant. This analysis provides Techaisle’s perspective on what was announced, what it means, and what questions remain unanswered.

TPM Guard: The Most Structurally Significant Announcement That Won’t Make Headlines

While the AI features will naturally capture attention in an AI-fatigued market, I believe HP TPM Guard is the most structurally significant announcement for businesses of all sizes, and particularly for enterprise, government, and high-compliance customers.

The problem TPM Guard solves is architectural and urgent. Attackers with physical access to a device can bypass BitLocker in under a minute using hardware costing less than $20 by snooping the unencrypted communication between the Trusted Platform Module and the CPU, capturing the encryption key, and decrypting the storage at will. This is not theoretical. The attack is documented, the tools are publicly available, and the training required is minimal.

TPM Guard creates an authenticated, encrypted tunnel across that physical bus, neutralizing the entire class of bus interception and interposition attacks via a hardware and firmware solution that protects all versions of Windows without requiring software patches to BitLocker itself.

The competitive significance is substantial. TTPM Guard addresses the same fundamental vulnerability that Microsoft’s Pluton architecture solves through on-die integration, which inherently eliminates physical bus vulnerabilities. However, where Pluton requires customers to move away from discrete TPMs, TPM Guard solves the TPM sniffing attack while preserving the third-party certification security assurances of a discrete, TCG-certified TPM. The solution also inherently protects against more advanced physical attacks, including interposers and move-the-TPM attacks. For highly regulated customers, this is a meaningful distinction: they get physical security guarantees without abandoning the discrete TPM ecosystem they have already validated and certified. HP is also proposing the necessary TPM changes for TPM Guard to the Trusted Computing Group, which is the exact right strategic move. It is highly consistent with HP’s historical pattern of proactively identifying emerging threats in its security labs, creating proprietary solutions, and raising the baseline for the entire PC ecosystem.